3 Meters ST-ST OS2 Fiber Patch Cable, 9/125 Singlemode Simplex, Lifetime Wty, FSS9-STST-03
3 Meters OS2 ST to ST Fiber Patch Cable | Singlemode Simplex | 9/125 | Standard, Uniboot & Uniboot Push-Pull Tab OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Simplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
5 Meters LC-ST OS2 Fiber Patch Cable, 9/125 Singlemode Duplex, Lifetime Warranty, FSD9-LCST-05
5 Meter OS2 LC to ST Fiber Patch Cable | Singlemode Duplex | 9/125 | Standard Connector OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
LC-LC OM2 1 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, 6 Meters, Orange
Multimode OM2 (50/125) | LC to LC | 6 Meter ( 19.69 ft) Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) & nbsp; making them perfect for riser runs & nbsp; and & nbsp; uplink cables. & nbsp; There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as & nbsp; Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by & nbsp; IEC 61754-20. Quick Specs: OM2 Multi-mode Fiber 50/125 LC to LC 6 Meters ( 19.69 ft) Orange PVC (Polyvinyl Chloride) Jacket 2000M (6562 ft) @ 100Mps & nbsp; (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps & nbsp; (can vary depending on optical transceiver, modal bandwidth and wavelength) Applications: Most commonly used to connect Cisco uplink modules and various other fiber modules Uplink and riser cabling & nbsp;
Cisco ME 2400/3400 Series 19" Rack Mount Kit, Lifetime Warranty, RCKMNT-1RU
Cisco ME 2400/3400 Series 19" Rack Mount Kit, RCKMNT-1RU This rack mount kit is used to mount Cisco Catalyst ME 2400/3400 series switches into a 19" equipment rack. This rack kit includes 2 brackets and all screws needed to attach the rack mount brackets to your switch. This rack kit fits the following models: ME-2400-24TS-AME-2400-24TS-DME-3400-24TS-AME-3400-24TS-DPossibly will fit other 1RU units... We carry a full line of rack mount brackets and other accessories for Cisco equipment. If you do not see what you need in our store please contact us
2 Meters LC-LC OS2 Fiber Patch Cable, 9/125 Singlemode Simplex, Lifetime Wty, FSS9-LCLC-02
2 Meters OS2 LC to LC Fiber Patch Cable | Singlemode Simplex | 9/125 | Standard, Uniboot & Uniboot Push-Pull Tab OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Simplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
2M SC-SC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Warranty, FMD5G-SCSC-02
2 Meters | SC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Fiber Cables OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
SC/UPC to SC/APC Singlemode Duplex OS2 Fiber Patch Cable, 3 Meters, Lifetime Wty, FSD9-SCUPCSCAPC-03
SC/UPC to SC/APC Singlemode Duplex Fiber Patch Cable, 3 Meters Core Size: 9 Connector Details: SC/UPC to SC/APC Cable Length: 3 Meter ( 9.84 ft) Color: Yellow Cisco GBIC Compatibility: GLC-LH-SM to WS-G5486
CablesAndKits Heavy Duty AC Power Cord, (Compatible with Cisco P/N CAB-TA-NA), 15A/125V, 14 AWG, 5-15P to C15, (NEMA 5-15P to IEC-60320-C15), 8 ft
Cisco Compatible | AC Power Cord | CAB-TA-NA | 5-15P to C15 | 14 AWG | 8ft | Black | Male to FemaleThis North American Type A AC Power Cord is used in the US (And additional listed countries) with the PWR-C1-350WAC, PWR-C1-715WAC and PWR-C1-1100WAC power supplies. Compatible with the Cisco 3850 series Catalyst switches and more. Equipment End: C15, or IEC60320-C15 is a 3 prong, female connector commonly used on the end of computer and networking device power cords. This equipment end looks like the C13 with a notch missing. The C15 can be used in place of the C13 if needed, which makes it more versatile. This plug has a maximum current rating of 10 amps at 16-18AWG, 15 amps with 14-16AWG and able to handle a maximum of 250 volts. This end can plug into a C14 or C16. Supply End: The 5-15P, or NEMA 5-15P are three prong male plugs used in most households and businesses in North America to supply power to devices. These plugs are rated at 15 amps on a 10-18AWG cord and up to 125V AC. The receptacle or this plug is a 5-15R. Quick Specs: ConnectorsNEMA 5-15P to IEC-60320-C15 Rating/Gauge 14 AWG Ends Male to Female Amperage & Voltage 15A/125Volts Cord Type SJT (Service Junior Thermoplastic) UL/cUL Listed Yes CSA Approved Yes RoHS Compliant Yes Applications: Device to AC power supplyFor use in the following countries: Bahamas, Barbados, Belize, Canada, Cayman Islands, Costa Rica, Cuba, Dominican Republic, Ecuador, El Salvador, Guam, Guatemala, Haiti, Honduras, Jamaica, Laos, Mexico, Micronesia, Nicaragua, North Mariana Island, Palmyra Atoll, Panama, Peru, Philippines, Puerto Rico, Saudi Arabia, Taiwan, Thailand, United States, Venezuela, Virgin Islands
Cisco 2960 Series Catalyst Rack Mount Kit, Lifetime Warranty, RCKMNT-1RU
Cisco 2960 Series Catalyst Rack Mount KitA couple brackets and some screws is all you really need to update your switch. The Cisco 2960 Series Catalyst Rack Mount Kit is compatible with a variety of models and designed to help you mount your switches for safety and efficiency. Make more room in your network with our rack mount kits and other optional accessories. The choice is a no-brainer for your IT department. This rack kit fits the following models: WS-C2960-24TT WS-C2960-48TT WS-C2960-24TC WS-C2960-48TC WS-C2960G-24TC WS-C2960G-48TCPossibly will fit other 1RU Catalyst units... If you are looking for the 2960X Rackmount kits, you can find them under model number RCKMNT-1RU-2KX
1M LC-ST OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Warranty, FMD5G-LCST-01
1 Meter | LC to ST Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Fiber Cables OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
Cisco Redundant Power System (RPS) 675 Rack Mount Kit, Lifetime Warranty, RCKMNT-1RU
Cisco Redundant Power System (RPS) 675 Rack Mount Kit This rack mount kit is used to mount Cisco Redundant Power System (RPS) 675 into either a 19", 23", or 24" equipment rack depending on the way you attach the bracket (see images below). This rack kit includes 2 brackets and all screws needed to attach the rack mount brackets to your switch. We carry a full line of rack mount brackets and other accessories for Cisco equipment. If you do not see what you need in our store please contact us
Cisco DB9 to RJ45 Console Cable, 10ft, 72-3383-01-10,
Length: 10FTConnector 1: RJ45 MaleConnector 2: DB9 Serial FemaleColor: Light BlueCisco P/N: Equivalent to Cisco Part Number 72-3383-01Console Cable | 10' | RJ45 to DB9 | Rollover | Light Blue Simply put, our 10 foot, Cisco Blue RJ45 to DB9 Rollover Console Cables (or management cable) are null modem cables that allow users the ability to communicate and configure a networking device. These particular null modem cables are "rolled over" meaning that on connector A pin 1 connects to pin 8 on connector B, pin 2 to pin 7 respectively and so on. The wiring is exactly opposite on one connector as it is on the other. This wiring allows users to configure various network devices by attaching the DB9 female portion of the cord to the serial port on your computer, and the RJ45 plug into the device (router, firewall, switch etc.). Why make the switch? This type of one piece cable replaces older "kits" that contained multiple cables and adapters. This is a fit for Cisco part numbers: CAB-CONSOLE, 72-3383-01, CAB-1700-CON=, CAB-1600-CAN=, ACS-2600ASYN=, CAB-ME-CON=, AIR-CONCAB1200=, CAB-CONSOLE-RJ45Quick Specs:Rollover Pinout10'Light BlueRJ45 to DB9Applications:Cisco router, switch and firewall configurationCan possibly be used to configure other networking devices as well
Cisco 2600XM Series 32 MB Flash Upgrade, MEM2600XM-32FS,
Cisco 2600XM Series 32 MB Flash Upgrade, MEM2600XM-16U48FSPart Number- MEM2600XM-16U48FSDescription- 32MB Flash Upgrade for Cisco 2600XM Series Routers (1 X 32 MB Flash)Manufacturer- Third Party VendorCompatible with- Cisco 2610XM, 2611XM, 2620XM, 2621XM, 2650XM, 2651XM
lc-lc om4 40 gigabit multimode duplex 50/125 fiber optic patch cable, 3 meters, violet
3 Meters | Violet LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard CableOM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances.Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is
CablesAndKits Standard AC Power Cord, P/N AF556A, 15A/125V, 18 AWG, 5-15P to C13, (NEMA 5-15P to IEC-60320-C13) 6 ft
5-15P to C13 AC Power Cord | HP Compatible | 6ft | 18 AWG | Black | Male to Female Power cords are commonly used to connect a piece of equipment to a power distribution unit and many other uses. Whether the cords are used in a basic or dense instillation, these heavy duty power cords save time and money. Equipment End: C13, or IEC60320-C13 is a 3 prong, female connector commonly used on the end of computer and networking device power cords. This is likely the most common equipment end cord available today. This plug has a maximum current rating of 10 amps at 18AWG and able to handle a maximum of 250 volts. These ends plug into a C14, or IEC60320-C14. Supply End: The 5-15P, or NEMA 5-15P are three prong male plugs used in most households and businesses in North America to supply power to devices. These plugs are rated at 15 amps on an 18AWG cord and up to 125V AC. The receptacle of this plug is a 5-15R. Quick Specs: Connectors NEMA 5-15P to IEC60320 C13 Rating/Gauge 18 AWG Ends Male to Female Amperage & Voltage 10-15A, 125V Compatibility HP Cord Type SVT (Service Vacuum Thermoplastic) UL/cUL Listed Yes CSA Approved Yes RoHS Compliant Yes Applications: Device to AC power supply
LC/UPC to SC/APC Singlemode Duplex OS2 Fiber Patch Cable, 2 Meters, Lifetime Wty, FSD9-LCUSCA-02
LC/UPC & nbsp; to SC/APC Singlemode Duplex Fiber Patch Cable, 2 Meters Core Size: 9 Connector Details: LC/UPC to SC/APC Cable Length: 2 Meter ( 6.56 ft) Color: Yellow Cisco GBIC Compatibility: GLC-LH-SM to WS-G5486
LC/UPC to SC/APC Singlemode Duplex OS2 Fiber Patch Cable, 5 Meters, Lifetime Wty, FSD9-LCSCA-05
LC/UPC to SC/APC | 5 Meters | Singlemode Duplex | 9/125 | Standard Connector OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffereddesign and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best foruse with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. Cisco GBIC Compatibility with GLC-LH-SM to WS-G5486 Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Duplex Polish Type LC - Ultra Polish (UPC) and SC - Angle Polish (APC) Connection Type Standard Condition New Media:
lc to sc multimode duplex 62.5/125 om1 fiber patch cable, 15 meters
Multimode OM1 (62.5/125) | LC to SC | 15 Meter (49.21 ft) Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 62.5/125. 62.5 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode.LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly refereed to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end
CablesAndKits Standard AC Power Cord, 10A/250V, 16 AWG, C14 to C15, (IEC-60320-C14 to IEC-60320-C15) 4 ft
Supply End: IEC-60320-C14 Equipment End: IEC-60320-C15 Length: 4 ft, Rating: 13A/250V Wire Type: 16 AWG Male to Female (C14 to C15) AC Power Cable, 4'C15 Female end to C14 MaleCommonly used to connect a piece of equipment to a power distribution unit and many other uses. Approvals: UL, CSA Supply End - IEC-60320-C14Equipment End - IEC-60320-C15Wire Type- 16 AWG 3 SJT Rating- 13A/250VLength- 4 feet
50 Meters LC-LC OS2 Fiber Patch Cable, 9/125 Singlemode Duplex, Uniboot, FSD9-LCLC-50-UB
50 Meters OS2 LC to LC Fiber Patch Cable | Singlemode Duplex | 9/125 | Standard, Uniboot & Uniboot Push-Pull Tab OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
30M LC-LC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Uniboot Push-Pull Tab, FMD5G-LCLC-30-UBHD
30 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot with Push-Pull Tab ConnectorsPush-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Push-Pull Tab Uniboot Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
2M LC-LC OM4 40G 50/125 Multimode Duplex Fiber Patch Cable, Violet, Lifetime Wty, VF4MD5-LCLC-02
2 Meters | Violet LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard Cable OM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
LC to ST Multimode Duplex 62.5/125 OM1 Fiber Patch Cable, 2 Meters, Lifetime Wty, FMD6-LCST-02
Multimode OM1 ( 62.5 /125) | LC to ST | 2 Meter ( 6.56 ft) Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 62.5 /125. 62.5 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly refereed to as & nbsp; Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. ST connectors are a "bayonet" style end, often called Straight Tip, and are primarily used for multi-mode applications. These types of connectors are not common and defined by IEC 61754-2. Ferule's on these ends measures 2.5 mm. Quick Specs: OM1 Multi-mode Fiber 62.5 /125 LC to ST 2 Meters ( 6.56 ft) Orange PVC (Polyvinyl Chloride) Jacket 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 275M (902 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Applications: Most commonly used to connect Cisco uplink modules and various other fiber modules Uplink and riser cabling & nbsp;
2M LC-SC OM4 40G 50/125 Multimode Duplex Fiber Patch Cable, Aqua, Lifetime Wty, F4MD5-LCSC-02
2 Meters | Aqua | LC to SC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard CableOM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5 mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
20M LC-LC OM4 40G 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Warranty, F4MD5-LCLC-20
20 Meter | LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorOM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5 mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
3 Meters LC-LC OS2 Fiber Patch Cable, 9/125 Singlemode Simplex, Lifetime Wty, FSS9-LCLC-03
3 Meters OS2 LC to LC Fiber Patch Cable | Singlemode Simplex | 9/125 | Standard, Uniboot & Uniboot Push-Pull Tab OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Simplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
Cat6 RJ45 Inline Coupler Type Keystone Jack, Black,
Cat6 RJ45 Inline Coupler Type Keystone Jack, BlackThe Cat6 RJ45 feed-thru keystone jack simply snaps into blank wallplates and patch panels with no need for tools or punch down. Connectors: RJ45 female to RJ45 femaleCompatible with standard blank patch panels and wallplatesColor: Black
Cisco Catalyst 3750/3750G/3750V2 Series (1RU) Catalyst Switch 19" Rack Mount Kit Brackets, RCKMNT-1RU
Cisco 3750/3750G/3750V2 Series (1RU) Rack Mount Kit Model: RCKMNT-1RU This rack mount kit is used to mount Cisco Catalyst 3750 series switches into a 19" equipment rack. This rack kit includes 2 brackets and all screws needed to attach the rack mount brackets to your switch. This rack kit fits the following models: WS-C3750G-24TS-E1UWS-C3750G-24TS-S1UWS-C3750G-24T-EWS-C3750G-24T-SWS-C3750G-12S-EWS-C3750G-12S-SWS-C3750G-12S-SDWS-C3750G-16TD-EWS-C3750G-16TD-SWS-C3750G-24PS-EWS-C3750G-24PS-SWS-C3750G-48TS-EWS-C3750G-48TS-SWS-C3750G-48PS-EWS-C3750G-48PS-SWS-C3750-48PS-EWS-C3750-48PS-SWS-C3750-48TS-EWS-C3750-48TS-SWS-C3750-24PS-EWS-C3750-24PS-SWS-C3750-24TS-EWS-C3750-24TS-SWS-C3750-24FS-S WS-C3750V2-24TS-SWS-C3750V2-48TS-SWS-C3750V2-24PS-SWS-C3750V2-48PS-SWS-C3750V2-24TS-EWS-C3750V2-48TS-EWS-C3750V2-24PS-EWS-C3750V2-48PS-EWS-C3750V2-24FS-S Possibly will fit other 1RU units... This rack kit does NOT fit the WS-C3750G-24TS-E or WS-C3750G-24TS-S but we do sell the kit for those units. We carry a full line of rack mount brackets and other accessories for Cisco equipment. If you do not see what you need in our store please contact us
LC to ST Mode Conditioning 62.5/125 OM1 Fiber Patch Cable, 2 Meters, FMD6C-LCST-02
LC to ST Mode Conditioning 62.5 /125 Fiber Patch Cable, 2 Meters ( 6.56 ft) Core size: 62.5 /125 to 9/125 Connector Details: LC to ST Cable Length: 2 Meters ( 6.56 ft)
cablesandkits - 0.3m lc-lc os2 premium singlemode duplex uniboot push-pull tab lshz corning 9/125 fiber optic cable, lifetime w
cablesandkits - 0.3m lc-lc os2 premium singlemode duplex uniboot push-pull tab lshz corning 9/125 fiber optic cable, lifetime wtyOS2 Corning Fiber Optic Patch Cable | Singlemode Duplex | LSZH Jacket | 50/125 | Standard, Push-Pull Tab & Uniboot ConnectorsOur premium OS2 Singlemode fiber cables are the perfect choice for speed, performance and reliability when you are in need of a fiber run for outdoor and burial application use. These fiber patch cables are made with Corning optical fiber glass, which helps provide superior quality and stability. The cables are thinner than other basic OS2 fiber cables. With a 2.0mm outer diameter and a LSZH (Low Smoke Zero Halogen) jacket, an even safer alternative to only OFNR riser rated cables, these cables are designed to provide the highest protection for businesses, people, and equipment in case of being exposed to high sources of heat, flames, or corrosion. With the high durability, safety and performance you can trust these OS2 cables to deliver the efficiency and peace of mind that you need for your business.Our CablesAndKits Premium OS2 fiber cables come in 3 connector types - Standard, Uniboot, and Uniboot Push-Pull Tab.The standard OS2 premium cables come with a unibody, short boot connector to provide you with the normal fiber cable experience with a high quality performance, as well as the ability to reverse polarity when needed.Our OS2 uniboot / unibody high density fiber optic cables have two fibers carried through a single jacket with a low profile boot, reducing the size and surface area of the cables. The OS2 uniboot fiber cables are easy to use and make cable management simple since you are dealing less cabling. The smaller "short boot" connector on our premium fiber cables makes it easy to reverse the polarity of the cables when needed.The Push-Pull Tab connector / boot on our OS2 high density fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used
LC-LC OM2 1 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, 15 Meters, Orange
Multimode OM2 (50/125) | LC to LC | 15 Meter ( 49.21 ft) Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) & nbsp; making them perfect for riser runs & nbsp; and & nbsp; uplink cables. & nbsp; There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as & nbsp; Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by & nbsp; IEC 61754-20. Quick Specs: OM2 Multi-mode Fiber 50/125 LC to LC 15 Meters ( 49.21 ft) Orange PVC (Polyvinyl Chloride) Jacket 2000M (6562 ft) @ 100Mps & nbsp; (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps & nbsp; (can vary depending on optical transceiver, modal bandwidth and wavelength) Applications: Most commonly used to connect Cisco uplink modules and various other fiber modules Uplink and riser cabling
Cisco Acs-1941-Rm-19 Rack Mount Kit
Designed ForCisco 1941 Integrated Services Router 1941 Mobile Wireless Router 1941 Secure WAAS Bundle 1941 Security Bundle 1941 Security Router 1941 SRE Bundle 1941 VPN ISM Module HSEC Bundle 1941 WAAS Bundle Rack Size19 Product DescriptionCisco rack mounting kit Product Type~Rack mounting kit1Cisco 19 Inch Rack Mount Kit For 1941/1941W Isr You Can Only Front (Flush) Mount The Cisco Mwr 1941 Router In A 19-Inch ( 48.3 Cm) Equipment Rack That Conforms To The Eia-310-D Specification. The Rack-Mount Brackets Are Slotted To Allow The Router To BWeight 5.1H eight1Width1Length1"
2 Meters ST-ST OS2 Fiber Patch Cable, 9/125 Singlemode Duplex, Lifetime Warranty, FSD9-STST-02
2 Meter OS2 ST to ST Fiber Patch Cable | Singlemode Duplex | 9/125 | Standard Connector OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
CablesAndKits LC-LC OM3 10 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, OFNR, 10 Meters, Aqua
10 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard Connector | Lifetime WarrantyFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Warranty Lifetime Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd PartyMedia: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
cisco catalyst 2948g-ge-tx switch 19"/23"/24" rack mount kit, rckmnt-1ru, for ws-c2948g-ge-tx
Cisco 2948G-GE-TX Rack Mount Kit, RCKMNT-1RUThis rack mount kit is used to mount Cisco Catalyst 2948G-GE-TX switch into either a 19", 23", or 24" equipment rack depending on the way you attach the bracket (see images below).This rack kit includes 2 brackets and all screws needed to attach the rack mount brackets to your switch.For Models: WS-C2948G-GE-TXWe carry a full line of rack mount brackets and other accessories for Cisco equipment. If you do not see what you need in our store please contact us
2M LC-LC OM4 40G 50/125 Multimode Duplex Uniboot Fiber Patch Cable, Aqua, F4MD5-LCLC-02-UB
2 Meters | LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot OM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5 mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
10M LC-LC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Uniboot Push-Pull Tab, FMD5G-LCLC-10-UBHD
10 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot with Push-Pull Tab ConnectorsPush-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Push-Pull Tab Uniboot Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
CablesAndKits Standard AC Power Cord, (Compatible with Cisco P/N CAB-AC), 10A/125V, 18 AWG, 5-15P to C13, (NEMA 5-15P to IEC-60320-C13) 6 ft
CAB-AC AC Power Cord | 5-15P to C13 | Cisco Compatible | 18 AWG | 6ft | BlackCisco compatible CAB-AC power cord. Power cords are commonly used to connect a piece of equipment to a power distribution unit and many other uses. Whether the cords are used in a basic or dense instillation, these heavy duty power cords save time and money. Equipment End: C13, or IEC60320-C13 is a 3 prong, female connector commonly used on the end of computer and networking device power cords. This is likely the most common equipment end cord available today. This plug has a maximum current rating of 10 amps at 18AWG and able to handle a maximum of 250 volts. These ends plug into a C14, or IEC60320-C14. Supply End: The 5-15P, or NEMA 5-15P are three prong male plugs used in most households and businesses in North America to supply power to devices. These plugs are rated at 15 amps on an 18AWG cord and up to 125V AC. The receptacle of this plug is a 5-15R. Quick Specs: Connectors NEMA 5-15P to IEC60320 C13 Rating/Gauge 18 AWG Ends Male to Female Amperage & Voltage 10-15A, 125V Compatibility Cisco Cord Type SVT (Service Vacuum Thermoplastic) UL/cUL Listed Yes CSA Approved Yes RoHS Compliant Yes Applications: Device to AC power supply
LC to SC Multimode Duplex 50/125 OM2 Fiber Patch Cable, 7 Meters, Lifetime Wty, FMD5-LCSC-07
Multimode OM2 (50/125) | LC to SC | 7 Meter ( 22.96 ft)Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly refereed to as & nbsp; Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferule diameter of & nbsp; 2.5 mm and defined by IEC 61754-4 Quick Specs: OM2 Multi-mode Fiber 50/125 LC to SC 7 Meters ( 22.96 ft) Orange PVC (Polyvinyl Chloride) Jacket 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Applications: Most commonly used to connect Cisco uplink modules and various other fiber modules Uplink and riser cabling
15M SC-ST OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Wty, FMD5G-SCST-15
15 Meter | SC to ST Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Fiber Cables OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
3M LC-LC OM4 40G 50/125 Multimode Duplex Uniboot Fiber Patch Cable, Aqua, F4MD5-LCLC-03-UB
3 Meters | LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot OM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5 mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
CablesAndKits LC-LC OM3 10 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, OFNR, 15 Meters, Aqua
15 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard Connector | Lifetime WarrantyFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Warranty Lifetime Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd PartyMedia: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
5M LC-LC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Uniboot Push-Pull Tab, FMD5G-LCLC-05-UBHD
5 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot with Push-Pull Tab ConnectorsPush-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Push-Pull Tab Uniboot Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
10 Meters LC-ST OS2 Fiber Patch Cable, 9/125 Singlemode Duplex, Lifetime Wty, FSD9-LCST-10
10 Meter OS2 LC to ST Fiber Patch Cable | Singlemode Duplex | 9/125 | Standard Connector OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
2M LC-LC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Uniboot Push-Pull Tab, FMD5G-LCLC-02-UBHD
2 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot with Push-Pull Tab ConnectorsPush-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Push-Pull Tab Uniboot Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
AC Power Cord, 5-15P to C13, 18 AWG, 6ft, Black, Pack of 10, Lifetime Warranty, C2500072-10PK
5-15P to C13 AC Power Cord | Black | 18 AWG | 6ft | Cisco Compatible | Male to Female | 10 Pack Power cords are commonly used to connect a piece of equipment to a power distribution unit and many other uses. Whether the cords are used in a basic or dense instillation, these heavy duty power cords save time and money. Equipment End: C13, or IEC60320-C13 is a 3 prong, female connector commonly used on the end of computer and networking device power cords. This is likely the most common equipment end cord available today. This plug has a maximum current rating of 10 amps at 18AWG and able to handle a maximum of 250 volts. These ends plug into a C14, or IEC60320-C14. Supply End: The 5-15P, or NEMA 5-15P are three prong male plugs used in most households and businesses in North America to supply power to devices. These plugs are rated at 15 amps on an 18AWG cord and up to 125V AC. The receptacle of this plug is a 5-15R. Quick Specs: Connectors NEMA 5-15P to IEC60320 C13 Rating/Gauge 18 AWG Ends Male to Female Amperage & Voltage 10-15A, 125V Compatibility Cisco Cord Type SVT (Service Vacuum Thermoplastic) UL/cUL Listed Yes CSA Approved Yes RoHS Compliant Yes Applications: Device to AC power supply
Cisco 3560/3560G/3560v2 Series Catalyst Rack Mount Kit,
-Cisco 3560/3560G/3560v2 Series Catalyst Rack Mount KitThis rack mount kit is used to mount Cisco Catalyst 3560 series switches into either a 19", 23", or 24" equipment rack depending on the way you attach the bracket (see images below).This rack kit includes 2 brackets and all screws needed to attach the rack mount brackets to your switch.This rack kit fits the following models:WS-C3560-24TSWS-C3560-48TSWS-C3560-24PSWS-C3560-48PSWS-C3560G-24TSWS-C3560G-48TSWS-C3560G-24PSWS-C3560G-48PS WS-C3560V2-24TS WS-C3560V2-48TS WS-C3560V2-24PS WS-C3560V2-48PSWe carry a full line of rack mount brackets and other accessories for Cisco equipment. If you do not see what you need in our store please contact us
2 Meters LC-SC OS2 Fiber Patch Cable, 9/125 Singlemode Simplex, Lifetime Wty, FSS9-LCSC-02
2 Meters OS2 LC to SC Fiber Patch Cable | Singlemode Simplex | 9/125 | Standard, Uniboot & Uniboot Push-Pull Tab OS2 fiber patch cables are known for their outdoor use and for their loose-tube construction, compared to OS1's tightly-buffered design and indoor use, this allows OS2 fiber to transmit over longer distances. This also makes OS2 fiber cords best for use with underground and burial applications. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are single mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Single mode cables have a thinner "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 9/125. 9 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends yellow for single mode. In addition, single mode cables are more "stable" as they are only thick enough to carry one wave of light. This eliminates distortion caused by overlapping light signals making them ideal for applications that require couplers or other branching devices. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. Uniboot fiber optic cables have two fibers to carried through a single jacket, reducing the size and surface area of the cables when compared to standard fiber optic cables. Uniboot fiber cables reduce cable management requirements and allows for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that allows you to easily insert and remove the fiber cable when needed. The slim uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup. Quick Specs: Core Size 9 Micron Cladding Size 125 Micron Mode Singlemode Mode Conditioning No Optical Mode OS2 Color Yellow Jacket OFNR Fiber Strands Simplex Polish Type (both) PC - Physical Contact Connection Types Standard, Push-Pull Tab, & Uniboot Condition New Media:
Cisco Compatible 1000BASE-T SFP Module (GLC-T),
- Cisco Compatible | 1000Base-T | Gigabit | Copper | SFP | Hot-Swappable | Factory Sealed | GLC-TAchieve Gigabit Ethernet connectivity over Cat5e copper wire using the Cisco GLC-T transceiver module. These hot-swappable 1000Base-T Small Form Factor Pluggable (SFP) gigabit interface converters (GBIC) plug directly into a Gigabit Ethernet port or slot, thus linking the port with the network and delivering high performance Ethernet networking. These devices utilize and RJ45 interface, are IEEE 802.3: 2000 compliant, and can operate at lengths up to 100m (328 ft). Cisco's GLC-T is a convenient and economical solution for your networking needs as they allow you to acheive Gigabit Etherner speeds using your existing infrastructure! Quick Specs: BrandCablesAndKits (Cisco Compatible) Manufacturer Part #GLC-TCable TypeCat5eMin Operating Temp32? ° FMax Operating Temp158? ° FWeight 0.07 lbsTransceiver TypeSFP InterfaceRJ45Cabling Distance (MAX) 100 Meters (328 ft) Data Transfer Rate1 GbpsPower Consumption 1.1WW arrantyLifetime? Media: What is an SFP? And why you need one. What Is An SFP?
CablesAndKits Standard AC Power Cord, 13A/125V, 16 AWG, C14 to 5-15R, (IEC-60320-C14 to NEMA 5-15R) 1 ft
Supply End: IEC-60320-C14 Equipment End: NEMA 5-15R Length: 1 ft, Rating: 10A/125V Wire Type: 16 AWG AC Power Cord, C14 to 5-15R, 1 footProvides "normal" outlet from a C14 connection. Supply End - IEC-60320-C14Equipment End - NEMA 5-15RWire Type- 16 AWG 3 SJT Rating- 13A/125VLength- 1 Foot
lc-lc om3 10 gigabit multimode duplex 50/125 fiber optic patch cable, 0.6 meters, aqua
2 ft |LC Fiber Cable |OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode.Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands
7M LC-LC OM4 40G 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Warranty, F4MD5-LCLC-07
7 Meter | LC to LC Fiber | OM4 | 40 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorOM4 patch cables take all the benefits of OM3 fiber and increase the transmission bandwidth up to 40gbs, and in some cases 100gbs. OM4, like, OM3, is laser-optimized to give optimum performance and reliability. Unlike other old fiber types, OM4 has a higher attenuation that helps create lower losses over greater distances. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. Connectors LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly referred to as Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. SC connectors, commonly referred to as Subscriber Connectors, Square Connectors or Standard Connectors, are a larger, older connection type found in Cisco GBIC's. The design is rectangle allowing a higher density installation compared to even older, legacy fiber end types. The connector is a "push-pull" type, has a ferrule diameter of 2.5 mm and defined by IEC 61754-4. Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Push-Pull Tab connector fiber optic cables have a special tab that will allow easy insertion and removal of the connector without the need to access the boot or connector. The slim, low profile uniboot design allows this high-density installation cabling to be used with minimal cable management and save space in your network setup
Surge Protector Power Strip With (6) 15A Outlets and 12ft Cord, Lifetime Wty
-Surge Protector Power Strip With (6) 15A Outlets and 12ft Cord125V AC, 15A15A circuit breaker90J surge suppressor12 Foot CordLED power-on indicatorUL listed
1M SC-SC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Lifetime Warranty, FMD5G-SCSC-01
1 Meter | SC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard ConnectorFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Fiber Cables OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
20M LC-LC OM3 10 Gig 50/125 Multimode Duplex Fiber Patch Cable, Uniboot, FMD5G-LCLC-20-UB
20 Meters |LC Fiber Cable |OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Uniboot Uniboot fiber optic cables have two fibers carried through a single jacket with a lower profile boot, reducing the size and surface area of the cables when compared to standard fiber optic cables, but continuing to provide the reliable performance from industry standard connectors. Uniboot fiber cables reduce cable management requirements and allow for better airflow. Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Uniboot Condition New Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd Party Media: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
CablesAndKits LC-LC OM3 10 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, OFNR, 35 Meters, Aqua
35 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard Connector | Lifetime WarrantyFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Warranty Lifetime Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd PartyMedia: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
CablesAndKits LC-LC OM3 10 Gigabit Multimode Duplex 50/125 Fiber Optic Patch Cable, OFNR, 5 Meters, Aqua
5 Meters | LC Fiber Cable | OM3 Fiber Optic Patch Cable | 10 Gigabit | Multimode Duplex | Laser Optimized (50/125) | Standard Connector | Lifetime WarrantyFiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode, but a special version which is laser optimized. These cables are manufactured using a process that eliminates manufacturing anomalies and conditions which cause the glass cores to be prone to modal dispersion when the transmission distance is great. Modal dispersion if the optical equivalent to EMI and causes confusion at the receiving end. The binary 1's and 0's cannot be differentiated. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends aqua for OM3 multi-mode. Quick Specs: Core Size 50 Micron Cladding Size 125 Micron Mode Multimode Mode Conditioning No Optical Mode OM3 Warranty Lifetime Color Aqua Jacket OFNR Fiber Strands Duplex Polish Type (both) PC - Physical Contact Connection Types Standard Condition New Standard Features: 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) 300M (984 ft) @10Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Additional Fiber Products: Looking for other types of fiber? We offer a wide variety of Fiber Cables including different types of connector pairs, Premium fiber, and Uniboot with Push Pull connectors! OM3 LC-LC Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-LC Premium Fiber Cables OM3 LC-LC Premium Fiber Cables Featuring Uniboot with Push Pull Tab Connectors OM3 LC-SC Fiber Cables OM3 LC-SC Premium Fiber Cables OM3 LC-ST Fiber Cables OM3 SC-SC Fiber Cables OM3 SC-ST Fiber Cables OM3 ST-ST Fiber Cables Compatible Transceivers: GLC-LH-SM New GLC-LH-SM Refurbished GLC-LH-SM Compatible/3rd Party GLC-LH-SMD New GLC-LH-SMD Refurbished GLC-LH-SMD Compatible/3rd Party GLC-SX-MMD New GLC-SX-MMD Refurbished GLC-SX-MMD Compatible/3rd PartyMedia: Whats the difference in the Optical Modes? Whats is a fiber cable? Why IT Pros Prefer Fiber
CablesAndKits Heavy Duty AC Power Cord, 15A/125V, 14 AWG, L6-20P to C13, (NEMA L6-20P to IEC-60320-C13) 15 ft
Supply End: NEMA L6-20PEquipment End: IEC-60320-C13Length: 15 ft, Rating: 15A/250VWire Type: 14 AWGAC Power Cord, L6-20P to C13, 14 AWG, 15' Approvals: UL, CSASupply End - NEMA L6-20PEquipment End - IEC-60320-C13Wire Type - 14 AWG 3 SJTWRating- 15A/125VLength- 15 feet
LC to ST Multimode Duplex 50/125 OM2 Fiber Patch Cable, 3 Meters, Lifetime Wty, FMD5-LCST-03
Multimode OM2 (50/125) | LC to ST | 3 Meter ( 9.84 ft)Fiber optic cabling is the medium of choice for longer distance and challenging cabling runs. These cables are thinner than copper patch cords and immune to EMI (Electromagnetic Interference) making them perfect for riser runs and uplink cables. There are two basic types of fiber cabling, single-mode and multi-mode. The cables listed here are multi-mode. Inside these cables you will find three basic layers. Starting from the inside, you have the core which is surrounded by the cladding. Both are protected with the jacket on the outside. Multi-mode cables have a thicker "core size". The core size is simply the thickness of the optical fiber inside the cladding. The cladding is material that surrounds that core which basically serves as the boundary for the signal, keeping the light refined to the core and not allowing it to escape. The thicker the core size, the more refraction the signal exhibits, the more signal degradation that occurs and the shorter the distance an intelligible signal can transmit. For example, these cables are 50/125. 50 is the diameter of the core, and 125 is the diameter of the cladding, both in micrometers. Lastly, the jacket is the part of the cable you see. This layer protects the cable and provides easy identification based on its color. TIA-598C recommends orange for multi-mode. LC connections allow higher density applications based on its smaller diameter. The LC connection, commonly refereed to as & nbsp; Lucent Connection, Little Connector or Local Connector, is commonly used today for uplink modules and other devices. This connector is a "snap" type, has a ferrule diameter of 1.25 mm and defined by IEC 61754-20. ST connectors are a "bayonet" style end, often called Straight Tip, and are primarily used for multi-mode applications. These types of connectors are not common and defined by IEC 61754-2. Ferule's on these ends measures 2.5 mm. Quick Specs: OM2 Multi-mode Fiber 50/125 LC to ST 3 Meters ( 9.84 ft) Orange PVC (Polyvinyl Chloride) Jacket 2000M (6562 ft) @ 100Mps (can vary depending on optical transceiver, modal bandwidth and wavelength) 550M (1804 ft) @ 1Gbps (can vary depending on optical transceiver, modal bandwidth and wavelength) Applications: Most commonly used to connect Cisco uplink modules and various other fiber modules Uplink and riser cabling
usb c multi function hub w/charging capability & 4k hdmi, usbc-gehdmih
USB C Multi Function HUB w/Charging Capability & 4K HDMI, USBC-GEHDMIH
