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2LC OM4 MM P
2LC OM4 MM P 2LC SM P

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2LC OM4 MM P

LC to LC Laser-Optimized Multimode Fiber Optic Cable Assemblies - Plenum

Key Features

Laser-optimized OM4 multimode fiber
Bend-insensitive
OFNP plenum-rated jacket
Durable duplex zip-cord cable construction
Terminated with industry standard LC connectors
Available in lengths from 1 meter (3.3 feet) to 60 meters (197 feet)
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Overview

Extron 2LC OM4 MM P multimode fiber optic duplex cable assemblies are available in various lengths from 1 meter to 60 meters. Ideal for moderate to long distances up to 2 km, Extron laser-optimized multimode fiber provides superior bandwidth and ensures pixel-perfect transmission of high-resolution, video, audio, and control signals. The 2LC OM4 MM P is also a bend-insensitive fiber optic cable featuring a tight bend radius to minimize bending loss and simplify installation. Laser-optimized, OM4 performance ensures an AV fiber optic cable infrastructure that supports the highest resolutions.

Video

Description

Specifications

Diagram

Panel Drawing

Downloads

2LC OM4 MM P/1

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a one (1) meter (3.3 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/1 (part number 26-671-01), no alternates or equals

2LC OM4 MM P/1

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a one (1) meter (3.3 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/1 (part number 26-671-01), no alternates or equals

2LC OM4 MM P/2

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a two (2) meter 6.6 (foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/2 (part number 26-671-02), no alternates or equals

2LC OM4 MM P/2

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a two (2) meter 6.6 (foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/2 (part number 26-671-02), no alternates or equals

2LC OM4 MM P/3

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a three (3) meter (9.8 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/3 (part number 26-671-03), no alternates or equals

2LC OM4 MM P/3

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a three (3) meter (9.8 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/3 (part number 26-671-03), no alternates or equals

2LC OM4 MM P/5

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a five (5) meter (16.4 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/5 (part number 26-671-05), no alternates or equals

2LC OM4 MM P/5

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a five (5) meter (16.4 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/5 (part number 26-671-05), no alternates or equals

2LC OM4 MM P/10

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a ten (10) meter (32.8 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/10 (part number 26-671-10), no alternates or equals

2LC OM4 MM P/10

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a ten (10) meter (32.8 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/10 (part number 26-671-10), no alternates or equals

2LC OM4 MM P/15

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a fifteen (15) meter (49.2 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/15 (part number 26-671-15), no alternates or equals

2LC OM4 MM P/15

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a fifteen (15) meter (49.2 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/15 (part number 26-671-15), no alternates or equals

2LC OM4 MM P/20

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a twenty (20) meter (65.6 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/20 (part number 26-671-20), no alternates or equals

2LC OM4 MM P/20

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a twenty (20) meter (65.6 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/20 (part number 26-671-20), no alternates or equals

2LC OM4 MM P/30

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a thirty (30) meter (98.4 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/30 (part number 26-671-30), no alternates or equals

2LC OM4 MM P/30

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a thirty (30) meter (98.4 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/30 (part number 26-671-30), no alternates or equals

2LC OM4 MM P/40

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a forty (40) meter (131 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/40 (part number 26-671-40), no alternates or equals

2LC OM4 MM P/40

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a forty (40) meter (131 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/40 (part number 26-671-40), no alternates or equals

2LC OM4 MM P/50

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a fifty (50) meter (164 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/50 (part number 26-671-50), no alternates or equals

2LC OM4 MM P/50

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a fifty (50) meter (164 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/50 (part number 26-671-50), no alternates or equals

2LC OM4 MM P/60

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a sixty (60) meter (197 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/60 (part number 26-671-60), no alternates or equals

2LC OM4 MM P/60

Provide interconnection for the transmission of high-speed optical digital signals over a duplex multimode fiber optic cable assembly
1. Duplex multimode fiber optic cable assembly for transmission of optical digital signals
2. Cable construction requirements
  1. Shall provide two (2) 50/125 µm graded-index, bend-insensitive, laser-optimized multimode fibers
    1. Glass fiber core diameter of 50 µm
    2. Glass fiber outer diameter of 125 µm
  2. Shall provide a 900 µm tight buffer coating surrounding each glass fiber
  3. Shall provide Aramid yarn as the strengthening material surrounding each tight-buffered fiber
  4. Shall provide a 2 mm diameter, OFNP plenum-rated jacket to meet NEC, CSA, and ICEA safety standards, surrounding each tight-buffered fiber and Aramid yarn strengthening material
  5. Shall provide duplex zip-cord cable construction for strength and protection of the glass fiber
3. Termination requirements
  1. Shall be terminated at each end with an industry-standard LC-type fiber optic connector
    1. Pre-polished with an UPC – ultra physical contact end face
  2. Shall be configured with duplex connectors using AB - BA reverse-pair polarity as described in TIA-568
4. Performance requirements
  1. Shall meet or exceed OM4 laser-optimized multimode fiber performance standards
    1. TIA 492-AAAD
    2. IEC 60793-2-10, A1a.3
    3. ISO/IEC 11801, OM4
  2. Shall provide attenuation of less than 3.0 dB per kilometer at an 850 nm wavelength
  3. Shall provide attenuation of less than 1.2 dB per kilometer at a 1300 nm wavelength
  4. Shall provide an insertion loss of less than 0.5 dB per 300 meters at 850 nm or 1300 nm
  5. Shall provide minimum effective mode bandwidth of 4700 MHz-km at an 850 nm wavelength
  6. Shall provide minimum overfill launch bandwidth of 3500 MHz-km at an 850 nm wavelength
  7. Shall provide minimum overfill launch bandwidth of 550 MHz-km at a 1300 nm wavelength
  8. Shall be bend-insensitive fiber for a tight bend radius of 0.3 inches (7.5 mm) with minimal cable losses
5. General requirements
  1. Shall be available in a sixty (60) meter (197 foot) length
  2. Shall provide an outer dimeter of 0.08" ±0.008" (2.0 mm ±0.2 mm)
  3. Shall meet regulatory compliance
    1. ETL/c-ETL OFNP FT6 (plenum rated)
  4. Shall provide a lifetime limited performance warranty
6. Approved cable shall be Extron 2LC OM4 MM P/60 (part number 26-671-60), no alternates or equals

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