Active Optical Cable QSFP28 to QSFP28, 100G, 15 Meters riser rated (OFNR), MSA Compatible

Item # AOC-Q28-ER-015-MSA
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1 - 9 $448.12
10 - 24 $430.20
25 - 99 $412.27
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Description

The L-com AOC-Q28-ER-015-MSA is a MSA compatible 100G QSFP28 to QSFP28 Active Optical Cable, that is factory pre-programmed with all the necessary configuration data for seamless network integration and digital diagnostics for performance monitoring. The L-com AOC-Q28-ER-015-MSA Active Optical Cable is designed, programmed and tested to perform identically to MSA's original transceivers and are 100% compatible with other OEM and third-party Active Optical Cables. The L-com's AOC-Q28-ER-015-MSA Active Optical Cable has been manufactured with riser rated (OFNR) cable with a maximum reach of 15 meters at a center wavelength of 850 nm. The L-com AOC-Q28-ER-015-MSA Active Optical Cable is tested for 100% functionality and guaranteed compatible for outstanding network performance.

L-com offers all brands and form factors of Active Optical Cables, optical transceivers and cabling for all your networking needs. Now you have a reliable, compatible and affordable means to expand your network while maintaining its integrity. Contact our technical support and sales staff with your questions on fiber optic connectivity or other L-com products.

Compatible to MSA's: Multi-Source Agreement (MSA) standards for form factor, optical/electrical connection including the harshest external operating conditions including temperature, humidity and EMI interference

Features
  • Operating Data Rates up to 100G
  • Distance Range 15 meters
  • Hot Pluggable QSFP28
  • Simplifies Patching & Offers a Cost-effective approach for Short Links
  • Standard Temperature Range (available in Industrial Operating Temperatures)
  • Compliant with MSA system standards
Application
  • Telecommunication Service Providers
  • Metro Ethernet
  • Intra-rack and across rack interconnect
  • Transport Networks
  • Switch and router high speed
  • backplane interconnect
  • High-performance computing clusters