Products

- INFORMATION -
The MultiLane OSFP Development Kit provides the necessary development tools and reference modules required for the development of OSFP based products. This kit is essential for development, testing and characterization of OSFP based products. It can also be used for testing 400G CDRs, 400G Gearbox devices, 400G OSFP ports on routers and line-cards, electro-optical modules, and OSFP active optical cables. 

ML4064-MCB 8x50G OSFP Module Compliance Board
  • Supports 8x50G interfaces
  • I2C master driven from either on-board microcontroller or external pin headers
  • 40 GHz 2.92mm or 2.4mm K Connectors
  • Current Sense
  • Matched differential trace length across all channels
  • High performance signal integrity traces from K connectors to OSFP host connector.
  • On-board LEDs display MSA output alarm states
  • Built with RO3003 PCB Material
  • On-board buttons/jumpers for MSA input control signals
  • User friendly GUI for I2C R/W commands and loading custom MSA memory maps
  • Four corner testing capability
  • USB interface

ML4064-HCB OSFP Host Compliance Board
  • High Performance signal integrity traces
  • OSFP MSA Form Factor
  • Same low Insertion Loss for all traces
  • Built with high performance PCB material
  • Supports 8x50G
  • Built with RO3003 PCB Material
  • High speed signals accessible through K-Connectors
  • 8 channels: 8 TX and the corresponding 8 RX
  • Matched trace length 5972.48 mils

ML4064 OSFP Passive Loopback
  • Loops back TX & RX with good performance SI Traces
  • Built with advanced PCB Material (Rogers/Megtron)
  • MSA Compliant Shell with latching mechanism
  • Four thermal spots
  • Can emulate all 4 OSFP power classes
  • Can dissipate up to 16W via the thermal loads
  • Temp sense
  • I2C Terminated by microcontroller, I2C slave compliant with MSA
  • Implements MSA Memory Map with programmable new pages
  • Ability to control/ monitor all low speed signals
  • Insertion Counter
  • Front LED Indicator
  • Hot Pluggable
  • Cut-off temperature preventing module overheating
  • AC-coupled High Speed Interface