| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
![]() |
The Origin Storage 10329-OS QSFP+ transceiver is purpose built for high-density 40GbE connectivity across short-range multimode fiber deployments. Designed for bidirectional data flow over duplex LC connectors, this module supports streamlined fiber infrastructure while maintaining full compatibility with Extreme Networks hardware. It's a smart choice for IT environments seeking to expand throughput without recabling legacy multimode systems.
Instead of traditional parallel optics requiring eight fibers, this module transmits and receives simultaneously over just two, offering significant savings in fiber usage and patch panel space.
The 10329-OS is coded and tested to align with Extreme QSFP+ slots, ensuring seamless recognition, hot-swapping, and monitoring via DDM functionality, no vendor lock in delays.
This transceiver fits into environments modernizing from 10Gb to 40Gb links without major cable overhauls. It's suitable for spine leaf architectures, switch uplinks, or virtualization clusters where bandwidth must scale within short distances.
The Origin Storage 10329-OS QSFP+ transceiver is purpose built for high-density 40GbE connectivity across short-range multimode fiber deployments. Designed for bidirectional data flow over duplex LC connectors, this module supports streamlined fiber infrastructure while maintaining full compatibility with Extreme Networks hardware. It's a smart choice for IT environments seeking to expand throughput without recabling legacy multimode systems.
Instead of traditional parallel optics requiring eight fibers, this module transmits and receives simultaneously over just two, offering significant savings in fiber usage and patch panel space.
The 10329-OS is coded and tested to align with Extreme QSFP+ slots, ensuring seamless recognition, hot-swapping, and monitoring via DDM functionality, no vendor lock in delays.
This transceiver fits into environments modernizing from 10Gb to 40Gb links without major cable overhauls. It's suitable for spine leaf architectures, switch uplinks, or virtualization clusters where bandwidth must scale within short distances.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.