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Lenovo XFP optical module with LC connector and 10GBase-SR 10 Gigabit Ethernet support
Out of Stock

Lenovo Chrome TB351FU 8 GB, 256 GB, 10GBase-SR | LC, Enterprise

Lenovo

MPN: ZADX0087US

$329.99
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Key Features

  • XFP optical module
  • 10GBase-SR network technology
  • 10 Gigabit Ethernet support
  • LC connector type
  • 1 x LC 10GBase-SR network interface
  • 1 total port
  • Data networking application
  • Deliver 10 Gigabit Ethernet connectivity using 10GBase-SR optical networking
Move traffic cleanly across short-reach fiber links with an XFP module designed for 10 Gigabit Ethernet environments. The Lenovo Chrome TB351FU ACC 8G+256GLGW-US-SLV is identified in the source data as an LC 10GBase-SR network module with one port, making it a practical fit for uplinks and aggregation points where consistent optical connectivity is required. 10GBase-SR is a familiar choice for data networking teams that need dependable throughput over optical fiber without overcomplicating the deployment. The LC connector format supports straightforward integration into compatible network hardware, while the XFP form factor aligns with enterprise optical infrastructure. For organizations standardizing on fiber-based transport, this module offers a focused specification set: 10 Gigabit Ethernet, 10GBase-SR networking, and a single LC interface. It is the kind of component selected when the network design is already defined and the priority is reliable, standards-based connectivity rather than feature excess.

Ideal For

  • Short-reach fiber uplinks in enterprise networks
  • Aggregation switch connectivity in data centers
  • 10 Gigabit Ethernet transport over optical fiber
  • Standards-based optical expansion in managed network environments

Why This Product

  • 1Higher throughput than 1 Gigabit optical modules with 10 Gbps support
  • 2Cleaner fiber integration than copper-based uplinks with LC connectivity
  • 3Better fit for short-reach optical links with 10GBase-SR technology
  • 4Simpler port planning with a single-port XFP design