Intel E10GSFPSR SFP+ Dual-Rate 1G/10GBASE-SR Multi-Mode Optical Transceiver Module

Intel E10GSFPSR SFP+ Dual-Rate 1G/10GBASE-SR Multi-Mode Optical Transceiver Module

¥410.00
促销价  ¥410.00 常规价格 
跳至产品信息
Intel E10GSFPSR SFP+ Dual-Rate 1G/10GBASE-SR Multi-Mode Optical Transceiver Module

Intel E10GSFPSR SFP+ Dual-Rate 1G/10GBASE-SR Multi-Mode Optical Transceiver Module

¥410.00
促销价  ¥410.00 常规价格 

Basic Parameter Table

Item Details
Brand Intel
Part Number E10GSFPSR (Internal model FTLX8571D3BCV-IT)
Form Factor SFP+
Rate Auto-negotiate 10GBASE-SR / 1000BASE-SX (10GbE / 1GbE dual rate)
Wavelength 850nm VCSEL
Fiber OM1/OM2/OM3/OM4 multi-mode fiber
Max Distance OM1: 33m, OM2: 82m, OM3: 300m, OM4: 400m
Interface Duplex LC
Function DDM digital diagnostic monitoring, hot pluggable
Condition Factory New Sealed
Stock Status In Stock
Delivery Cycle Within 2 Business Days
Warranty Period 3 Years
Unit Price $60.00

Core Product Features

  1. Original Intel SFP+ dual-rate optical module, compatible with both 10G and Gigabit Ethernet equipment, smooth upgrade for old network environments.
  2. 850nm short-wave VCSEL laser, compliant with IEEE 802.3ae / 802.3 standards, low latency short-distance transmission.
  3. Built-in DDM real-time monitoring: transmit/receive optical power, module temperature, supply voltage with fault alarm.
  4. Hot-swappable SFP+ housing, perfectly match Intel X520/X710 10G network adapters and mainstream brand 10G switches.
  5. Duplex LC optical port, plug-and-play with all grades of multi-mode fiber jumpers, excellent anti-interference performance inside machine rooms.
  6. Fanless passive ultra-low power silent design, stable long-term continuous light-load operation.

Application Scenarios

  • Old gigabit network upgrade to 10G without replacing transceivers, mixed 1G/10G cabinet interconnection
  • Enterprise server 10G short-distance uplink matching Intel X520/X710 NIC
  • Small storage cluster, virtualization host high-speed internal interconnection
  • Lab legacy network equipment mixed-rate data transmission

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