Dell Q28-100G-SR4-85C 04WGYD FTLC9555REPM3-E5 100G SR4 QSFP28 Multi-Mode Transceiver

Dell Q28-100G-SR4-85C 04WGYD FTLC9555REPM3-E5 100G SR4 QSFP28 Multi-Mode Transceiver

¥1,096.00
促销价  ¥1,096.00 常规价格 
跳至产品信息
Dell Q28-100G-SR4-85C 04WGYD FTLC9555REPM3-E5 100G SR4 QSFP28 Multi-Mode Transceiver

Dell Q28-100G-SR4-85C 04WGYD FTLC9555REPM3-E5 100G SR4 QSFP28 Multi-Mode Transceiver

¥1,096.00
促销价  ¥1,096.00 常规价格 

Basic Parameter Table

Item Details
Brand Dell OEM Finisar
Model Q28-100G-SR4-85C / 100GBASE-SR4
Dell Part Number 04WGYD
Finisar OEM PN FTLC9555REPM3-E5
Bandwidth 100Gbps 100 Gigabit Ethernet
Standard 100GBASE-SR4 Parallel Multi-Mode Fiber
Wavelength 850nm Short Wavelength 4-Lane Parallel
Fiber Interface MPO-12 Female Ribbon Connector
Max Transmission Distance 100m over OM4 Multi-Mode Fiber
Form Factor Hot-Pluggable QSFP28 Package
Condition Factory New Sealed
Stock Availability In Stock
Lead Time Shipment within 2 business days
Warranty 3-Year Global Warranty
Unit Price $155.00

Core Product Features

  1. Dell OEM Finisar 100G parallel multi-mode QSFP28 optical transceiver, fully compatible with Dell PowerEdge 14G/15G/16G servers and Dell QSFP28 leaf/spine switches.
  2. Adopts 850nm 4-lane parallel optical design complying with 100GBASE-SR4 standard, supports maximum 100m transmission via OM4 multi-mode ribbon fiber with MPO interface.
  3. Hot-swappable QSFP28 housing with complete DDM (Digital Diagnostic Monitoring), real-time monitoring of each lane’s transmit/receive optical power, module temperature and supply voltage.
  4. Low-power industrial wide-temperature hardware design, stable 24/7 non-stop operation in high-density cloud data center rack environments.
  5. Native 4×25G parallel architecture, can be split into four independent 25G SR links through MPO-to-LC breakout cable for flexible server access deployment.
  6. Cost-effective short-reach multi-mode solution for leaf-spine cloud data center intra-rack 100G high-speed interconnection.

Application Scenarios

  1. 100G uplink between leaf and spine switches inside cloud data centers, high-speed interconnection for all-flash NVMe storage clusters, short-distance networking within 100 meters with OM4 ribbon fiber.
  2. Dense enterprise cabinet cluster construction, split into 4×25G links to connect a large number of 25G compute hosts via breakout cables.
  3. Not suitable for medium/long-distance cross-building transmission and single-mode fiber networking scenarios.

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