Syrotech 800G-QSFP-DD DR8 800g Data Center Optical Transceiver

399,999.00

800G-QSFP-DD DR8 Optical Transceiver, 800 Gbps high-speed module, supports up to 500m on single-mode fiber, MPO-16 connector, low power, ideal for data centers and cloud networks.”

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Syrotech 800G-QSFP-DD DR8 800g Data Center Optical Transceiver

Features

  • Very High Speed (800 Gbps) – Transfers huge amounts of data very fast. Mainly used in big data centers and cloud companies.
  • Works on Single-Mode Fiber (SMF) – Uses long-distance fiber cable (not regular LAN cable).
  • Up to 500 Meters Distance – Can send data up to 500 meters without signal loss.
  • QSFP-DD Module Type – Small plug-in module that fits into high-speed switches and routers.
  • 8 Channels Inside (8×100G) – It combines 8 smaller lanes to make 800G total speed.
  • Uses PAM4 Technology – Advanced technology to send more data efficiently.
  • MPO-16 Fiber Connector – Special 16-fiber plug used in data centers.
  • Hot-Pluggable – Can remove or insert without turning off the switch.
  • Low Power Usage – Uses around 15–16 watts power.
  • Built-in Monitoring (DDM) – Can check temperature, signal strength, and performance automatically.
  • Standard Compatible – Works with most modern 800G switches that follow IEEE standards.

Specifications

Model 800G-QSFP-DD DR8
Speed 800 Gbps – Extremely fast data transfer (used in big data centers)
Module Type QSFP-DD – Small plug-in module for high-speed switches
Fiber Type Single-Mode Fiber (SMF) – Used for longer distance connections
Maximum Distance Up to 500 meters
Light Type (Wavelength) 1310 nm laser light
Number of Channels 8 channels (each 100 Gbps = total 800 Gbps)
Connector Type MPO-16 fiber connector (16 fiber pins)
Technology Used PAM4 – Advanced method to send more data
Power Usage Around 15–16 Watts
Can Remove While Running? Yes, hot-pluggable (no need to switch off device)
Monitoring Feature Yes – shows temperature, power, signal strength
Working Temperature 0°C to 70°C (normal data center environment)
Used For Data centers, cloud networks, high-speed server connections