Cisco CPAK-10X10G-LR 100GBASE-LR 10x10G Long-Reach CPAK Transceiver Module 800-41683-02(1310nm 10km MPO-24 SMF DOM)

$280.00
Cisco

Product Features

CPAK Standard Form Factor : Compact CPAK pluggable design, optimized for high-port-density Cisco data center and enterprise switching platforms.
10×10G Parallel Single Mode Transmission : 10 transmit & 10 receive independent channels, total 20 working cores, no wavelength multiplexing design.
MPO-24 Dedicated Interface : MPO-24 Dedicated Interface: 24-fiber connector adapts 20-core full-duplex transmission requirement, reserved idle cores reserved for expansion.
10km Long Reach Capability : Stable 100G transmission over single-mode fiber, applicable for medium and long distance interconnection scenarios.
Cisco CPAK-10X10G-LR 100GBASE-LR 10x10G Long-Reach CPAK Transceiver Module (1310nm 10km MPO-24 SMF DOM)
The Cisco CPAK-10X10G-LR module is a high-performance 100-Gigabit optical transceiver designed for long-reach data transmission over 24-fiber Single-Mode Ribbon Cables (SMF). Operating at a nominal wavelength of 1310nm, this module supports links up to 10 kilometers. It features a 24-fiber MPO/MTP APC (Female) connector and is highly optimized for 10x10G breakout applications, allowing seamless and high-density aggregation between 100G core switches and ten legacy 10GBASE-LR optical interfaces.

Part Number
800-41683-02
Band
  Cisco
Model / Product Code
CPAK-100G-SR10
Form Factor
  CPAK
Wavelength
1310 nm
Data Rate
100 Gbps (10 x 10G lanes)
Connector
MPO-24 / MTP-24
Fiber Type
  SMF
Max Cable Distance
10km
Power Consumption
< 5.0 W maximum at 70°C
TX Power (per lane)
Max: +0.5 dBm | Min: -8.2 dBm
RX Power (per lane)
  Max: +0.5 dBm | Min: -14.4 dBm
Origin
Thailand
Operating Temperature
0°C ~ 70°C


Typical Applications

Product Highlights

    1.Special Parallel Single-Mode Design

    2.MPO-24 Matches Full-Duplex Channel Demand

    3.Reliable 10km Long-Distance Transport

    4.Seamless Compatibility with Cisco Platforms

     5.Highly Flexible 10x10G Breakout Architecture

    6.Compact CPAK Energy Efficiency