6C-X2-LR 10GBASE-LR X2 1310nm 10KM DOM SC MMF Transceiver Module

  • X2 Factor, SC duplex Connector
  • Max Data Rate 10Gbps
  • Support DDM for Real-time monitoring
  • Commercial Temperature Range from 0 to 70°C
  •  Extend up to 10km
Model Name 6C-X2-SR Vendor Name 6COM
Form Factor X2 Max Data Rate 10Gbps
Wavelength 1310nm Max Cable Distance 10KM
Connector SC duplex Optical Components VCSEL 850nm
Media MMF DOM Support Yes
TX Power -8.2~0.5dBm Receiver Sensitivity < -14.4dBm
Commercial Temperature Range
0 to 70°C (32 to 158°F)

6COM: Ensuring Superior Quality and Fast Delivery with Our Exclusive Part Tracking and Serialization Process

                    OEM Code Testing                                      Lab Testing                                          Quality Control                                      

               OEM Code Testing                                         Lab Testing                                           Quality Control                                     Delivery Excellence 

              Every product is meticulously                            Our laboratory boasts state-of-the-art                   Every product has undergone                Adequate stock, efficient overseas warehouses

        custom-coded to ensure compatibility             testing equipment ensuring peak performance            a full quality control process                       and fast shipping ensure timely delivery

                        with all features                                     and unwavering reliability for every product  

At 6COM, we test and control the quality of our products. Each product is tested in our facilities, which simulate real-world conditions. We provide test reports for every product. With our sufficient stock, overseas warehouses and efficient shipping, we ensure fast delivery. Contact us to access our comprehensive test bed, which includes compatibility checks with modules from all major switch brands.

CompatibilityTest for 6C-X2-LR

Resources

Data Sheet
Interoperability Matrix