Waste of Cable Resources
Many customers abandon traditional cable deployment and adopt fiber optic solutions when rebuilding networks. The original cables cannot be reused, resulting in a waste of cables.
Common Challenges Encountered
As small enterprises and campus network continue to grow, the demand for bandwidth and traffic will gradually increase. Traditional optical modules cannot meet users' network upgrade requirements in terms of scalability and maintenance efficiency.
Lack of Scalability and Flexibility
As the network upgrades, the speed transitions from 100M to 1G, 2.5G, 5G, and up to 10G. Traditional optical modules cannot meet the requirements of multiple rate applications and achieve flexible upgrades.
Low Maintenance Efficiency
When checking for equipment malfunctions in optical modules, a lot of information needs to be collected. In addition, fiber patch cables are prone to breakage and dirt, which increases maintenance intensity.
Advantages
Improving Cable Utilization Rate
Fully utilizing existing copper cable resources in the network to complete network construction, reducing the deployment of fiber optic cables. Reduce investment costs while ensuring normal network construction.
High Flexibility and Scalability
The adaptive Ethernet module supports 100M, 1G, 2.5G, 5G, and 10G rates. It can work at different rate modes according to the customer's bandwidth requirements, without the need for frequent replacement of modules, providing high flexibility.
Simple Maintenance with Low Cost
Compared to conventional optical modules, the absence of complex DDM information makes it easier to troubleshoot. There is no need to use expensive optical instruments for troubleshooting, simplifying operations and enhancing operational efficiency.
1G and 10GBASE-T SFP+ Modules Solution
- Connect within 30m
- Connect within 80m
- Connect within 100m
Ready to get started?
Have a question about purchasing a solution that you are interested in? Fill in the form and we’ll respond in 1 working day.