With the increasing demand for fiber optical technology, a huge amount of network compatible SFP optical transceivers have been deployed in the data center. However, with plenty of options available in SFP transceiver modules, choosing the right module can be a confusing task as there are many things to consider.

If you’re looking for the right transceiver that goes compatible with your network set up, you have to focus on many angles. Considering all the angles will become easier if you have a quick checklist. To help you out, here we have put a checklist that can enable you to make an informed decision for your network compatibility SFP module transceiver.

Opt for a right wavelength- In a fiber optical setup, the wavelength is one important limiting factor. It can impact the speed of the system, the range it covers, hardware compatibility and other aspects of network design. Shorter wavelengths can hit higher speeds whereas longer ones can carry the signal farther.

Compatibility test- There are serious aspects of compatibility that a network operator must look at while looking for Cisco optical transceivers for effective network performance. The first and most important factor is the form factor. Next is how the cables plug into the transceiver. The most reliable form factor is SFP and SFP+ which stands for effective network performance for a longer time.

Consider speeds- Speed is the next most important factor when choosing the right Cisco transceiver module. When it comes to Cisco SFP, you can choose the network that is incredibly fast.

Compatible network set up- Cisco SFP optical modules operates in all kinds of networking environments. There is network compatible Cisco module that ensures an effective and hassle-free network in the data center.

The above-mentioned quick checklist must be taken into consideration when choosing a network compatible Cisco optical transceiver. Though you can find all the mentioned checklists in the modules of HPC optics where you can get the right module for your network in the data center.