Why choose Grade B connectors over Grade C connectors?

Performance Requirements:

• Grade B connectors typically offer higher performance than Grade C connectors. They are manufactured to stricter tolerances and specifications, resulting in lower insertion losses and better return losses.

• If your application demands high data transmission rates or long-distance communication, Grade B connectors may be the preferable choice due to their superior performance characteristics.

Compatibility and Interoperability:

• Ensure compatibility with existing equipment and infrastructure when selecting fibre optic connectors. While Grade B connectors offer superior performance, compatibility with other components such as cables, adapters, and transceivers should also be considered to ensure seamless integration within your system.

Long-Term Cost Considerations:

• While Grade B connectors may have a higher upfront cost compared to Grade C connectors, they can offer cost savings in the long run. Their superior performance effectively allows for greater headroom within the loss budget of the network.
• When assessing the total cost of ownership, including factors such as maintenance, repairs, and system performance, Grade B connectors may offer a more economical solution over time.

Application Specifics:

• Consider the specific requirements of your application when choosing between Grade B and Grade C connectors. If your project involves critical data transmission, high-speed networking, or telecommunications infrastructure, Grade B connectors are often the preferred choice.

However, for less demanding applications or short-distance connections where performance requirements are not as stringent, Grade C connectors may provide a cost-effective solution without sacrificing essential functionality. It is important to understand how specifying the right grade of connector best fits your network.

At Leader Optec all of our fibre assemblies conform to IEC 60794 and 61300. Our Single-mode assemblies are 100% tested to deliver better than 0.35dB, and our Multimode assemblies are 100% tested to better than 0.5dB performance. These results exceed the specified industry standard of >97% of samples (which allows for 3/100 rogue connectors within the batch). We ensure that 100% of the batch will be less than the maximum dB value, whilst still conforming to the Mean value.