Q: What is an MTP Elite?
A: The MTP® Elite version has reduced insertion loss than the standard MTP® connector. The maximum insertion loss for the multimode fiber cables is 0.35dB, while the standard type is 0.6 dB. The maximum insertion loss for the singlemode fiber cables is 0.35dB, while the standard type is 0.75 dB.
Q: What is an MTP PRO Connector?
The MTP® PRO connector is the latest plus version of the US Conec MTP®. Unlike the standard MTP connector, this connector provides the best field flexibility, convenience, and enhanced performance. MTP PRO connector allows quick and straightforward polarity change without removing connector housing in the field. Besides that, it also provides Field-friendly pin configuration while maintaining product integrity.
Q: Is the MTP connector also an MPO connector?
A: Yes. The MTP® connector is a high-performance MPO connector with improved mechanical and optical performance. It should be noted that all MTP®s are MPOs, but not all MPOs are MTP®s. An MTP connector is 100% interchangeable with its generic MPO-style product. However, in high-performance applications, an MPO connector is not operationally equal to an MTP.
Q: Since MTP cable performance is better, should I always choose it?
A: Only sometimes necessary. When selecting between them, it's essential to consider your specific application requirements and budget. For instance, the MPO cable may be a more cost-effective option if you're working with a limited budget. Additionally, suppose your application doesn't require high-speed or long-distance transmission. In that case, the difference in insertion loss between the two connectors may not be significant enough to warrant the extra cost of the MTP cable. However, the MTP cable would be the better choice if you're working on a high-speed and long-distance transmission application that requires low insertion loss. So consider all your specific application requirements, budget, and performance needs before deciding.
Final Words
To summarize, the MTP connector performs better than the MPO connector due to its superior design, including the removeable housing, floating ferrule and elliptical-shaped guide holes. However, when deciding between the two connectors, it's essential to consider your specific application requirements and budget. Understanding the differences between these connectors can significantly improve your system's performance and ensure that you get the most value for your investment.