Midas 32.8' Ruggedised Cat5e UTP Network Cable

Discover the pinnacle of network connectivity with the CAT5E-10M, a 32.8-foot ruggedised Cat5e UTP network cable engineered for the most demanding environments. This high-quality, sturdy cable is designed to facilitate a reliable bidirectional digital audio network data link, ensuring uninterrupted performance in critical applications.

Featuring robust Neutrik etherCON NE8MC-1 connector carriers, the CAT5E-10M is equipped with an integral O-ring gasket, achieving an IP54 rating for water resistance. This level of protection makes it an ideal choice for outdoor events, such as concert touring and festivals, where durability and dependability are paramount.

When integrated with Midas PRO and M Series, as well as Klark Teknik products that boast HyperMAC and copper snake interfaces, the CAT5E-10M excels by transmitting up to 192 bidirectional channels of pristine 24-bit digital audio at a 96 kHz sample rate. Additionally, it supports 24 and 48 bidirectional channels at 96 kHz and 48 kHz sample rates, respectively, when used for AES50 connections.

Beyond its audio capabilities, the CAT5E-10M is perfectly suited for standard Ethernet applications, compatible with both 100 Mbit/s and Gigabit networks. This versatility ensures that the cable can be used across a wide range of networking tasks, from simple office setups to complex audiovisual installations.

Constructed with upjacketed Belden 1305A unscreened cable, the CAT5E-10M boasts a nominal diameter of 7.6 mm, providing an extra layer of protection. The cable features 24 AWG bonded-pair stranded (7/32) copper conductors with polyolefin insulation, all encased in dual PVC protective jackets. This combination of materials results in a cable that is not only rugged and durable but also maintains signal integrity even in challenging conditions.

In summary, the CAT5E-10M network cable is the ultimate solution for users seeking a rugged, high-quality, and long-lasting Ethernet connection for both audio networking and general data transmission.