Camplex LEMO PUW to Duplex ST Fiber & 6-Pin AMP Reverse Gender In-Line Fiber Optic Breakout Cable, 35'

While ensuring the highest standards of signal integrity, the LEMO PUW to Duplex ST Fiber & 6-Pin AMP Reverse Gender In-Line Fiber Optic Breakout Cable, measuring 35 feet, is a testament to professional-grade connectivity solutions. This durable and high-quality cable is meticulously assembled using premium SMPTE cable, along with robust Lemo and Senko connectors, to guarantee exceptional performance in the most demanding environments.

Crafted for reliability, each cable undergoes a certified multistage machine polishing process that not only exceeds SMPTE specifications but also ensures low insertion and return loss, which is meticulously documented for your assurance. The terminations are expertly handled by LEMO-trained technicians, reinforcing the cable's reputation for precision and excellence.

The electrical assemblies are rigorously tested 100% for continuity and shorts, while the fiber optic assemblies are equally scrutinized for attenuation and back reflection, ensuring that every signal transmitted is clear and uninterrupted. Compliance with SMPTE 311M and 304M standards is a testament to the cable's capability to handle data rates ranging from 19.4 Mbps to 3 Gbps, making it a versatile choice for a variety of data transport needs.

Designed with flexibility in mind, the cable's stainless steel assemblies and rubber dust caps provide added protection against the elements, making it suitable for both indoor and outdoor applications. Whether you're setting up video surveillance, data transmission, or audio/visual installations, this reliable and flexible fiber optic breakout cable is engineered to connect seamlessly with devices featuring a 6-pin AMP interface, while accommodating the reverse gender configuration for optimal compatibility.

In summary, the LEMO PUW to Duplex ST Fiber & 6-Pin AMP Reverse Gender In-Line Fiber Optic Breakout Cable is an indispensable tool for professionals seeking a dependable, high-quality connection that upholds the integrity of their work in various multimedia and data transmission applications.