Camplex 6' LEMO PBW to Duplex LC and 6-Pin Amp In-Line Fiber Breakout Cable

After meticulous assembly by LEMO-trained technicians, the 6' LEMO PBW to Duplex LC and 6-Pin Amp In-Line Fiber Breakout Cable stands out as a paragon of reliability and performance in the professional audio and video industry. Crafted with premium SMPTE cable and featuring robust Lemo and Senko connectors, this cable is engineered to meet the rigorous standards of SMPTE 311M and 304M compliance.

The cable's terminations are not only precision-made but also undergo rigorous testing, with electrical assemblies being 100% checked for continuity and shorts, ensuring flawless functionality. Similarly, the fiber optic assemblies are meticulously tested for attenuation and back reflection, guaranteeing optimal signal integrity.

Designed to support a wide bandwidth ranging from 19.4 Mbps to 3 Gbps transport, this cable is versatile enough to handle various data rates required in professional settings. The machine-polished fiber contacts contribute to low insertion and return loss, with documented results that speak to the cable's high-quality construction.

Additionally, the cable's stainless steel assemblies underscore its durable nature, capable of withstanding the demands of frequent use in challenging environments. Rubber dust caps are included to protect the connectors from dust and debris when not in operation, further extending the lifespan of the cable.

Flexible yet sturdy, the 6' LEMO PBW to Duplex LC and 6-Pin Amp In-Line Fiber Breakout Cable is an indispensable tool for professionals seeking a reliable solution for capturing and breaking out signals. Its compatibility with a broad range of devices, thanks to the LEMO PBW to Duplex LC interface and the 6-pin Amp connector, makes it a versatile choice for various applications where both power and signal transmission are essential.

In summary, this cable is a testament to Camplex's commitment to producing high-quality, reliable, and flexible solutions for the audio and video industry, ensuring that your signal transmission is always clear, uninterrupted, and of the highest fidelity.