Cat5e Ethernet Jumper Cable - Product - Midwich

This Cat5e Ethernet jumper cable is an official OEM replacement data bridge designed for internal hardware reconfigurations within standard, original-generation Avid VENUE E6L processing engines—including the E6L-144, E6L-192, and E6L-112 configurations. Acting as an essential internal network routing component, this data jumper restores seamless card-to-card bridging directly within the engine core. By linking adjacent hardware modules, it facilitates critical data synchronization, console control tracking, and robust network communication across the engine's internal expansion slots.

Utilizing this genuine factory-authorized jumper cable ensures that high-speed control data and network commands maintain bit-perfect transmission speeds without data corruption, signal dropout, or latency fluctuations under heavy multi-card system routing configurations. Standard anti-static procedures (ESD protection) should be followed with the engine completely powered down during physical installation.

Key Features

• Core Card-to-Card Bridging: Restores seamless internal data links between expansion cards to maintain reliable network routing.
• Synchronization Continuity: Facilitates critical real-time control synchronization and communication tracking across the engine backend.
• Premium Cat5e Architecture: Custom-engineered with high-grade shielding and precise factory length to fit perfectly within internal chassis dimensions without straining connectors.
• Plug-and-Play Field Service: Direct drop-in hardware piece allowing for fast internal configuration updates or maintenance between soundchecks and tour stops.

Technical Specifications

• Component Type: Internal Network Data Jumper Cable
• Engine Framework Compatibility: Avid VENUE E6L-144, E6L-192, and E6L-112 Processing Engines
• Network Protocol Class: Category 5e (Cat5e)Termination Ends: RJ45 Male to RJ45 Male
• Pack Quantity: 1 (Single Internal Jumper)

System Compatibility Note: This internal data cable is strictly compatible with standard E6L engine frames. It is not compatible with next-generation E6LX engine architectures, which employ entirely different internal chassis scales, slot configurations, and module interconnect layouts.