5m (16ft) Pre-terminated MPO 2x2 Shuffle Trunk Cable, 128 Fibers, 16xMPO-8 APC (Male) to 16xMPO-8 APC (Male), Multimode (OM4), Type 2, OFNP, 0.35dB Max, Breakout 80cm, Magenta

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5m (16ft) Pre-terminated MPO 2x2 Shuffle Trunk Cable, 128 Fibers, 16xMPO-8 APC (Male) to 16xMPO-8 APC (Male), Multimode (OM4), Type 2, OFNP, 0.35dB Max, Breakout 80cm, MagentaDescription Experience uncompromised safety and performance with this 128 fiber OM4 trunk featuring an Optical Fiber Nonconductive Plenum (OFNP) rated jacket. It is ideal for installation in plenum spaces and air ducts, effectively meeting the highest fire safety standards for professional indoor deployments. The Type 2 shuffle design provides an immediate jumpstart to your infrastructure's efficiency by automating complex fiber routing between

This passive cable is essential for multi-form factor 400G environments

It is specifically optimized for high-performance NVIDIA/Mellanox switching fabrics requiring precise 400G-to-100G port mapping

NADDOD 200G QSFP56 SR4 transceiver modules are high performance modules that support liquid/immersion cooling for short-range data communication and interconnect application

6Tb/s optical performance with high signal integrity and energy efficiency

This 16-fiber product provides the perfect balance of length and high-quality flavor-like purity to brighten up your daily digital routine

The NVIDIA/Mellanox MCP7H50-V001R30 compatible 1m hybrid copper cable provides a reliable link for splitting a single 200GbE QSFP56 interface into two 100GbE QSFP56 ports

short-reach 100GbE links in enterprise and cloud data centers

Utilizing 26AWG twinax technology

An ACC is a active DAC with a pre-emphasis equalizer IC included in each end

allowing either option for this transceiver

This Juniper JNP-25G-AOC-1M compatible 1m active optical cable delivers high-performance 25G SFP28 connectivity for Juniper Networks hardware

It utilizes passive twinax technology to deliver low-latency aggregated 100Gb/s throughput with zero power consumption

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