Accortec MFS1S00-H030V-ACC InfiniBand fibre optic cable 1181.1 30 m QSFP56 Aqua color

Accortec

MFS1S00-H030V-ACC 30M QSFP56 InfiniBand Active Optical Cable - 200Gb/s, Aqua, 30 Meter

The Accortec MFS1S00-H030V-ACC is a high-performance 200Gb/s QSFP56 InfiniBand fiber optic cable engineered for advanced data center and high-throughput HPC (high-performance computing) environments. Measuring 30 meters in length, this Active Optical Cable (AOC) uses OM4 multimode fiber with aqua-colored sheathing and features QSFP56 connectors on both ends. Designed to support HDR InfiniBand and Ethernet applications, this cable offers ultra-fast, low-latency communication between high-speed switches, servers, and storage systems×ensuring stable, scalable networking at up to 200Gb/s over a long reach.

Features

Purpose-built for demanding interconnect scenarios, the Accortec MFS1S00-H030V-ACC provides 200Gb/s bandwidth using four lanes of 50Gb/s PAM4 signaling per direction. Its QSFP56 form factor ensures compatibility with modern 200G+ systems while maintaining signal integrity over its full 30-meter active optical length. The OM4-rated multimode fiber enables extended transmission while reducing electromagnetic interference, a key advantage in dense data center environments.

Advanced Options

With superior heat resistance and minimal power consumption, this AOC is ideal for switch-to-switch or server-to-switch interconnects where distance and bandwidth demands are significant. The cable's aqua jacket helps with fast identification and fiber type classification during installations and maintenance. This plug-and-play solution requires no external power or transceivers×just connect and go, with reliable performance optimized for InfiniBand HDR and 200G Ethernet.

Product Key Features

• QSFP56 200Gb/s Active Optical Cable with a 30-meter reach

• Fully compatible with InfiniBand HDR (200G) and 200G Ethernet systems

• Uses OM4 multimode fiber with aqua color for easy identification

• Four-lane PAM4 signaling at 50Gb/s per lane

• Excellent signal integrity over extended distances

• Passive cooling with low power draw

• Ideal for HPC, enterprise networks, and hyperscale data centers

• Plug-and-play deployment; no configuration or software needed

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Reliability & Performance

Accortec MFS1S00-H030V-ACC is designed to meet enterprise-grade reliability standards with high-speed PAM4 data transmission and low BER (bit error rate) performance across its entire 30-meter span. The active optical design minimizes latency and ensures low signal loss across high-bandwidth environments, such as AI workloads, virtualization layers, or clustered databases. It also maintains superior thermal stability for uninterrupted performance even in fully populated racks. A rugged outer jacket and high-quality internal construction ensure this cable will withstand long-term use in production environments. Whether you're linking switches across rows or connecting high-speed compute nodes, this Active Optical Cable delivers the bandwidth and consistency needed in today's scalable network architectures.

Key Features (Bullet List)

• 30M Active Optical Cable with QSFP56 connectors

• 200Gb/s (4×50Gbps) InfiniBand HDR and 200G Ethernet compatible

• OM4 multimode fiber construction with aqua-color jacket

• PAM4 modulation for low-latency, high-bandwidth transfers

• Low power consumption and heat output

• Durable and optimized for data center deployments

• Plug-and-play with no need for external transceivers

• Suitable for switch-to-switch or switch-to-server use cases

Specifications :

Specification	Details
Part Number	MFS1S00-H030V-ACC
Manufacturer	Accortec
Cable Type	QSFP56 to QSFP56 Active Optical Cable (AOC)
Length	30 meters (1181.1 inches)
Maximum Data Rate	200Gb/s (4×50Gbps PAM4 signaling)
Compatibility	InfiniBand HDR, 200G Ethernet
Connector Type	QSFP56 (both ends)
Fiber Type	OM4 Multimode Fiber
Jacket Color	Aqua
Power Consumption	Low (<3.5W typical per cable)
Bend Radius	Minimum 3 cm
Operating Temperature	0°C to 70°C
RoHS Compliance	Yes
Application Use	Data center, HPC, Storage, Aggregation Layer