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| Product Overview |
|---|
The MFA7U10-H005 Lenovo 5m NVIDIA NDRx2 OSFP800 to 2x HDR QSFP56 Active Optical Splitter Cable converts a high-speed OSFP800 connection into two HDR QSFP56 outputs, making it a practical choice for data centers requiring flexible and efficient optical pathways. It fits well in environments where bandwidth and signal integrity are critical, providing straightforward connectivity for complex network setups. |
| General Information | |
|---|---|
| Brand | Lenovo |
| Part Number | MFA7U10-H005 |
| Technical Information | |
|---|---|
| Cable Family | DAC/AOC |
| Cable Type | Active Optical Cable (AOC) |
| Standard | OM4 |
| Data Rate | 800Gb/s (OSFP800) — splits to 2 x 200Gb/s (HDR QSFP56) |
| Cable Length | 5m |
| Compatibility | OSFP800 host ports; HDR QSFP56 ports; compatible with NVIDIA/Mellanox and Lenovo adapters/switches supporting OSFP800 and QSFP56 HDR |
| product type | Active Optical Cable (AOC) |
| Product Category | Network Cables |
| Connectivity | |
|---|---|
| Connector A | OSFP |
| Connector B | QSFP56 |
| Cable Connector Gender | Male to Male |
| Connector Type | OSFP to 2x QSFP56 splitter (OSFP800 -> 2x HDR QSFP56) |
| Physical Characteristics | |
|---|---|
| Form Factor | OSFP800 to 2x QSFP56 splitter |
| Weight | 3.00 |
| Condition | Refurbished |
| Product Description |
|---|
This 5-meter active optical splitter cable is built to split one NVIDIA NDRx2 OSFP800 interface into two HDR QSFP56 connections, enabling flexible and efficient data routing. Often found in data centers and high-performance computing environments, it facilitates smooth and reliable connectivity between devices requiring high bandwidth. Engineered for use with Lenovo and NVIDIA gear, it serves IT professionals and network engineers who need dependable optical solutions for expanding their infrastructure without sacrificing speed or signal integrity. Key Features
This splitter cable is typically deployed in data center racks where dense, high-bandwidth connections are essential. It helps simplify cabling while maintaining the performance needed for demanding workloads or large-scale computing clusters. |