Lenovo
2M OSFP800 TO 4XQSFP56 DAC
Out of Stock
Lenovo 2M OSFP800 to 4x QSFP56 DAC, 800G | Direct Attach, Data Center
Lenovo
MPN: 4X97A81848
$3,019.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- OSFP800 host interface
- 4 x QSFP56 breakout ends
- 2 m cable length
- Direct attach copper construction
- 800G class interconnect
- Lenovo branded cable assembly
- Keep 800G links compact using a 2 m direct attach cable
- Break out one OSFP800 port into 4 x QSFP56 connections
Built for short-reach 800G interconnects, Lenovo’s 2 m OSFP800 to 4 x QSFP56 DAC gives infrastructure teams a direct attach option for tightly packed racks and adjacent equipment. The cable is intended for environments where the shortest practical path is the right path: less slack, less congestion, and fewer cable-management compromises.
The OSFP800 end connects to the host platform, while the four QSFP56 ends support breakout-style connectivity to compatible downstream devices. That makes it a strong fit for switch fan-out, aggregation, and high-density server connectivity in modern data center fabrics.
Compared with optical assemblies, DAC can be a cost-effective choice for very short runs when the deployment stays within its reach envelope. At 2 m, this cable is aimed squarely at rack-scale interconnects where signal integrity, simplicity, and physical neatness are more valuable than extended distance. For teams building around 800G platforms, it helps keep the fabric compact and serviceable without adding unnecessary complexity.
Ideal For
- Short-reach switch breakout in leaf-spine data center fabrics
- Rack-level server connectivity where 2 m is sufficient
- Aggregation and fan-out links in high-density network rows
- Cost-conscious 800G interconnects that stay within DAC reach limits
Why This Product
- 12 m reach is ideal for tight rack-scale deployments
- 2Direct attach copper suits short runs without optical overhead
- 3OSFP800 to quad QSFP56 breakout supports fan-out designs
- 4800G class connectivity fits dense modern switching platforms
