ASUS
GX10 QSFP CABLE
Low Stock (9 left)
ASUS GX10 QSFP Cable | QSFP DAC, High-Speed Interconnect, Enterprise
ASUS
MPN: GX10 QSFP CABLE
$99.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- QSFP direct-attach cable
- Designed for short-reach interconnects
- Compatible with QSFP port architectures
- Copper DAC-style connectivity
- Enterprise rack deployment format
- ASUS-branded OEM cable assembly
- Simplify short-reach interconnects using direct-attach QSFP cabling
- Reduce link complexity with a transceiver-free copper connection
Keep high-speed infrastructure connections simple with the ASUS GX10 QSFP Cable. This direct-attach cable is designed for short-reach QSFP interconnects where predictable performance, low latency, and clean rack integration matter more than optical transceivers and patch panels. It is a practical fit for switch-to-switch, switch-to-server, and adjacent rack deployments that need dependable throughput without adding unnecessary points of failure.
For infrastructure teams, the value is in the details: fewer components to source, fewer transceivers to manage, and less power draw than comparable optical link designs. That makes the GX10 QSFP Cable a strong choice for environments where port density is high and operational simplicity matters. It helps keep cable paths short and organized, which is especially useful in tightly packed racks and staging areas.
ASUS positions this cable for systems that require QSFP connectivity in a direct-attach format. If your deployment calls for a straightforward, cost-conscious interconnect between compatible devices, this cable delivers the kind of physical-link reliability procurement teams prefer and engineers can deploy quickly.
Ideal For
- Switch-to-switch links in adjacent racks
- Server-to-switch connections in high-density cabinets
- Lab and staging environments requiring short QSFP runs
- Data center cable management where optical modules are unnecessary
Why This Product
- 1Fewer components than optical transceiver-based links
- 2Cleaner short-reach deployment than mixed-module cabling
- 3Better suited to adjacent-rack runs than long-distance optics
- 4Lower setup complexity than separate transceiver and fiber pairs
