Copper SFP+ Cable | 10 Gbps | Passive DAC | Lifetime Warranty. The JG081CST is an HP JG081C compatible direct-attach copper SFP+ cable that's designed, programmed and tested to work with HP brand compatible switches and routers and complies with MSA industry standards.
This passive Twinax copper cable supports 10 Gigabit Ethernet applications connected through SFP+ (Mini-GBIC) ports. This copper SFP+ cable is hot-swappable, making upgrades and replacements seamless by minimizing network disruptions.
Designed for high-speed performance, this low-power, low-latency SFP+ cable is a cost-effective alternative to fiber-optic cable assemblies, supporting short-distance applications such as point-to-point in-rack network switch or server connections.
StarTech.com SFP Cables
All StarTech.com SFP & SFP+ cables are backed by a lifetime warranty and free lifetime multilingual technical support. StarTech.com offers a wide variety of direct-attach SFP cables and SFP modules, providing the convenience and reliability you need to ensure dependable network performance.
- 100% compatibility with HP JG081C guaranteed
- StarTech.com SFP cables are backed by a lifetime warranty
- Uses a cost-effective cabling alternative to fiber-optic setups
Durable construction
The cable features a durable PVC jacket that provides protection against wear and tear, ensuring longevity in various installation environments.
Reliable connectivity
With latched SFP+ connectors on both ends, this cable offers a secure connection that minimizes the risk of accidental disconnections during operation.
High-speed data transfer
This 10GBase direct attach cable supports high-speed data transfer rates, enabling efficient performance in demanding networking tasks.
Energy-efficient design
As a passive cable, it operates without additional power requirements, making it a cost-effective solution for high-speed connectivity.
Standards compliance
This cable meets multiple compliance standards including SFF-8431, SFF-8432, FCC, RoHS, and MSA, ensuring compatibility and reliability in various networking applications.
