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Product Overview |
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The JH652A HP Arista 10G SFP+ direct attach cable connects network equipment over short distances with a straightforward copper solution. It fits into SFP+ ports to offer a quick, dependable link that suits data centers and enterprise networks needing efficient 10GbE connections. |
General Information |
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| Brand | HP |
Technical Information |
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| Data Rate | 10 Gbps |
| Cable Length | 1.5 m (4.92 ft) |
| Compatibility | HPE (JH652A), HPE/Aruba switches, Arista switches, servers and switches with SFP+ ports supporting passive DAC |
Connectivity |
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| Connector Type | SFP+ to SFP+ |
Physical Characteristics |
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| Weight | 5.00 |
| Condition | Refurbished |
Product Description |
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This JH652A direct attach cable is designed to provide a reliable 10 Gigabit Ethernet connection between compatible switches and servers. It is often found in data centers or enterprise network environments where high-speed, short-range connections are needed. Built for network professionals and IT teams, the cable simplifies setup by connecting devices without the need for separate transceivers. Its 1.5-meter length offers flexibility in rack installations. Key Features
This cable is commonly deployed in server racks, storage arrays, and network switches where space and performance are critical. It helps maintain fast, stable connectivity for demanding applications without complex setup. |
Use Cases |
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The JH652A HP Arista 10GbE SFP+ direct attach copper cable is commonly deployed in data center environments where short-distance, high-speed connectivity between switches and servers is critical. IT professionals managing enterprise networks benefit from its low latency and straightforward plug-and-play design, reducing complexity in rack deployments and virtualization setups. How It's Used:
This cable supports streamlined infrastructure by simplifying short-range connections while maintaining high data transfer rates. Its compatibility and form factor contribute to scalable network architectures that handle demanding workloads with minimal overhead. |