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Product Overview |
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The JD193A HP 7500 2 x Ports XFP 384Gb/s Fabric Module is a core component for HP 7500 switches, providing high-capacity fabric connectivity through two XFP ports. It fits into the switch chassis to expand bandwidth and enhance data processing speed, making it suitable for network infrastructures that require consistent, scalable performance without complexity. |
General Information |
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| Brand | HP |
Technical Information |
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| Number of Ports | 2-Ports |
| Port Speed | 10Gb/s |
| Ports | 2 |
| Form Factor | Chassis-Based |
| Mount Type | Shelf Mount |
| Data Rate | 384Gb/s |
| Compatibility | HP 7500 Switch Series (ProCurve 7500) |
| Connector Type | XFP |
Physical Characteristics |
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| Form Factor | Fabric Module |
| Weight | 3.00 |
| Condition | Refurbished |
Miscellaneous |
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| Assembly Required | No |
Product Description |
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The JD193A HP 7500 2 x Ports XFP 384Gb/s Fabric Module enhances the switching capacity of HP 7500 series chassis by providing high-throughput fabric connections. This module is commonly found in enterprise-grade switch setups where scalable and reliable backbone performance is essential. Built for network engineers and IT teams managing large-scale data center or campus networks, it integrates seamlessly to improve data flow and reduce bottlenecks. Key Features
This fabric module plays a critical role in maintaining network backbone performance by ensuring smooth and rapid data movement within the switch chassis. Its reliability and consistent throughput are instrumental in sustaining overall switch functionality and network stability in demanding environments. |
Use Cases |
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This fabric module is typically deployed in enterprise or data center environments requiring scalable, high-capacity switching fabrics. It's suited for network setups where managing large volumes of data traffic with minimal latency is a priority, benefiting network architects and engineers focused on backbone improvement. How It's Used:
By integrating this module, organizations can ensure smoother data flows and enhanced network fabric capacity. This contributes to more efficient network operation and better handling of demanding workloads within complex IT infrastructures. |