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HP R1N30A Composable Fabric 32 x QSFP28 Ports 1U Back to Front Module
- 32 x QSFP28 ports
- Supports up to 100GbE speeds
- 1U rack height
- Back-to-front airflow design
- Composable Fabric architecture
- Ideal for high-density data centers
- Enables high-bandwidth connectivity
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Product Overview
The HP R1N30A Composable Fabric is a 1U back-to-front airflow module featuring 32 QSFP28 ports. Designed for high-density, high-performance networking, it supports speeds up to 100GbE, making it suitable for modern data centers and demanding enterprise applications. Its form factor and port configuration facilitate efficient network design and scalability.
Technical Information
| Product Type | Composable Fabric Module |
| Brand | HP |
| SKU | R1N30A |
| Ports | 32 x QSFP28 |
Additional Specifications
| Speed | Up to 100GbE |
| Form Factor | 1U |
| Airflow | Back to Front |
Product Description
The HP R1N30A Composable Fabric module is a high-density networking component engineered for the most demanding data center environments. Featuring 32 QSFP28 ports, it provides the capability to support aggregate bandwidths of up to 3.2 Terabits per second, enabling 100 Gigabit Ethernet connections. This makes it exceptionally well-suited for high-performance computing, large-scale virtualization, and AI/ML workloads that require massive data throughput and low latency. The 1U form factor and back-to-front airflow design are optimized for efficient rack space utilization and thermal management in dense server deployments. The Composable Fabric architecture allows for flexible network configurations and dynamic resource allocation, aligning with modern software-defined networking principles. This adaptability ensures that the network can be quickly reconfigured to meet changing application demands and business needs. This module is a key building block for next-generation data center networks, offering a scalable and high-performance solution for network aggregation, spine, or leaf roles. Its advanced capabilities facilitate the creation of robust, efficient, and future-proof network infrastructures, supporting the ever-increasing demands for connectivity and speed in today's digital landscape.
