Ultimate Hpe Networking Comware 48-port 100gbe Qsfp28 Type H2 Module (r9f20a) Series [e3vb4j0P]

HPE Networking Comware 48-Port 100GbE QSFP28 Module

Upgrade your data center with the cutting-edge HPE Networking Comware 48-Port 100GbE QSFP28 Module (R9F20A). This high-density module is designed to revolutionize your network infrastructure, offering 48 ports of lightning-fast 100GbE connectivity. Engineered for the 12900E Switch Series, it is the perfect solution for Telco, Cloud, and large-scale enterprise networks. The R9F20A stands out with its advanced OS-Comware v9 capabilities, including segment routing, MPLS, VXLAN, and in-service software upgrades for zero-packet loss.

Technical Specifications and Features

Experience unparalleled performance with the R9F20A, featuring a non-blocking, lossless Clos architecture and ultra-low latency under 5μs. This module is ideal for scalable, virtualized, and cloud-optimized infrastructures. Key specifications include a switching capacity of up to 184 Tbps (bi-directional) and throughput of 92.1 Bpps. With a robust processor and ample memory, the R9F20A ensures seamless operation. Its routing capabilities encompass IPv4/IPv6, BGP, OSPF, IS-IS, MPLS, VPLS, ECMP, RIP, and URPF, making it a versatile choice for diverse network environments.

Practical Applications and Benefits

The HPE Networking Comware 48-Port 100GbE QSFP28 Module (R9F20A) is the ultimate choice for businesses seeking to enhance their network performance and reliability. With its exceptional performance, resiliency, and future-ready scalability, this module is a perfect fit for a wide range of scenarios. Whether you are a Telco provider, a Cloud service provider, or a large enterprise, the R9F20A offers the ideal solution for your network needs. Its intelligent management features, such as CLI, IMC, SNMP, Telnet, Out-of-Band Mgmt, and Ethernet MIB, ensure seamless network administration. With a power output of 2400W and a compact plug-in module form factor, the R9F20A is both powerful and easy to integrate into your existing infrastructure.