HPE 868779-B21 Network Card Computer Component

Do you want low latency and consistency for your data center? The HPE Synergy 6410C 25/50Gb Ethernet Adapter is ideal for telcos, cloud service providers, financial and e-Commerce customers as it provides both fast transmission and device processing. This adapter provides low latency for the businesses that need data transactions to cross immediately, where every second of delay could impact your business' bottom line. Pairing the HPE Synergy 6410C Adapter with the HPE SH2200 25/50/100Gb Ethernet Switch ensures no disruption between the server and switch giving you end to end high performance network capability.

Features

Invest in Speeds to Meet Customer Expectations Today and Tomorrow
- The HPE Synergy 6410C 25/50Gb Ethernet Adapter improves small packet performance with data plane development kit (DPDK) for Telco, e-commerce and high performance computing (HPC) so transactions cross with little to no delay.
- Reduces CPU utilization and helps improve host VM density and server efficiency using remote direct memory access (RDMA) over Converged Ethernet (RoCEv2) for live migration and Microsoft® SMB Direct environments.

Reduce CapEx and CPU Utilization
- The HPE Synergy 6410C 25/50Gb Ethernet Adapter lessens the total cost of ownership (TCO) and capital expenditure (CapEx) by providing the 25/50Gb connectivity of today and tomorrow compared to 10/20Gb connectivity that may not provide the support for tomorrow.
- Offloads packet processing to reduce CPU utilization and lower power with tunnel offloads (VXLAN and NVGRE) making the environment more efficient.

Protect Your Data and Your Business Network
- The HPE Synergy 6410C 25/50Gb Ethernet Adapter provides traceability into authenticated firmware updates by capturing changes in standard system logs keeping you current on the latest security status.
- Stops unmanaged access to memory or storage with device - level firewall. This validates that on-device firmware and configuration data can only be accessed by authorized agents.