Var god vänta...
Produkten har lagts till i kundvagnen. Se kundvagnen här
Kundvagnen är tom

Hewlett Packard Enterprise Eth 4x25Gb 1p 620QSFP28 Adptr

Förstasidan Kommunikation Nätverkskort Hewlett Packard Enterprise Eth 4x25Gb 1p 620QSFP28 Adptr
Du måste logga in för att kunna handla/se priser.
Hewlett Packard Enterprise Eth 4x25Gb 1p 620QSFP28 Adptr (817762-B21)

Hewlett Packard Enterprise Eth 4x25Gb 1p 620QSFP28 Adptr

Artikelnr.:
817762-B21
EAN:
889296614371
  • Gränssnitt PCI Express
  • Hastighet 25Gbps
  • Media Fiber
  • Portar 1
  • PCI V. 3.0
Beskrivning

Stuck in network traffic at 10Gbps? Time to take the Express Lane with HPE 25GbE Adapters. Increased workload demands are putting pressure on server I/O. The HPE Ethernet 4x25Gb 1-port 620QSFP28 Adapter is a 1-port Ethernet adapter providing 4 lanes of 25 Gb connectivity designed for select HPE ProLiant Gen9 and Apollo Servers.

This is the solution of choice for workload-intensive computing environments like web-scale data centers and cloud-based service providers.

Features

Increase Host Efficiency and Virtualization Performance
- The HPE Ethernet 25Gb 1-port 620 QSFP28 Adapter support RoCE which frees CPU cycle to perform other tasks such as hosting more virtual workload.
- Reduces overall latency to deliver accelerated performance for applications such as Microsoft® Hyper-V® Live Migration, Microsoft SQL® and Microsoft SharePoint with SMB Direct.

Satisfy the Hunger for More Bandwidth
- The HPE Ethernet 25Gb 1-port 620 QSFP28 Adapter delivers 4 separate channels delivering 2.5 times more performance compared to existing 10GbE solutions.
- By offloading packet processing to adapters, customers can use overlay networking to increase VM migration flexibility and network scale with minimal impact to performance.

Då vi sammankopplar vårt lager med flera externa leverantörer kan det ibland uppstå en viss prisskillnad vid beställningar som innehåller flera antal av samma artikel. I dessa undantagsfall kommer ni att kontaktas av er säljare för information och alternativ.