HPE ProLiant DL385 Gen11 - Server - rack-monterbar 2U - 2-vejs - 1 x EPYC 9124 / op til 3.7 GHz - RAM 32 GB - SATA/SAS/NVMe - hot-swap 2.5" bås(e) - ingen HDD - Gigabit Ethernet - skærm: ingen
FBAC4895-B52C-4E03-B099-A6A8F8B8017B Created with sketchtool. 706D6907-81E1-46A2-B8F9-7B702A1EF2C7 Created with sketchtool. 6A870209-E7F5-44F5-A66F-09E20C85A0DC Created with sketchtool. 0BB04D6C-A9AB-4913-BF4F-5A23954E68E1 Created with sketchtool. 501E26C7-66C1-4DAA-B740-6CFAF55A1B39 Created with sketchtool. C105F7D3-D5EE-43C9-9EE8-05CC42B296D4 Created with sketchtool. D94689D8-7CBB-41C8-AC06-F79D81FF82D5 Created with sketchtool. DA4C7ED9-2512-4D52-94F0-92800F2A6E04 Created with sketchtool. 42E133FD-828F-4CF4-A0BF-560014487A57 Created with sketchtool. F52D9745-4BFD-4506-BEEF-630FD09EF2D9 Created with sketchtool.
Fjargoymsla (Veitingartíð til DK goymslu er 3-5 gerandisdagar)
Fjargoymsluvøra, veitingartíð til DK goymslu er 3-5 gerandisdagar. Eftir tað verður vøran send úr DK fyrstkomandi týsdag, og leverað í FO eftirfylgjandi týsdag. Meira kunning

Útbering 250,00

Sí allar møguleikar
Útbering.250,00
Heintast í Tórshavn (Hoyvíksvegur 63).Gratis
DKK 66.795,00
Uttan MVG 53.436,00
Tils. Íroknað útbering 67.045,00
Are you looking for an accelerator-optimized performance solution to run your AI or Big Data analytics workloads? The HPE ProLiant DL385 Gen11 server is a 2U 2P solution that delivers exceptional compute performance, upgraded high-speed data transfer rate and memory depth at 2P compute capability. Powered by 4th & 5th Generation AMD EPYC 9004 & 9005 Series Processors with up to 160 cores, increased memory bandwidth and capacity, high-speed PCIe Gen5 I/O, enhanced GPU support, and EDSFF storage, the HPE ProLiant DL385 Gen11 server is a superb accelerator-optimized 2U 2P solution. Enhanced security features with the silicon root of trust from HPE are built into the firmware, creating a digital fingerprint for the AMD Secure Processor to validate safe operation prior to boot. HPE ProLiant DL385 Gen11 server is an excellent choice for compute and data storage demanding workloads requiring increased core count, and storage and I/O scalability.