GOLD Compute 1U AMD 1x16C 2.6G 64GB
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.
Ausverkauft (Lieferzeit unbekannt)
Nicht auf Lager. Mehr Info

Nicht auf Lager.

Versandoptionen - Klicken Sie auf eine Option, um sie auszuwählen
Versand mit DHL - PaketShop
Kostenloser Versand
Versand mit DHL zur Adresse
7,60
Versand mit GLS zur Adresse
Kostenloser Versand
EUR 10.118,57
ex. MwSt. 8.503,00
Gesamtbetrag inkl. Versand. 10.118,57
Gib mir Bescheid, wenn das Produkt wieder verfügbar ist
The Supermicro Gold Series CloudDC AS -1115CS-TNR-02-G2 is a 1U rack-mountable server designed for dense cloud and data center deployments where space-efficient performance and serviceability matter. It pairs a single AMD EPYC 16-core processor with 64 GB of DDR5 memory to support multi-threaded workloads and responsive virtualization performance. The system includes a 960 GB NVMe M.2 SSD plus two internal M.2 expansion bays and ten front-accessible hot-swap 2.5" drive bays, enabling a mix of high-speed boot storage and scalable, serviceable capacity.

Built for continuous operation, the server offers redundant 860 watt power supplies with 1+1 redundancy and 80 PLUS Platinum efficiency to help maintain uptime while controlling energy use. A Trusted Platform Module (TPM 2.0) adds hardware-based security, while multiple USB, VGA, serial, and management ports simplify local and remote administration. The combination of compact 1U format, flexible storage options, and enterprise-grade reliability makes this model suitable for rack-dense environments that require manageable, secure compute nodes.