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155 Results For

"nvme storage server"

kwaliteit Huawei FusionServer CH242 V3 Compute Node, Intel Xeon E7‐4800/8800 V2/V3, 32 DDR4 DIMM's, RAID, Voor E9000 Chassis fabriek

Huawei FusionServer CH242 V3 Compute Node, Intel Xeon E7‐4800/8800 V2/V3, 32 DDR4 DIMM's, RAID, Voor E9000 Chassis

Product Description The Huawei FusionServer CH242 V3 is a high-end, mission-critical compute node designed for the Huawei E9000 blade chassis. Built for enterprise core databases, virtualization clusters, ERP systems, business intelligence platforms, and high-performance computing, it combines industry-leading processing power, massive memory capacity, hardware RAID data security, and carrier-grade reliability. Supporting Intel Xeon E7‑4800/8800 V2/V3 series processors and

kwaliteit Huawei FusionServer CH242 V3 Compute Node met Intel Xeon E7-4800/8800 V2/V3, 32 DDR4 DIMM's en hardware RAID voor E9000-chassis fabriek

Huawei FusionServer CH242 V3 Compute Node met Intel Xeon E7-4800/8800 V2/V3, 32 DDR4 DIMM's en hardware RAID voor E9000-chassis

Product Description The Huawei FusionServer CH242 V3 is a high-end, mission-critical compute node designed for the Huawei E9000 blade chassis. Built for enterprise core databases, virtualization clusters, ERP systems, business intelligence platforms, and high-performance computing, it combines industry-leading processing power, massive memory capacity, hardware RAID data security, and carrier-grade reliability. Supporting Intel Xeon E7‑4800/8800 V2/V3 series processors and

kwaliteit ODM ThinkSystem Lenovo SR650 V3 2U Dual Socket Server Enterprise Solutions fabriek

ODM ThinkSystem Lenovo SR650 V3 2U Dual Socket Server Enterprise Solutions

Lenovo ThinkSystem SR650 V3 – 2U Enterprise Rack Server The Lenovo ThinkSystem SR650 V3 is a next-generation, dual-socket 2U rack server engineered for enterprise data centers, cloud infrastructures, and GPU-accelerated workloads. It delivers exceptional performance, industry-leading scalability, and intelligent management, making it ideal for AI/ML, big data analytics, high-performance databases, virtualization, and 5G/edge computing environments Key Specifications & Core

kwaliteit Hpe Proliant Server Dl320 Gen11 1U Rack Mounted Cloud Based Office fabriek

Hpe Proliant Server Dl320 Gen11 1U Rack Mounted Cloud Based Office

Hpe Proliant Server Dl320 Gen11 1U Rack Mounted Cloud Based Office Product Description The HPE ProLiant DL320 Gen11 is a 1U single‑socket rack server built for edge computing, virtualization, and small‑to‑medium business core workloads. Powered by 4th/5th Gen Intel Xeon Scalable processors (up to 60 cores, 270W TDP) and 16 DDR5 DIMM slots (up to 2TB at 5200 MT/s), it delivers high compute density in a compact footprint. With flexible front storage (4LFF, 8SFF, or 12x E3.S),

kwaliteit Enterprise Storage Switch Brocade G630 Core Hardware Leverend 32Gbps Bandbreedte En Geavanceerde Virtuele Functie Voor Corporate SAN Infrastructure fabriek

Enterprise Storage Switch Brocade G630 Core Hardware Leverend 32Gbps Bandbreedte En Geavanceerde Virtuele Functie Voor Corporate SAN Infrastructure

Brocade G630 32Gbps Fibre Channel Switch with 48 Active Ports and Port Side Exhaust for Enterprise SAN Built for enterprise storage networks, virtualization, VDI, and all-flash data centers, the Brocade G630 BR-G630-48-32G-R delivers powerful Gen6 32Gbps Fibre Channel performance in a flexible, cost-efficient 2U form factor. This model comes ready for deployment with 48 activated 32G FC ports and is optimized for data centers using port-side exhaust airflow for hot/cold aisle

kwaliteit Enterprise Storage Switch Brocade G720 Hardware gebouwd voor datacenterbeheer met functionele FC-interfaces voor installatie van SW- en MM-vezelmodules fabriek

Enterprise Storage Switch Brocade G720 Hardware gebouwd voor datacenterbeheer met functionele FC-interfaces voor installatie van SW- en MM-vezelmodules

Brocade G720 Fibre Channel Switch with 64 Ports 56x64Gbps SW MM and Port Side Intake for High-Density SAN The Brocade BR-G720-56-64G-F is a high-performance Gen7 Fibre Channel switch designed for enterprise and mid-sized data center environments. Featuring a compact 1U form factor with port-side intake airflow, it delivers 64 total ports with 56 active 64Gbps shortwave multi-mode (SW MM) ports , enabling high-density, low-latency connectivity optimized for NVMe and high

kwaliteit ASUS ESC8000A-E13X: 8 x 600W NVIDIA RTX PROTM GPU's, 800Gb/s ConnectX®-8 Fabric en PCIe 6.0 in een 4U-vormfactor fabriek

ASUS ESC8000A-E13X: 8 x 600W NVIDIA RTX PROTM GPU's, 800Gb/s ConnectX®-8 Fabric en PCIe 6.0 in een 4U-vormfactor

ASUS ESC8000A-E13X: 4U NVIDIA RTX PRO™ Server for Enterprise AI and HPC Product Overview ASUS ESC8000A-E13X is a high-end 4U dual-socket GPU server built on NVIDIA MGX architecture, powered by dual AMD EPYC 9005 CPUs. Optimized for LLM inference, agentic AI, industrial simulation and HPC rendering, it integrates built-in ConnectX®-8 SuperNICs and PCIe 6.0 switching to realize 800Gb/s inter-GPU bandwidth via eight 400Gb/s QSFP ports for large-scale AI cluster deployment. Key

kwaliteit Fibre Channel SAN-switch – Brocade G610 Gen6-netwerkapparaat met 24x16Gb/s SFP+ poorten, 768 Gbps niet-blokkerende switch en 4/8/16/32G automatische detectiefunctie fabriek

Fibre Channel SAN-switch – Brocade G610 Gen6-netwerkapparaat met 24x16Gb/s SFP+ poorten, 768 Gbps niet-blokkerende switch en 4/8/16/32G automatische detectiefunctie

I. Basic Information Part Number : BR-G610-24-16G-0 Model : Brocade G610 (Gen6 Fibre Channel) Positioning : Entry-level enterprise 1U SAN switch for mid-size data centers, virtualization, all-flash storage, and mission-critical workloads Port Configuration : 24x16Gb/s SFP+ ports fully activated , 24×16Gb Shortwave (SW) SFP+ modules pre-installed Airflow : Port-side exhaust (AFO) – ideal for standard rack cooling layouts Form Factor : 1U rack-mount, compact, low power, high

kwaliteit Gen6 SAN-switch – Brocade G610-serie netwerkapparaat met 24 interface-ontwerp, ingebouwde 16 Gb kortegolf SFP+ transceivers en compacte 1U-rackinstallatie fabriek

Gen6 SAN-switch – Brocade G610-serie netwerkapparaat met 24 interface-ontwerp, ingebouwde 16 Gb kortegolf SFP+ transceivers en compacte 1U-rackinstallatie

Product Description: Brocade G610 Series Gen6 SAN Switch Product Overview Elevate your small-to-medium data center storage networking with the Brocade G610 Series Gen6 SAN Switch — a compact, high-performance, and enterprise-grade Fibre Channel switching solution purpose-built for modern flash storage environments and mission-critical business workloads. Engineered to balance exceptional performance, flexible scalability, and space-saving deployment, this 1U rack-mount

kwaliteit Glasvezelkanaalschakelaar   Brocade G630 Model BR‐G630‐96‐32G‐R Met 32 Gbps-overdrachtsnelheid, 96 totale poorten geoptimaliseerd voor SAN-netwerken voor databases fabriek

Glasvezelkanaalschakelaar Brocade G630 Model BR‐G630‐96‐32G‐R Met 32 Gbps-overdrachtsnelheid, 96 totale poorten geoptimaliseerd voor SAN-netwerken voor databases

BR‑G630‑96‑32G‑R | Brocade G630 32Gbps Fibre Channel Switch with 96 Active Ports and Port Side Exhaust for High-Density SAN 128‑Port Chassis • 96 Active Ports • 96*32G SW SFP+ Modules Included • Port Side Exhaust Airflow The Brocade G630 32G Fibre Channel switch is a high‑density, enterprise‑class SAN switching platform designed for modern data centers, virtualized environments, and flash‑optimized storage infrastructures. It delivers exceptional performance, scalability, and

kwaliteit Datacentrum QSFP28 Huawei Switch CE8850-64CQ-EI 64-poort 100GE met IStack Stacking fabriek

Datacentrum QSFP28 Huawei Switch CE8850-64CQ-EI 64-poort 100GE met IStack Stacking

Huawei CloudEngine CE8850-64CQ-EI: High-Density 100GE Spine Switch for AI-Ready Data Centers Not Just a Switch — A Fabric Foundation The Huawei CloudEngine CE8850-64CQ-EI is not another box to mount and forget. It is the aggregation point where bandwidth demand meets physical reality. Designed for large-scale cloud data centers, AI training clusters, and HPC environments, this 2U switch answers one simple question: How do you move petabytes of data without creating a

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