Name: AMD 9965 Compute - Large Hyperscale (4000+ Hosts)
SKU: 10748
Availability: InStock

AMD 9965 Compute – Large Hyperscale (4000+ Hosts)

AMD 9965 Compute – Large Hyperscale (4,000+ Hosts)
Engineered for hyperscale environments, this AMD 9965 Large Cluster delivers massive compute power across 4,000+ devices—perfect for large-scale cloud infrastructure, multi-tenant data centers, and compute-intensive enterprise workloads.

Customize your hyperscale deployment below to align with your performance targets, workload density, and operational scale or simply book a call with one of our IT experts.

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Description

AMD 9965 – Turin – CPU-optimized Cluster
Number of cabinets	23	Storage Cabinets	1	Frontend Network Cabinets + Cables + Transceivers	1

Number of nodes/cabinet	20	Storage Nodes	6	TOR swithces/cabinet	2
Number of CPUs/cabinet	40	Storage/Node (TB)	1000	Storage aggregate switches/cabinet	2
Number of CPUs/node	2	Storage/cabinet	6000	firewalls	2
				Core switches	8
Total number of Nodes	460	Storage switches needed	4	Border leaf switches	2
Total number of CPUs	920	Ports used	48
Total number of cores	176640			Transceivers (estimation)	6984

Power requirements/node (per kW)	2	Total power/device (per kW)	2.2
				Total power/switch device (per kW)	0.5
				Total power/firewall device (per kW)	0.3
				Total power for frontend network cabinet (per kW)	5.6

Total power for CPU cabinets (per kW)	42	Total power for Storage cabinets (per kW)	15.2	Cost per cabinet – Cables (USD)	$50,000.00
				estimation	$70,000.00

Total Power for AMD 9965 Cluster (kW)	986.8
				Cost per cabinet – Transceivers – CPU Cabinets (USD)	$100,000.00

Cost per cabinet (USD)	$1,065,000.00	Cost per cabinet (USD)	$2,005,000.00	Cost per cabinet (USD)	$665,000.00


Cost for the CPU-only Pod (USD)	$31,075,000.00

		CAPEX (-minus) Storage	$29,070,000.00

		CAPEX Storage	$2,005,000.00
10MW – Cores	1766400
10MW – CPUs	9200

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Additional information

CPU

Vendor AMD
Family Turin
Model 9965
Release Date Oct, 2024
Cores/proc 192
Power draw per proc (per kW) 0.5
Base clock speed (GHz) 2.25
Overclocked speed (GHz) 3.7

Dell
RU's 2
Processors/node 2

HPE (GPU-ready node)
RU's 5
Processor/node 2

Dell (GPU-ready node)
RU's 4
Processor/node 2

Storage

Vendor Pure Storage
Model Flash Array – X (Performance
RU's 3
Storage per device (PB) 1

Switching Layer calculations

TOR/Leaf SWs (2 per cabinet) 46 Ports 48
STOR agg SWs (2 per cabinet) 46 Ports 48

Network uplinks (per node) 4 Net uplinks 1840
STOR uplinks (per node) 4 STOR uplinks 1840

Total Net uplinks per cabinet 80 Ports used per TOR/Leaf (uplinks from nodes) 40
Total STOR uplinks per cabinet 80 Ports used per STOR agg (uplinks from nodes) 40

Ports used per TOR/Lead (nodes + core) 48
Ports used per STOR agg (nodes + core) 44

Total CORE/SPINE ports used 384 Total available CORE/SPINE ports 384
Total CORE/SPINE STOR ports used 184 Total available CORE/SPINE STOR ports 192

Total BORLF ports used 16