EPYC 9965 2.25GHz CPU Server Processor 192 Cores 384 Threads 384MB 500W for AI Deepseek New Product
Store rating:5.0
(3 reviews)
Attributes
Otherprocessor brand
Serverapplication
Otherprocessor type
2.25GHzcpu frequency
SP5socket type
Yes64-bit support
virtualization technology support:Yes
l2 cache:≤ 1MB
type:16-core
products status:New
private mold:No
place of origin:Guangdong, China
brand name:Other
Maximum frequency::3.7GHz
Main frequency::2.25GHz
Second level cache::0 MB
Level 3 cache::384 MB
Features::High compatibility
Memory channel::12
Usage::AI and deep learning markets, high-end servers, customized computers
Thermal design power consumption::500W
Key attributes
processor brand
Other
application
Server
processor type
Other
cpu frequency
2.25GHz
socket type
SP5
64-bit support
Yes
virtualization technology support
Yes
l2 cache
≤ 1MB
type
16-core
products status
New
private mold
No
brand name
Other
place of origin
Guangdong, China
Maximum frequency:
3.7GHz
Main frequency:
2.25GHz
Second level cache:
0 MB
Level 3 cache:
384 MB
Features:
High compatibility
Memory channel:
12
Usage:
AI and deep learning markets, high-end servers, customized computers
Thermal design power consumption:
500W
Packaging and delivery
Selling Units
Single item
Lead time
Product descriptions from the supplier
Minimum order quantity: 1 piece
$5,20050-5,30244
Variations
Select nowmodel number: EPYC 9965
EPYC 9965
number of cores: 192 Core
192 Core
power
500W
Supplier’s customization ability
Minor customization
Drawing-based customization
Sample-based customization
Full customization
Shipping
Shipping fee and delivery date to be negotiated. Chat with supplier now for more details.
4 interest-free payments with
Alibaba.com order protection
Secure payments
Every payment you make on Alibaba.com is secured with strict SSL encryption and PCI DSS data protection protocols
Money-back protection
Claim a refund if your order doesn't ship, is missing, or arrives with product issues
Only orders placed and paid through Alibaba.com can enjoy free protection by
