Silverstone XE04-SP3 4U Form Factor Server/Workstation Small Form Factor CPU Cooler for AMD SP3/TR4 sockets, SST-XE04-SP3
US Delivery Time: 3-5 Business Days.
Product Description
Silverstone XE04-SP3 4U Form Factor Server/Workstation Small Form Factor CPU Cooler for AMD SP3/TR4 sockets, SST-XE04-SP3
SilverStone XE04-SP3 is a cPU cooler designed for industrial or 4U rackmount servers with AMD SP3TR4 socket This 119mm tall 4U active cPU cooler features a 4pin PWM dual ball bearing 92mm fan with speeds of up to 3800 RPM for cooling power capable of 280W TDP For those with a need for the most effective and reliable 4U form factor serverworkstation cooler on the market, the XE04-SP3 is a top choiceFeatures of Silverstone XE04-SP3 4U Form Factor Server/Workstation Small Form Factor CPU Cooler for AMD SP3/TR4 sockets, SST-XE04-SP3
Five A6mm heat-pipe with aluminum fins for excellent heat conducting efficiency 92mm PWM dual ball bearing fan compatible with AMD SP3TR4 sockets Brand: SilverStone TechnologySpecification of Silverstone XE04-SP3 4U Form Factor Server/Workstation Small Form Factor CPU Cooler for AMD SP3/TR4 sockets, SST-XE04-SP3
| Product Details | |
|---|---|
| Dimensions | 4.69X3.67X4.97 |
| Weight | 0.01 |
Product FAQs
Q: Is the Silverstone XE04-SP3 compatible with AMD SP3/TR4 sockets?
Ans: Yes, the Silverstone XE04-SP3 is compatible with AMD SP3/TR4 sockets.
Q: What is the maximum TDP that the Silverstone XE04-SP3 can handle?
Ans: The Silverstone XE04-SP3 is capable of handling up to 280W TDP.
Q: What type of fan does the Silverstone XE04-SP3 come with?
Ans: The Silverstone XE04-SP3 comes with a 92mm PWM dual ball bearing fan.
Q: What are the dimensions of the Silverstone XE04-SP3?
Ans: The dimensions of the Silverstone XE04-SP3 are 4.69 x 3.67 x 4.97 inches.
Q: What is the weight of the Silverstone XE04-SP3?
Ans: The Silverstone XE04-SP3 weighs 0.01 pounds.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.