Features: Hot Swap
MPN: 759212-b21
Interface: SAS
Cache: 1 MB
Storage Capacity: 600GB
Compatible With: PC
HP 600GB 2.5″ Hard Drive 759212-b21 12G SAS 15K SC 759548-001 748385-003:
Features: Hot Swap
MPN: 759212-b21
Interface: SAS
Cache: 1 MB
Storage Capacity: 600GB
Compatible With: PC
Model: HP
Product Line: Ultrastar
Drive Type(s) Supported: HDD
Form Factor: 2.5″
Brand: HP
Color: Silver
Rotation Speed: 15000RPM
Type: SERVER
UPC: 849064096242
| Brand | HP |
|---|---|
| Date First Available | 29-Jun-23 |
Premium M.2 NVMe 2280 SSD heat cooler
Double copper heat pipe for faster heat transfer
Multilayered aluminum alloy heat dissipation fins for doubled heat dissipation area
Intelligent PWM fan with high wind pressure for faster cooling and heat dissipation
Patented double-layered graphene heat dissipation structure developed by Team Group
PS4/PS5 SSD cooler
Specially Designed for M.2 2280 SSD Cooler
Powerful and Silent High Speed 20mm Micro Fan
1 x Ø6 mm High-performance Copper Heat Pipe
Integrated Molding High Quality Aluminum Heatsink
Stainless Steel Reinforced Backplate
High Speed Active Cooling
Even Heat Distribution
Maximized Cooling Efficiency
Tiny Yet Powerful
Compatibility support 22 × 80 size single/double sided M.2-NVME/NGFF solid state drive.
Heat dissipation area extend, passive heat dissipation performance.
Pure copper heat pipe, double to provide better heat dissipation performance.
Assembling pure copper heat pipe and pure aluminum fin by using integrated Press-FIN and buckle-FIN technique.
Powerful heat dissipation capability improves your computer performance by reducing the temperature with cooling effect of 15°~30°C under different environmental conditions.
This heat pipe adjustable M.2 SSD Thermal Module is fully compatible with M.2 2280 SSD (22 x 80mm) such as 860 EVO, 960 EVO, 970 EVO, 950 PRO, 970 PRO etc.
Easy Assembly – The heat pipe is integrated with the fin, and is connected to the base of the M.2 radiator for DIY assembly. The angle can be adjusted at will during installation
The M.2 SSD can be cooled to a safe temperature to avoid overheating, thereby improving computer performance and saving energy.
