. Ultrastar 7K4000 represents the sixth-generation HGST 5-platter design which has been field proven by top server & storage OEMs & Internet giants. Engineered for the highest quality the Ultrastar 7K4000 is put through grueling design tests during development & must pass stringent ongoing reliability testing during manufacturing. Ultrastar 7K4000 delivers by reducing downtime eliminating service calls & minimizing TCO.. Operating at 7200 RPM Ultrastar 7K4000 offers better overall performance than slower RPM capacity-oriented drives & does so at impressively low power-consumption rates. The Ultrastar 7K4000 can help data centers achieve lower AC power & HVAC requirements. With five advanced power Management modes the 7K4000 achieves a 59% reduction in watts during low RPM idle mode & uses less than 1 W during standby/sleep modes freeing up precious headroom for growing enterprise needs Key Product Info. 2.0 million hours MTBFAdvanced format 512 byte emulation (512e)6 Gb/s SATA interface Dual Stage Actuator (DSA) & Enhanced Rotational Vibration Safeguard (RVS) for robust performance in multi-drive environments Product Features Delivering industry-leading quality & reliability Ultrastar 7K4000 represents the sixth-generation HGST 5-platter design which has been field proven by top server & storage OEMs & Internet giants. Engineered for the highest quality the Ultrastar 7K4000 is put through grueling design tests during development & must pass stringent ongoing reliability testing during manufacturing. Ultrastar 7K4000 delivers by reducing downtime eliminating service calls & minimizing TCO. Increasing capacity density by one third To deal with the explosive petabyte (PB) growth data centers require large amounts of efficient storage. Reducing W/GB without expanding floor space is vital to lowering operating costs. Now you can get 2.4 PB in the footprint of a standard 19-inch enterprise storage rack by stacking ten 4U 60-bay enclosures. Ultrastar 7K4000 is an advanced format drive using 4096-byte sector size to provide enormous capacity earlier than otherwise possible for environments optimized for this technology. Advanced format drives are backwards compatible with legacy 512-byte sector size by offering built-in 512-byte emulation through the SATA interface. Combining 7200 RPM performance & granular power control Operating at 7200 RPM Ultrastar 7K4000 offers better overall performance than slower RPM capacity-oriented drives & does so at impressively low power-consumption rates. The Ultrastar 7K4000 can help data centers achieve lower AC power & HVAC requirements. With five advanced power Management modes the 7K4000 achieves a 59% reduction in watts during low RPM idle mode & uses less than 1 W during standby/sleep modes freeing up precious headroom for growing enterprise needs. Innovating for a more sustainable environment The Ultrastar 7K4000 with its halogen-free design & power-efficient operation qualifies for the HGST Eco Trac classification which identifies products that minimize environmental impact in the areas of product design manufacturing operation & disposal. ...
. Do you need to accelerate the performance of your data-intensive application workloads? HPE Server Mixed Use (MU) Solid State Drives (SSDs) deliver high performance & endurance while reducing power consumption for customers with applications requiring high random read & write IOPs performance. HPE MU SSDs offer the highest performance applications that need a balance of strong read & write & they typically have an endurance of between. ...
What's in the box?. (1) HP 5400R 24-port 10/100/1000BASE-T with MACsec v 3 zl 2 Module ...
Archived Product
HP 1420-16G Switch
HP Deals and; Promotions. Cashback available when purchased with a qualifying transceiver..
RIP - This product is no longer available on our network. It was last seen on 23.01.2024
This page now acts as a permanent archive for this product. Add more information using the comments box below to ensure it can still be found by future generations.
Use our search facility to see if it is available from an alternative contributor.