HP Solid-State Drives specifications.
Solid-State Drives Specs >> HPHP Z Turbo 256 GB M1F73AA |
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 | Storage Capacity: 256 GB Drive Interface: PCI Express x16 Drive Type: Internal Form Factor: Plug-in Card Interface: PCI Express x16 ... |
 HP Z Turbo 256 GB M1F73AA |
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HP Z Turbo 256 GB N8T11AT |
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| Storage Capacity: 256 GB Drive Interface: PCI Express x16 Drive Type: Internal Form Factor: Plug-in Card Interface: PCI Express x16 ... |
| HP Z Turbo 256 GB N8T11AT |
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HP Z Turbo 256 GB M1F73AT |
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| Storage Capacity: 256 GB Drive Interface: PCI Express x16 Drive Type: Internal Form Factor: Plug-in Card Interface: PCI Express x16 ... |
| HP Z Turbo 256 GB M1F73AT |
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HP 128 GB G1K24AA |
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| Storage Capacity: 128 GB Drive Interface: SATA Drive Type: Internal Interface: SATA ... |
| HP 128 GB G1K24AA |
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HP 256 GB N1M49AT |
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| Storage Capacity: 256 GB Drive Interface: SATA Drive Type: Internal Interface: SATA ... |
| HP 256 GB N1M49AT |
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HP 512 GB D8F30AT |
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| Storage Capacity: 512 GB Drive Interface: SATA Drive Type: Internal Form Factor: 2.5" Interface: SATA ... |
| HP 512 GB D8F30AT |
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HP Z Turbo 512 GB M1F74AT |
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| Storage Capacity: 512 GB Drive Interface: PCI Express x16 Drive Type: Internal Form Factor: Plug-in Card Interface: PCI Express x16 ... |
| HP Z Turbo 512 GB M1F74AT |
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HP 256 GB P1N68AT |
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| Storage Capacity: 256 GB Drive Interface: SATA Drive Type: Internal Interface: SATA ... |
| HP 256 GB P1N68AT |
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HP 256 GB L3M57AA |
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| Storage Capacity: 256 GB Drive Interface: PCI Express x16 Drive Type: Internal Form Factor: M.2 2260 Interface: PCI Express x16 ... |
| HP 256 GB L3M57AA |
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HP 1 TB C8S62A |
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| Storage Capacity: 1 TB Spindle Speed (rpm): 7200 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 1 TB C8S62A |
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HP 1.20 TB J9F48SB |
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| Storage Capacity: 1.20 TB Spindle Speed (rpm): 10000 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 1.20 TB J9F48SB |
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HP 400 GB 779166-B21 |
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| Storage Capacity: 400 GB Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 400 GB 779166-B21 |
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HP 900 GB J9F47A |
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| Storage Capacity: 900 GB Spindle Speed (rpm): 10000 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 900 GB J9F47A |
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HP 1.20 TB 781518-B21 |
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| Storage Capacity: 1.20 TB Spindle Speed (rpm): 10000 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 1.20 TB 781518-B21 |
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HP 4 TB 693687-B21 |
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| Storage Capacity: 4 TB Spindle Speed (rpm): 7200 Drive Interface: SATA Drive Type: Internal Form Factor: 3.5" Interface: SATA ... |
| HP 4 TB 693687-B21 |
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HP 480 GB 764927-B21 |
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| Storage Capacity: 480 GB Drive Interface: SATA Drive Type: Internal Form Factor: 2.5" Interface: SATA ... |
| HP 480 GB 764927-B21 |
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HP 300 GB 737261-B21 |
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| Storage Capacity: 300 GB Spindle Speed (rpm): 15000 Drive Interface: SAS Drive Type: Internal Form Factor: 3.5" Interface: SAS ... |
| HP 300 GB 737261-B21 |
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HP 4 TB 695510-B21 |
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| Storage Capacity: 4 TB Spindle Speed (rpm): 7200 Drive Interface: SAS Drive Type: Internal Form Factor: 3.5" Interface: SAS ... |
| HP 4 TB 695510-B21 |
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HP 146 GB 512547-B21 |
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| Storage Capacity: 146 GB Spindle Speed (rpm): 15000 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 146 GB 512547-B21 |
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HP 300 GB A2Z20AA |
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| Storage Capacity: 300 GB Spindle Speed (rpm): 10000 Drive Interface: SAS Drive Type: Internal Form Factor: 2.5" Interface: SAS ... |
| HP 300 GB A2Z20AA |
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Patriot has introduced two new solid-state drives from the Viper family for the M.2 slot. Both new products are positioned as consumer models, and their key features are high throughput and decent memory cell endurance.
TeamGroup has released the T-Create Expert P34F portable SSD, which features built-in support for Apple's Find My service. This allows the drive to be tracked in case of loss or theft.
Kioxia and NVIDIA are working together on a solid-state drive that should deliver a record 100 million random operations per second (IOPS) by 2027. NVIDIA plans to use these SSDs directly with graphics processors, which will enable up to 200 million I/O operations and significantly speed up AI task processing.