Product Id: 04.02.020.18
Quick OverviewHP S700 PRO 128GB 2.5 inch SATAIII SSD #2AP97AA
|Model||HP S700 PRO|
|Form Factor (Inch)||2.5 Inch|
|Read Speed (Max.)||560MB/s|
|Write Speed (Max.)||460MB/s|
|Interface.||SATA III 6Gb/s|
|Flash Type||3D NAND|
|Dimensions||69.80 x 7 x 100.20mm|
|Others||4KB Random Read: Up to 40,000 IOPS, 4KB Random Write: Up to 85,000 IOPS, Read Latency: 0.038ms, Write Latency: 0.049ms, MTBF: 2,000,000 hours, Power Consumption (Idle): 0.58W, Power Consumption (Active): 2.50W, Max Shock Resistance: 100G / 6 msec, Max Vibration Resistance: 3.1 GRMS (2-500 Hz), Endurance (TBW): 80 TBW, Weight: 80gm, Features: TRIM and ECC Supported, S.M.A.R.T Supported, NCQ Management, HP DST Self Test|
Protect your data files with the HP SSD S700 Pro series
Better performance, more durable
HP SSD S700 Pro series is the ultimate SSD to protect and transfer your data files. An advanced controller gives you the performance and reliability you need. The power consumption is less than 5mW under device sleep mode, which significantly saves system power consumption in standby status and achieves both speed and endurance
By using 3D NAND Flash and three-dimensional stacking method, HP S700 Pro series can provide higher storage density and capacity and is more reliable and durable compared with traditional 2D NAND Flash
The advanced wear overall balancing algorithm of HP S700 Pro series increase the TBW (Total Bytes Written) and improve the durability of SSD, which fully meet the users requirement for design, video editing, games programming, office and various storage applications.
HP S700 Pro series supports LDPC (Low Density Parity Check Code) error correction mechanism. It can do high speed parallel decoding, real-time error correction, which ensures the security and integrity of data transmission; avoids performance degradation resulting from long-term use; provides long lasting high speed read and write performance.
Model - HP S700 PRO, Type - SATAIII SSD, Form Factor - 2.5 Inch, Capacity - 128GB SSD, Interface - SATA III 6Gb/s, Flash Type - 3D NAND, Read Speed (Max.) - 560MB/s, Write Speed (Max.) - 460MB/s, Dimension - 69.80 x 7 x 100.20mm, Part No - 2AP97AA, Others - 4KB Random Read: Up to 40,000 IOPS, 4KB Random Write: Up to 85,000 IOPS, Read Latency: 0.038ms, Write Latency: 0.049ms, MTBF: 2,000,000 hours, Power Consumption (Idle): 0.58W, Power Consumption (Active): 2.50W, Max Shock Resistance: 100G / 6 msec, Max Vibration Resistance: 3.1 GRMS (2-500 Hz), Endurance (TBW): 80 TBW, Weight: 80gm, Features: TRIM and ECC Supported, S.M.A.R.T Supported, NCQ Management, HP DST Self Test, Warranty - 3 year
Solid State Drive [SSD] offers lightning speed for your PC to boot up and run applications compared to the traditional Hard disks. While your processor can handle billions of cycles per second, it spends a lot of time waiting for your drive to feed data. Hard drives are particularly sluggish because they have moving parts and platters that have to spin up. To get optimal performance, you need a good SSD. We are here to provide the knowledge you need to make an informed purchasing decision.
Here are the facts you need to take into account while purchasing a SSD:
Find out if you have slots for M.2 drives on your motherboard and room in the chassis. If not, you may need a 2.5-inch drive instead.
Make sure you trust the quality of the manufacturer if you plan to use the SSD for the long term. The quality of the manufacturer will be reflected in how the wear patterns of the SSD are managed as well as the possibility of whether or not you get a warning before your SSD dies.
Most SSDs range from 120 GB to 2 TB. 120 GB drives are the cheapest but adequately capable of handling operating system and productivity applications. It costs a little extra to step up from 120 to 250 GB but the money is well spent in terms of performance. 500GB is the sweet spot between price, performance, and capacity for most users – particularly if you don't have the budget for a 1TB model.
Remember that high-end drives, while technically faster, won’t often feel speedier than less-speedy options in common tasks.
So unless you’re chasing extreme speed for professional or enthusiast reasons, it’s often best to choose an affordable mainstream drive that has the capacity you need at a price you can afford.