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- Verbatim M.2 SSD Vi560 Sata III 1TB Verbatim M.2 SSD Vi560 Sata III 1TB
- Description
- Reviews
Verbatim's internal SATA III M.2 2280 SSDs can revive system performance. The devices use the latest 3D NAND technology and are compactly built, perfect as an upgrade, especially for small or slim devices such as ultrabooks and notebooks
The internal Vi560 SSD ensures fast system starts, fast application responses and high transfer rates, with read speeds of up to 520 MB/s, 10 times faster than standard hard drives. Recommended for professional use.
optimize performance
The high-speed 3D NAND flash chips combined with a latest generation controller improve the response time of your system. From faster startup, shutdown and loading times to smooth multitasking - you will benefit from increased productivity.
Robust and durable
Verbatim SSDs have no delicate components with moving parts, so they are shockproof unlike traditional hard drives.
Cool and efficient
Because Verbatim SSDs are quieter than hard drives and generate less heat, your laptop will run longer on one battery charge
Technical data
- Form factor: M.2 2280
- Host interface: Serial ATA interface with 6.0 Gbps
- Operating temperature: 0 °C to 70 °C
- Storage temperature: -40 °,C to 85 °,C
- Humidity: 5% to 95%, non-condensing
- Stoß,: 1500 ,G, duration 0.5 ,ms half pulse
- Vibration: 7 Hz~800 Hz, 3.08 Grms, 30 min/axis (X, Y, Z)
- Dimensions: 80 mm x 22.1 mm x 2.3 mm
- Weight: 9.1 g
Data transfer speed:
- Read speeds: 256 GB: up to 520 MB/s* / 512 GB: up to 520 MB/s* / 1 TB: up to 520 MB/s*
- Write speeds: 256 GB: up to 470 MB/s* / 512 GB: up to 480 MB/s* / 1 TB: up to 490 MB/s*
Power consumption:
- Active reading power consumption: 256 GB: 1400 mW / 512 GB: 1430 mW / 1 TB: 1800 mW
- Power consumption during active writing: 256 GB: 1450 mW / 512 GB: 1390 mW / 1 TB: 1600 mW
- Power consumption in idle mode: 256 GB: 450 mW / 512 GB: 600 mW / 1 TB: 620 mW
Designed for use in client PC applications, but not in server environments.
*Based on internal test result. Performance may vary depending on host drive.