- More efficient. Maintains consistent drive performance. Impressively low power draw.
- M.2 (80 mm) form factor
- Compared to traditional hard drives it delivers 17x faster performance, and 3x faster performance compared to SATA SSDs.
- AES 256-bit self-encryption
PCIe* for the Mainstream
The Inte’ Solid State Drive 600p Series is designed for the form factor with the PCIe* Gen3 x4, NVMe* interface.
Designed for a range of devices from desktops to laptops, the Intel SSD 600p Series will effortlessly manage demanding consumer client applications and easily handle intense multi-tasking. The SSD 600p Series will take PCs to a new level of responsiveness with fast application launches and fle loading.
Intel 3D NANO SSDs
The 600p Series is part of the Intel 3D NANO SSD family of products. Built on breakthrough 3D NANO and delivered by
a proven and trusted supplier, Intel 3D NAND SSDs transform the economics of storage.
The combination of 3D NANO and PCIe enables Intel SSDs to push the limits of performance and value.
Single-Sided for Design Flexibility
The 600p Series offers all capacity points, including 1TB, in the single-sided (80 mm) form factor, enabling system designers the flexibility for thinner and lighter systems or more space for other components.
Performance that Matters
The 600p Series accelerates platform performance with sequential reads of up to 1,800 megabytes and sequential writes of up to 560 megabytes per second (MB/s) and random read and write input/output operations (IOPS) of up to 155K and 128K, respectively
With the SSD 600p Series integrated in the PC system, users will work more effciently with the applications they care about, with up to 3x better perforrnance than SATA ssDs.
Charge Your Device Less Often
The 600p Series provides extended battery life through low power modes. It reduces idle consumption by >90% compared to a typical hard disk drive, reducing power consumption from watts to milliwatts. When coupled with a 6th generation Intel Core processor-based platform, the advanced power mode settings reduce power consumption by another order of magnitudeùfrom…