Intel SSD 540s Series - Reliable, Trusted Performance

The Intel SSD 540s Series is a compact, secure and low-power storage solution, designed for a range of devices from Ultrabooks to desktops and laptops. It delivers a perfect combination of performance, Intel quality and reliability, and power efficiency to optimize your computing experience across a variety of computing devices. Moreover, the 540s Series offers increased value as Intel's first TLC-based drive in the Intel SSD 5 Series family.

Accelerating Your Performance

The 540s Series accelerates platform performance with sequential reads of up to 560 MBps and sequential writes of up to 480MBps, and random read and write input/output operations (IOPS) of up to 78K and 85K respectively.

Performance that Matters

The 540s Series is architected to optimize performance for a 70%/ 30% 4KB random read/write mixed work load, the most utilized workload across common applications, delivering performance where it matters.

TLC Done Right

Utilizing a uniquely architected combination of single level cell (SLC) cache and triple level cell (TLC) NAND Flash Memory, the 540s Series delivers an optimized balance of performance and value.

Encryption Technology to Secure Your Data

The 540s Series features AES 256-bit encryption technology to encrypt your data and help keep your personal files secure.

Lower Power Consumption

Managing tasks efficiently, the 540s Series reduces the drain on your battery. It reduces idle consumption by >90%, compared to a typical hard drive disk, reducing power consumption from watts to milliwatts. When coupled with a 6th Gen Intel Core-based platform, the advanced power mode settings reduce power consumption another order of magnitude - from milliwatts to microwatts.

Flexibility for Any Solution

The 540s Series is the first Intel 5 Series drive to deliver up to 1 TB of storage capacity. Available in both the 2.5" and M.2 80mm form factors, and with storage capacities ranging from 120 GB to 1 TB, the 540s Series accelerates performance across a variety of computing devices.