Micron 3610 2TB SSD Review - DRAMless QLC at 11,000 MB/s
Introduction:
Micron's 3610 SSD is a groundbreaking innovation in the world of solid-state drives (SSDs), offering a unique blend of performance, efficiency, and capacity. As the first of its kind client SSD, it promises to revolutionize the way we think about storage in OEM PCs.
The Controversy:
While high-capacity PCIe Gen 5 SSDs have been a dream for many, their high cost has made them a luxury rather than a standard feature in OEM PCs. But with Micron's 3610, this could be about to change. The question remains: will this new technology live up to the hype and offer a compelling value proposition for consumers?
Performance and Efficiency:
The 3610 SSD boasts impressive performance, delivering up to 11,000 MB/s, making it an excellent choice for ultrathin laptops, desktops, and embedded platforms. Its single-sided PCB design and power efficiency further enhance its appeal.
Synthetic Benchmarks:
In synthetic benchmarks, the 3610 SSD shines, delivering better-than-advertised results in CDM, Max IOPS, and ATTO tests. Its QLC arrayed PCIe Gen 5 technology ensures exceptional sequential throughput, even in demanding user states.
Real-World Testing:
In real-world scenarios, the 3610 SSD performs admirably, with impressive transfer rates and scores in 3DMark SSD Gaming Test and PCMark 10 Storage Tests. Its ability to handle large data transfers and gaming tasks makes it a versatile and reliable choice.
Sony PlayStation 5 Compatibility:
The 3610 SSD is also compatible with Sony's PlayStation 5, offering fast storage expansion for gamers. Its sequential read speed in a PS5 environment suggests it's a good, albeit unlikely, choice for PS5 M.2 storage expansion.
Conclusion:
Micron's 3610 SSD is a game-changer, offering a brilliant performance and unbeatable value proposition. Its QLC arrayed PCIe Gen 5 technology enables high-capacity, high-speed storage at a competitive price. As the first of its kind, it sets a new standard for client SSDs and paves the way for more affordable, high-performance storage solutions in the future.
