Stories about: MLC

SanDisk unveiled its next-generation solid-state drives (SSDs) at the International CES. One series is aimed at the hot netbook market and the other at laptops. The company's new higher-performance SSD for laptops are priced at less than US$250 for a 120GB model and are being positioned as a "drop-in replacement" for hard disk drives to extend the life of existing hardware.

Researchers at Rice University have demonstrated a new data storage medium made out of a layer of graphite only 10 atoms thick.

Samsung Electronics is upgrading its memory technology and manufacturing processes, which could lead to price drops for solid-state drives (SSDs) that are becoming more widely used in laptops.

I really like Apple's newly revamped MacBook Air, which got extensive under-the-hood updates last month. And I really, really like the apparent speed boost offered by the larger solid-state drive (SSD) in the Air I've been testing for the past week.

A company owned jointly by Intel and memory maker Micron Technology started mass producing NAND flash memory chips using tiny 34-nanometer technology, the companies said Monday.

Storage manufacturer Seagate will release its first SSD (solid-state drive) for enterprises by the middle of next year, CEO Bill Watkins said on Tuesday.

Toshiba will ship a 256G-byte solid-state drive for laptops next month, likely beating rival Samsung Electronics to market in their race to offer high-capacity drives.

A lot of solid-state disk (SSD) drive reviews and features have been circulating around the Internet lately, and I've noticed that the speeds of those products are increasing remarkably, even as manufacturers use more multilevel cell (MLC) NAND flash memory in their products, which is innately slower than single-level cell (SLC) NAND.

Solid state drives (SSDs) are finally coming into their own -- they're faster, more durable, and use less power than traditional mechanical hard drives. However, the strongest indicator that this may be the storage tech of the future is Intel's release of its X18 and X25 solid state drives.

Healthy debate is often necessary to get a balanced view of an emerging technology. Somewhere between endorsements and detractions, a realistic understanding of the long-term outlook for a technology arrives. As such, I have decided to turn to a guest once again for the second installment in what I hope to be an ongoing debate over the merits of flash SSDs (solid-state drives).

Solid-state disk, once considered a niche technology for ruggedized, industrial and military applications, is on its way to the mainstream. This is partly because of SSD benefits, which include performance, power efficiency, ruggedness and a lightweight, compact size. But other developments have also come into play, including technology and market developments that have begun to help this technology overcome its pitfalls -- namely capacity, reliability and price.