LONDON – Intel Corp. has introduced to the market a solid-state drive (SSD) that offers 40- and 80-Gbyte memory capacity in a format measuring 51-mm by 30-mm and only 5-mm deep. The unit weighs 10 grams.
The memory contains 34-nm NAND flash memory, is available in an m-SATA form factor and is intended for use in dual-drive notebooks, single-drive tablets and embedded industrial or military applications. When paired with a high-capacity magnetic disk drive in a dual-drive system, the Intel SSD 310 can improve overall PC system performance by up to 60 percent, Intel claimed.
The Intel SSD 310 supports SATA signals over a PCI Express (PCIe) mini-connector for on-board, compact storage in single-drive netbooks, tablets or handheld devices.
The Intel SSD 310 is priced at $99 for the 40-Gbyte capacity and $179 for the 80-Gbyte version, both in 1,000-unit quantities.
Come on!!! Most of us here are engineers and we now that SSD can hold a certain amount of data, for long enough. The only problem is that it can't cycle - erases and writes. That's why you put an OS into the SSD and have all the swaps, temps, virtual, backups and everything that cycles a lot, on a magnetic thing. That's it.
Talking about capacity, this issue should be brought back in another 5 years. I have a hard drive that's 5 years old and has only 20GB. Moore's Law!!!! Now, go back to work!
@SEofLC - now if that doesn't highlight the need for a handy international weight reference for comparison...
I'd say 10gm is nearly a third of an ounce... 150 drips of water... can anyone think of a handy electronics-based object to use as a an internationally available weight reference, other than the gramme itself?
Luckily I know the phrase 'nickelled and dimed to death' but can your car 'turn on a sixpence'?
I have over a dozen laptops and a handful of desktops. Yes, most laptops don't age well, starting with battery wear, then hard drive crashes, panel bad pixels and so on. My estimate that every 3 to 5 years most users replace their main computer has been accurate. However, with the masses moving to super phones this issue is going to be diluted some more.
Boot time was a concern in early systems due to self test and other legacy starting enumeration. However, with portable devices been less flexible those issues will fade to a minimum and little relevance when comparing netbooks vs. super tablets. IMHO.
Baolt: I agree. Most people I know use laptop for less than 5 years. Personally I get a new one once every two years. Unless you are vigilant about what software you are installing on your machine no PC will be effectively useful after 5/10 years. The replacement cost will be very low and the cost of making the old machine work too high...Kris
I don't think magnetic media last over archeological time especially. It has been imaged with MFM that domain walls migrate even at room temperature. Anyway, how long a magnetic drive last is inconsequential since the electronic parts, the mechanical parts, and control software will not be able to last a 100 year anyway. I have been contemplating this question recently, the only sure way to pass your photos to the grandchildren is still to print them out then put them in a fireproof box.
Who would use a laptop/Pad more than 5 years or even 10 years? If id keep my first toshiba running i guess id be really really patient guy or not? :)
SSDs are digital based, logic based structures, of course have problem of loosing some data (bits) by time, but with great respond speed, would let OS to boot up in a glance. If someone would like to store data, wait up cloud is almost here, or go for Blu-rays they also offer much reliable storage.
It's hard for me to imagine paying that much of an overhead for a flash drive. It seems as though my computers are pleny fast enough for pretty much anything I do, particularly if you got your DRAM loaded up to 8 or 16 gigs.
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.