Tag: intel

  • Moore’s Law to take a breather • The Register

    Back in the days of Byte magazine still being published, there was a lot of talk and speculation about new technology to create smaller microchips. Some manufacturers were touting Extreme UV, some thought X-rays would be necessary. In the years since then a small modification of existing manufacturing methods was added.

    “Immersion” lithography, or exposing lithography masks using water as the means of transmission rather than air was widely adopted to shrink things down. Dipping everything into optically clear water helps keep the UV light from scattering, the way it would if it were travelling through air or a simple vacuum. So immersion has become widespread, adding years to the old technology. Now even the old style UV processes are hitting the end of their useful life times.And Intel is at last touting Extreme UV as the next big thing.

    Note this article from April 22, 2008. Intel was not at all confident in how cost effective Extreme UV would be for making chips on it’s production lines. The belief is EUV will allow chips to shrink from 32 nanometers down to the next lower process design rules. According to the article that would be the 22nm level, and would require all kinds fo tricks to achieve. Stuff like double-patterning, phase-shifting, and pixellated exposure masks in addition to immersion litho. They might be able to tweak the lens material for the exposure source, they might be able to tweak the refractive index of the immersion liquid. However the cost of production lines and masks to make the chips is going to sky-rocket. Brand new chip fab plants are still on the order of $1Billion+ to construct. The number of years the cost of those fabrication lines can be spread out (amortization) is not going to be long enough. So it looks like the commoditization of microchips will finally settle in. We will buy chips for less and less per 1,000, until they are like lightbulbs. It is very near the end of an era as Moore’s law finally hits the wall of physics.

    Diminishing Returns of process shrinks

    iSuppli is not talking about these problems, at least not today. But what the analysts at the chip watcher are pondering is the cost of each successive chip-making technology and the desire of chip makers not to go broke just to prove Moore’s Law right.

    via iSuppli: Moore’s Law to take a breather • The Register.

  • Patriot Torqx Vs. Intel

    I’ve seen some claims that newer SSDs coming out are implementing the SATA TRIM command. This development is hailing a new era in SDD performance, something we have all wished for since the introduction of SSDs back in 2005. In the last 4 years, performance gains have usually been obtained by using RAID controllers within the SSDs. Worse yet, some SATA disk controllers on the SSDs were known to be total dogs when it comes to performance. Enter the hero of our story: Indilinx

    Indilinx decided after multiple requests to enter the market and show that SSDs are worthy of some real product development. Patriot is the one of the first manufacturers to adopt the Indilinx disk controller. Given announcements from Microsoft recently over the addition of full OS support for the SATA TRIM command and now the Indilinx controller,…

    One can only hope that Windows 7 will allow SSDs to finally equal or surpass their HDD counterparts. Finger crossed, hoping the Indilinx takes the market by storm and Microsoft will fully embrace and improve its support for the TRIM command

    Recent SSD from Torq vs. Intel

    Despite the huge performance gains, two major things plague SSDs:

    – Poor quality flash memory controller, performance

    – Cost

    Patriot Memory’s new Torqx SSD addresses both–more so the former.

    via Patriot Memory’s Torqx SSD Vs. Intel’s X25-M – Tom’s Hardware.

    WordPress Tags: SSD,TRIM,Indilinx