Just two months ago we were talking about Toshiba and their new 32 nm NAND flash memory, and though it was supposed to not see consumers' hands until the fall, it's now available in a limited capacity.
The flash memory will be available for mass consumption by July. The new process employed here uses a 32-gigabit chip, which is 4GB, and when stacked 8 tall, you end up with 32GB of total memory in one tiny space.
While we don't know who will receive the larger flash memory first, it does seem likely that Toshiba will be providing the memory for the iPhone 3.0. The company also notes that USB storage with the new memory capacity will be their first products to carry the 32 nm chip.
IBM and several of their partners such as Infineon, Samsung, STMicroelectronics and Chartered Semiconductor are working together to create a 28-nm chip that requires less power and features a high-k metal gate bulk complementary metal oxide, so says an announcement released yesterday.
This new chip would be mostly used in portable devices like MIDs. What's really great about these new chips is that they will use 20% less power yet gain 40% in performance when compared to the current 45nm chips.
What's particularly useful about this is that those using 32nm chips will be able to transition to the 28nm ones easily, without a complete overhaul of the system. Production is expected to begin sometime next year.
Graphene might be the next material of choice for making processor chips, according to an MIT report. In fact, Graphene, a substance discovered in 2004 that consists of pure carbon, could allow for faster speeds than ever thought possible.
The current research shows that a frequency multiplier could be created, which works to double a signal and likewise doubles a processor's clocking speed. Color me impressed! This idea is not new, but it is certainly new when applied to Graphene, which possesses only an atom's thickness.
So, what's so exciting about this? Well, Graphene chips could make for processors that run between 500GHz and 1,000GHz. That's quite a leap from the current 5GHz chips, wouldn't you say? We should see a commercial version of this technology within two years, according to MIT.
[via PC Pro]
Now cell phone WiFi access will get a lot more efficient, thanks to a new chip from Broadcom. The BCM4329 chip will be used in cellphones that have 802.11n WiFi in order to decrease the amount of power required to maintain that wireless connection.
Normally, WiFi on cellphones takes up a lot of energy. In fact, it's often thought of as a serious battery drainer. But this new chip makes it so a 2.4GHz or 5GHz band connection can occur without using as much power. It uses less power than earlier chips that could only manage the 802.11g standard and no higher.
This chip also offers up Bluetooth 2.1 + EDR, an FM tuner and a feature called space time block coding, which makes connections on the outskirts of a network more stable. The Broadcom BCM4329 chip is expected sometime in 2009, though no customers for it have been named yet.
Socle Technology has announced the first 1GHz ARM11 platform, paving the way for faster MIDs, PMPs and digital home products. A self-developed System on Chip (SoC), the chipset uses 65nm technology and is the fastest ARM11-based design available to date. It's predicted to find its way into products from ASUS, Inventec and Dell.
Technology keeps getting smaller and smaller and now researchers at the University of California at Berkeley have happened onto a new way to write data that could result in chips that are 10 times smaller than what's currently available.
It works by using a writing arm that's incredibly small. This arm would use lenses with plasmons to write data in a very compact fashion. With all of the data much more closely spaced together, more data can fit on a single chip, meaning chip size can be reduced dramatically.