It's the one major part of the PC that's still reminiscent of the PC's primordial, text-based beginnings, but the familiarly-clunky BIOS could soon be on its deathbed, according to MSI. The motherboard maker says it's now making a big shift towards point and click UEFI systems, and it's all going to kick off at the end of this year.

Speaking to THINQ, a spokesperson for the company in Taiwan who wished to remain anonymous said that "MSI will start to phase in UEFI starting from the end of this year, and we expect it will be widely adopted after three years."

According to the MSI mole, the first new UEFI products will be based on Intel's Sandy Bridge chipset, spanning the whole field from entry-level boards to high-end kit. The company says that it expects the boards to be introduced towards the end of this year, and into early 2011. "We won’t consider UEFI as an expensive premium feature," said the spokesperson, "but as a must-have for everyone!"

MSI plans to start introducing UEFI on its Sandy Bridge motherboards later this year

UEFI (universal extensible firmware interface) is a continuation of Intel's original EFI project, which was designed to replace the BIOS with a user-friendly point-and-click interface, as well as addressing many other troublesome areas of the PC's legacy.

MSI has previously dabbled in UEFI in 2008, when it introduced its Click BIOS on a few motherboards based on Intel's P45 chipsets. However, the move to UEFI is now starting to become much more important because of its implications for storage.

Last month, Seagate revealed to THINQ that a UEFI system would be an essential requirement in order for a PC to boot from a drive larger than 2TB.

MSI revealed its first UEFI Click BIOS system in 2008

MSI's spokesperson described this as a "big factor," explaining that the "default storage size for the general public is getting bigger and bigger." He predicts that "mainstream notebooks will use almost 1TB of storage next year, not to mention desktop systems, so we need to move forward to UEFI fast!"

Implementing a UEFI system isn't an easy job for motherboard manufacturers used to working with standard BIOS technology, though. Our source explained that motherboard manufacturers had held off moving to UEFI because of the "huge resources you have to throw at it."

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With regards to the old BIOS, he points out that there's an attitude of "if it isn’t broken; don’t need to fix it. Unless you have a strong determination to upgrade it, most manufactures will stick to a traditional, easy and familiar old solution."

There are a lot of issues to address here, not least the fact that a standard BIOS can't simply be flashed with a new UEFI system. "A UEFI system is generally bigger than a traditional BIOS," explains the MSI insider, "and most of the onboard ROM is not that big, so you can’t just flash UEFI into a traditional BIOS board."

A UEFI system replaces the text-based BIOS with a user-friendly point and click system

He also points out that "UEFI doesn’t support every board; you have to use certain code with certain motherboards."

Motherboard companies spend a lot of time developing their own features and technology that distinguish their motherboards from those of the competition. If these features are designed to interface with the code in a traditional BIOS, then they may not be able to communicate with a UEFI system.

"The main difference between a traditional BIOS and UEFI is programming," said our source, pointing out that "UEFI is written in C, rather than the assembly code used in a traditional BIOS." However, he points out that this means that there's much more flexibility with the code.

According to MSI, there's still a lot of work to be done on developing UEFI, but the company's spokesperson says that the cost of implementing the final systems should be minor. "We think this is trend for future," he said, adding that UEFI should be a "basic feature for all end-users."

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For more information on DWHS's green tech click here: Green Web Hosting

Degrees in environmental studies, environmental science, and environmental engineering are commonplace in most universities throughout the United States, but Metropolitan Community College (MCC) in Omaha, Nebraska is taking degree specificity to new levels with its 2-year associate's degree in green data center management.

Degree-seekers will use IBM hardware and software (thanks to a partnership with the company) in their quest to become green data center masters. That means plenty of hours logged in riveting classes like Virtualization, Remote Access, and Monitoring; Data Center Racks and Cabling; and Applied Data Center Management. The program culminates with an internship in the on-campus Information Technology Data Center, which is funded by $1.8 million Department of Labor grant.

So why did the Department of Labor and IBM choose to focus their energies on a community college in Nebraska? Omaha is at the intersection of east-west and north-south fiber optic networks, and as a result the city has become something of a hub for communications and information services companies. That, in turn, has led to a demand for data center employees in the area.

And since data centers are responsible for 1.5% of all power use in the United States, any employee who can offer expertise in keeping energy costs down is extremely valuable. With data center energy consumption expected to double in the coming years to 100 billion kilowatt hours--$7.4 billion in energy costs--those students who slave through the dry topics in the green data center management program will probably have better job prospects than most college graduates.

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The days of the 3.5-inch floppy disk are now officially numbered.

Sony, which boasts 70 percent of the anemic market, announced Friday that it would end Japanese sales of the ancient storage medium in March 2011, according to a report in the Mainichi Daily newspaper.

The 3.5-inch floppy was a ubiquitous and necessary component for storing and transferring files between personal computers for nearly three decades. Sony pioneered the 3.5-inch floppy disk in 1981, eventually replacing the 5.25-inch floppy disk that had previously been the popular storage format.

However, as the size of files and programs grew, the floppy disk was pushed aside by inexpensive and larger-format storage medium. Thanks to the creation of storage methods such as CDs, DVDs, Zip, and USB drives, Sony saw its Japanese sales of floppies decline from a record 47 million disks in fiscal 2002 to 12 million in fiscal 2009.

Most other floppy disk manufacturers had long since pulled out of the market, and Sony itself has already ceased sales to most of its overseas markets.

Certainly the writing had been on the walls for years. With the release of the iMac in 1998, Apple was the first computer maker to take the plunge and eliminate the floppy completely. Dell followed suit in 2003 when it dropped the floppy as standard equipment on one of its Dimension desktops.

Updated at 4:50 p.m.: to clarify sales figures are for Japan.

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Each monitor slides, so that you can move the gScreen around compactly. Now that is awesome.

Here are the specs for this beast, listed on the gScreen website:

- 2 LED backlit display screens
- Windows VISTA (Windows Vista)/ WIN XP PRO (optional)
- Intel Core 2 Duo P8400 2.26-GHz
- 4 GB of RAM (2GB DDR2 SO-DIMM x 2)
- 320GB 7200-rpm HD
- NVIDIA® GeForce® 9800M GT with 512MB dedicated memory (or)
- NVIDIA® Quadro FX 1700M Graphics with 512MB dedicated memory
- 9-cell battery
- IEEE 1394 1 Graphics Card Output (15-pin, D-Sub) X 1, HDMI X 1 Mic-in X 1, Line-in x 1, Headphone X 1 PCI Express Card X 1 AC Power Adaptor Output: 19V DC, 90W Input: 100~240V AC, 50/60Hz universal Battery Pack Li-ion 9 cells

This laptop is clearly meant for professional designers, programmers, filmmakers, and others that regularly need two monitors to get work done. Two-screen set-ups just allow you to get more done (thus why I use a two-screen set-up). There are disadvantages though, like the power drain two screens will cause and the sheer weight, estimated at 12+ pounds. And, of course, the price may be a deal-breaker: around $3000.

Still, this thing could do wonders for the productivity of digital professionals everywhere. And you may not have to wait long to get your hands on one; the company hopes to have the gScreen on the market by Christmas.

Coming soon!

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