Samsung Electronics and Microsoft will next month show off the ready-to-market version of a hybrid hard drive (HHD) which can greatly reduce boot-up time of laptops and desktop PCs.
The new product will be introduced along with Microsoft’s Windows ReadyDrive feature at the U.S. software maker’s annual Windows Hardware Engineering Conference on May 24 in Seattle. ReadyDrive refers to software technology that supports the HHD. The HHD is the convergence of a flash memory chip and a conventional platter-type magnetic disk drive. To save the time and energy spent spinning a metal disk drive it is designed to use static flash memory when starting a PC,. Samsung and Microsoft have been co-developing the product and revealed the first prototype at the same conference last year. But this year’s model will be almost identical with what will be sold in the market later this year, though the basic concept of the product was unchanged, Samsung said on Monday.
"This one will be more fitted to Windows Vista as Microsoft plans to release the new operating system within this year. We have tailored the hybrid disk to Windows Vista" - Lee Seung-han, Samsung’s public relations official.
The Hard disk drive is the most used data-storing device of a PC. The hard disk drive market is becoming more lucrative year by year. According to market researcher iSuppli, global hard drive sales increased 23 percent from 305 million units in 2004 to 376 million in 2005. Samsung is the sixth largest maker in the world, with a 7.2 percent share in 2005. The HHD has been developed at Samsung Electronics’ semiconductor division. The company hopes the HHD will be the gap-filler between the traditional hard disk and next-generation flash-driven hard drives, which Samsung aims selling as early as next year. The world’s largest flash memory maker hopes it can expand its memory chip market dominance to the hard drive market by developing flash-driven static disk drives (SDD). However, high prices and a low storage capacity of flash memory are hindering the commercialisation of the SDD, leaving the market opportunity to the hybrid drives.
The two firms aim to market the HHD- and ReadyDrive-equipped laptops from late this year in accordance with the launching of Windows Vista. The HHD and ReadyDrive technologies are expected to perform a crucial role in Windows Vista by improving both performance and credibility. Windows Vista will leverage the feature to speed up the system and elongate battery life, while making it less vulnerable to external shock.
Microsoft plans to include an updated music player in Windows Vista. Some of the new features will debut with the release of the Windows XP version of Windows Media Player 11. Microsoft is on track to release Media Player 11 before the end of June.
The Aero display won't be available to those who buy Windows Vista Basic, or if you don't have enough memory, or lack sufficient graphics horsepower or have a graphics chip that doesn't support the new Vista driver. Nor will pirates, who will be blocked from displaying Aero.
"Those who are not running genuine Windows will not be able to take advantage of the Windows Aero user experience" - Microsoft representative.
Before you can switch on Aero, it will run a check to make sure the copy of Windows is legitimate.
To get the best out of Vista's graphics, you'll need at least four things, according to tentative Microsoft guidelines. 1. A legitimate copy of one of Vista's higher-end versions: Home Premium, Business, Enterprise or Ultimate 2. A Vista-specific (WDDM) graphics driver 3. A minimum of 1,800MB per second of graphics memory bandwidth 4. Enough graphics memory (amount needed varies based on monitor size)
A PC with shared memory (used by both the main system and by the graphics chip) can also work with Aero. But you need to have 1GB of dual-channel memory, with at least 512MB of that memory available to the main system.
Last weekend Microsoft held an event for its partners to increase its ready PC sales this year, especially during the traditionally profitable Christmas season. As you remember, the release of Windows Vista moved to January 2007 causes concerns as a key reason for possible PC demand drop this year.
At the moment the Vista Logo Requirements are in their version 0.8, expected to reach the final version, according to Microsoft, by the end of June this year. As there are three primary components that dictate PC rating - CPU, memory, and graphics - there are supposed to be 3 logos in whole:
* Windows Vista Capable (OS can be installed and work with some features disabled) * Windows Vista Ready (OS can work with all the key features enabled, including the Aero interface) * Windows Vista Compliant (premium and most performing PCs).
The already familiar Designed for Windows XP logo will also continue to exist.
According to the information, a Windows Vista Capable PC is to feature 512MB RAM, DirectX 9 graphics (including integrated). The second and third segments will respectively require 512MB RAM (1GB optional) and 1GB RAM (2GB optional). No integrated graphics is allowed to these groups as well. Vista Ready will also require the support of the yet unreleased DirectX 9.0L, while Vista Compliant will require Shader Model 2.0 support as a must. (which may mean compatibility with DirectX 9.0L, not its complete support). The Aero interface will require 1,800 MB/s and higher graphics memory throughput. So a 64MB card will only be able to operate at 1024x768, higher resolution demanding 128MB.
As for the CPU, Microsoft mentioned it should be modern. Intel claimed the minimal recommended CPU for Vista should be Pentium 4 630. (it operates at 3GHz, has 2MB L2 and 800MHz FSB). With this rather powerful CPU Intel recommends its 945G integrated graphics.
These requirements do not mention DirectX 10 (WGF) that is obviously meant not to scare away autumn and winter buyers. Perhaps, the DirectX Next itself will also be delayed and won't be launched together with Vista.
Meanwhile, some especially impatient vendors do not wait for Microsoft's final requirements. Epson was the first to announce its Windows Vista Capable PC - Endeavour Pro 3500:
As you can see, it's a rather usual PC of today, while its hard drive might even seem outdated. However its configuration is actually categorised as the least performing required.
Microsoft's Windows Vista operating system has been beset with another delay. The company has now revised their primary launch period to January, 2007.
"We're trying to crank up the security level higher than ever. This came down to a few weeks. We are trying to do the responsible thing here... Maybe in the past we would have just gone ahead but now we're not going to do that" - Jim Allchin, co-president of Microsoft's Platforms & Services Division.
With Windows Vista’s launch later this year, a concern to some people is how much memory Vista will require. The new graphical user interface will require a minimum of DirectX 9 support, and Intel G965 (or better) graphic accelerators. The basic Vista offerings will require 512MB of DRAM just to install, with a 1GB recommendation. Integrated graphics from ATI, Intel, and NVIDIA all use shared memory architectures. This means that even though the graphics core is on the motherboard Northbridge, the graphics controller accesses memory from the system main memory. Low end, PCIe 3D accelerations from ATI, and NVIDIA also use shared memory support, using in excess of 256MB of system DRAM in exchange for a dirt cheap graphics accelerator. On these systems the Vista recommendation for 512MB is not acceptable as a significant amount of main memory is consumed by the graphics accelerators.
Windows Vista will also come with a new feature called Superfetch, which is similar to Windows XP`s feature called Prefetch, which is a dynamic service that preemptively loads files into the pagefile in order to speed up application load time. Superfetch advances further in two steps. Step one is to build profiles of frequently used applications and store those profiles into the pagefile, and system memory. Step two is to pool NAND and all other available memory to move as much of the pagefile as possible off the hard drive and onto the solid state memory. As a result, anyone with a heavy usage profile will have a significant portion of their system memory dedicated to application data.