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Latest ASUS

2008-08-18T21:08:00.000-07:00

ATI
ATI RADEON XPRESS 200
Intel
Intel G31	Intel Q35	Intel X38	Intel P45	P35
Intel G33	Intel 945G
INTEL
Intel 915GL
Intel
Intel 925XE	Intel 925X	Intel 946GZ	Intel 955X	Intel 945P
INTEL
Intel 915PL
Intel
Intel G35	Intel 915P	Intel 915G	Intel 865PE	Intel 945GZ
Intel 865GV	Intel X48	Intel 848P	Intel 915GV	Intel 945GC
Intel 945	Intel P965	Intel G965	Intel 975X
NVIDIA
NVIDIA® nForce4 SLI Intel® Edition	NVIDIA® nForce™ 570 SLI™ Intel® Edition	NVIDIA® nForce Dual PCI-E x 16	NVIDIA Dual x16 SLI	NVIDIA nForce 790i Ultra SLI
NVIDIA GeForce 7050 / nForce 610i	NVIDIA nForece® 750i SLI™
NVIDIA nForce® 680i SLI™
NVIDIA nForce® 680i SLI™
NVIDIA® nForce® 650i SLI™
NVIDIA® nForce® 650i SLI™
SiS
SiS 661FX/964	SiS 656	SiS 671FX	SiS 671DX
VIA
VIA PT880 Ultra	VIA P4M800 PRO	VIA P4M900

ASUS Motheboard Drivers

2008-08-18T21:04:00.000-07:00

Version

1.0.0.3

2005/12/28 update

OS	Win2K / WinXP / Win2003 / WinXP 64bit / Win2003 64bit

Description

ULi Chipset Driver version 1.0.0.3
ULi Chipset Driver version 1.0.0.3 for Windows 2000/XP/2003(WHQL) & for Windows 64Bit XP/2003.

File Size

7.63 (MBytes)

Download from

Global China

Version

V5.10.01.4150B

2005/10/20 update

OS	Win2K / WinXP / Win2003

Description

SoundMAX AD1986A Audio Driver V5.10.01.4150B for Windows 2000/XP/2003.

File Size

10.13 (MBytes)

Download from

Global China

Version

V5.10.01.4150

2005/10/20 update

OS	WinXP 64bit / Win2003 64bit

Description

SoundMAX AD1986A Audio Driver V5.10.02.4150 for Windows 64bit XP/2003.

File Size

10.56 (MBytes)

Download from

Global China

Version

5.10.01.4140

2005/09/30 update

OS	Win2K / WinXP / Win2003

Description

ADI1986A SoundMax Audio Driver Version 5.10.01.4140
ADI1986A SoundMax Audio Driver Version 5.10.01.4140 for Windows 2000/XP/2003

File Size

10.37 (MBytes)

Download from

Global China

Version

3.50

2005/09/30 update

OS	Win2K / WinXP / Win2003 / WinXP 64bit / Win2003 64bit

Description

ULi Lan Driver (PCI Fast Ethernet Controller) V3.50
ULi Lan Driver (PCI Fast Ethernet Controller) V3.50 for Windows 2000/XP/2003 & for Windows 64Bit XP/2003.

File Size

3.17 (MBytes)

Download from

Global China

Version

6.14.10.6553

2005/09/30 update

OS	Win2K / WinXP / Win2003 / WinXP 64bit / Win2003 64bit

Description

ATI Display/Control Panel Driver V6.14.10.6553
ATI Display/Control Panel Driver V6.14.10.6553 for Windows 2000/XP/2003 & 64bit XP/2003.(WHQL)

File Size

55.52 (MBytes)

Download from

Global China

INTEL SOFTWARE, Drivers

2008-08-18T20:57:00.000-07:00

Top Downloads

1. INF Update Utility - Primarily for Intel® 800 Series Chipsets

Installs INF files that inform the OS how to properly configure the Intel® 810/815/820/830/840/852/855/860 Chipset families.

2. Intel® Graphics Media Accelerator Driver for Windows* XP (exe)

3. Intel® Chipset Identification Utility

4. Network Adapter Drivers for Windows* 2000, Windows* XP, and Windows Server* 2003

5. Audio: ADI* 1985 Driver

6. LAN: Intel® PRO Network LAN Connection Driver

7. Intel® Graphics Media Accelerator Driver for Windows* XP (exe)

8. Audio: Realtek* ALCxxx Driver

9. Performance Software - Intel® Application Accelerator

10. Microsoft* HDA Package

INTEL Jobs

2008-08-18T20:55:00.000-07:00

Manufacturing technicians are at the heart of Intel's mission to build the world's best processors. Technicians accomplish their work at our 15 fabrication facilities worldwide, using the most advanced manufacturing processes. If you enjoy working with the latest technology in a rewarding, fast-paced environment, a career in manufacturing at Intel may be for you.

Discover a broad range of opportunities for technicians in the following areas:

Working as a team in the world's most advanced fabrication facilities.

Manufacturing state-of-the-art integrated circuits using advanced silicon technology and tools.

Being part of exciting new manufacturing processes, including 300MM wafers and 45-nanometer technology.

Being involved in key segments of the semiconductor fabrication process, such as microlithography, plasma/reactive ion processing, ion implantation, chemical vapor deposition, high-purity metal sputtering or solid-state diffusion to achieve factory goals for safety, quality, production output and team performance.

Manufacturing hardware components including boards and systems.


What you'll do

Intel's state-of-the-art processes and products give you the opportunity to learn a variety of technical and manufacturing skills, from operations to equipment repair and troubleshooting, in a demanding and challenging production environment.

Below are examples of the types of work that you can be a part of as a technician:

Manufacturing technicians operate, maintain and repair specialized processing equipment in a clean room environment and maintain high-volume output without compromising safety or quality. Hardware Manufacturing technicians provide support for the high-volume manufacturing of boards or systems. In addition, they operate tools, perform preventative maintenance, participate in process control and drive problem resolution.

Labs technicians work in validation, engineering and maintenance. Responsibilities include collecting and validating data, supporting engineering functions, and performing debugs and preventative maintenance.

Facilities technicians maintain Intel's facilities to a high standard. From managing mechanical systems and electrical distribution to monitoring water purity and waste management, facilities technicians keep Intel's manufacturing facilities operating.


What you'll bring

Hardware manufacturing technicians need a two-year technical degree in the following (or related) disciplines:

Electronic engineering technology
Manufacturing technology
Computer technology
Mechanical technology
Military (avionics, electronics, or nuclear)

Integrated Circuit Manufacturing technicians need a two-year technical degree in the following (or related) disciplines:

Electronic engineering technology
Computer technology
Mechanical technology
Facilities technology
Semiconductor manufacturing
Technical military training and experience (avionics, electronics, or nuclear)

In addition, Intel is looking for qualified individuals with the right combination of skills and experience in:

Facilities technology such as: RODI, HVAC, water quality and process waste recycling
Facilities and production floor planning, safety and ergonomics
Integrated-circuit fabrication (lithography, diffusion, thin films, etch, metalization, CVD and planarization)
Failure/defect analysis
Process integration
Process design and yield improvement
Test and debug techniques
Basic electronics, equipment troubleshooting, installation, repair and operation Semiconductor manufacturing technology
Production operations and flow management
Package materials design/analysis
Packaging and assembly technology
Automation software, engineering and hardware repair
Statistics and fault grading


Opportunities

We have opportunities for both recent college graduates as well as individuals with related work experience and military background. Intel's senior positions combine engineering and manufacturing work with management responsibilities.

INTEL Jobs

2008-08-18T20:53:00.000-07:00

At Intel, we constantly push the boundaries of innovation in order to make people's lives more exciting, more fulfilling, and easier to manage. Employees in our platform groups focus on technology that will make life richer and more convenient for everyone it touches. These technologies include Mobility, Digital Enterprise, Digital Home and Digital Health. Product development starts with rigorous analysis at the component feasibility stage and continues through production ramp. Systems engineers work on early product definition, ensuring that new product families meet quality and reliability requirements. Hardware teams work directly with process design and development teams to devise the best methods of production.


What you'll do

Ensure the testability and manufacturability of integrated circuits.

Evaluate, develop, and debug complex test methods.

Optimize component production with focus on quality and cost.

Work with process technology development and product teams on process and design.

Develop reliability models that address return on investment (ROI), process limitations, Q&R requirements, and product usage models.


What you'll bring

Typical degrees include BS, MS, or PhD in electrical engineering, mechanical engineering, electrical and computing engineering, or computer science.

Experience with board design and analysis; ASIC design, analysis, and simulation; and design for manufacturability.

Experience with Cadence Concept and Allegro; RF circuit design and debug; firmware development.

Knowledge of networking/communications protocols, Windows development, object-oriented design, compilers, and Active X.

Strong programming skills in C, C++, TCL, assembly and Perl.


Opportunities

Select Engineering from our database to view jobs.

Games live

2008-08-18T20:42:00.000-07:00

Games for Windows - LIVE

News

Games for Windows announces free LIVE service

Catch the new TombRaider: Underworld trailer!

E3 News and Events

Top Games

1. GRID™
2. Sins of a Solar Empire
3. Age of Conan: Hyborian Adventures™
4. LEGO® Indiana Jones™: The Original Adventures
5. Lost Planet™ Extreme Condition - Colonies Edition

ATI Radeon™ HD 4800 Series

ATI Radeon™ HD 4800 Series GPUs bring the power of graphics ‘supercomputing’ to gamers, setting a new standard for visual computing.

Games for Windows Newsletter

Microsoft drivers innovation in Video, Graphics and Photography

2008-08-18T20:23:00.000-07:00

Microsoft Drives Innovation in Video, Graphics and Photography at SIGGRAPH

Q&A: Richard Szeliski, principal researcher at Microsoft Research, discusses Microsoft’s participation at SIGGRAPH 2008 and the Research group’s commitment to push the state of the art in graphics innovation.

Microsoft Resources

•	“Using Repeated Image Content to Render Photos More Efficiently”
•	“Photo Tourism: Still Photography in Motion”
•	Microsoft Research Web site: the original Photo Tourism work
•	Live Labs Webs site: Photosynth
•	Unwrap Mosaics Paper, images, and videos

Other Resources

•	University of Washington Web site describing “Finding Paths through the World’s Photos”
•	University of Jerusalem Web site describing “Edge-Preserving Decompositions for Multi-Scale Tone and Detail Manipulation”
•	Researcher Web site host for “BSGP: Bulk-Synchronous GPU Programming”
•	Georgia Tech Web site describing “Factoring Repeated Content Within and Among Images”

LOS ANGELES — Aug. 12, 2008 — Computer graphics are everywhere: on the Web, at the movies, in video games and on our cell phones. This week, the computer graphics world has converged at the Los Angeles Convention Center for SIGGRAPH 2008, the annual international conference for presenting new scholarly work in visual effects, animation and interactive techniques. Microsoft researchers are presenting papers on such diverse topics as computational photography, image-based modeling and video editing.

Richard Szeliski, principal researcher, Microsoft Research.

PressPass spoke with Richard Szeliski, principal researcher in the Interactive Visual Media group at Microsoft Research, and co-author of two papers being presented at SIGGRAPH, to find out how cutting-edge research from Microsoft is fueling the future of the computer graphics and visual effects environment.

PressPass: What makes SIGGRAPH such an important event for the graphics industry and specifically for Microsoft?

Szeliski: Within the industry, SIGGRAPH is viewed as the launching pad for innovations in computer graphics, a space that is very important to Microsoft. Graphics are extensively used nowadays, right from computer games and data exploration to image-based modeling and photo editing. SIGGRAPH features a lot of new, experimental work in the graphics field. Breakthroughs in computer graphics that are unveiled at SIGGRAPH frequently end up in Microsoft’s image editing products. Microsoft Research is dedicated to advancing the state of the art in graphics and has remained at the forefront of innovation in the graphics space.

PressPass: Do you anticipate breakthroughs in any one area of computer graphics to emerge as a strong trend at SIGGRAPH this year?

Szeliski: Last year photography was a strong trend at SIGGRAPH, especially computational photography. I expect that it will continue to be a major trend at this year’s conference as well. We have two papers from our group that address the computational photography space and there is a lot of innovation and experimentation that is currently taking place in this specific area.

Microsoft Research at SIGGRAPH

A complete list of papers from Microsoft Research to be presented during SIGGRAPH 2008 can be found here. Microsoft-presented papers at SIGGRAPH will address diverse aspects of photography, video editing and visual graphics.

•	“Unwrap Mosaics, ACM Transactions on Graphics” by A. Rav-Acha, P. Kohli, C. Rother and A. Fitzgibbon introduces a new video representation to simplify editing tasks. The findings enable both home users and professionals to easily deform 3-D objects and edit complex imagery using a 2-D representation.
•	“Factoring Repeated Content Within and Among Images” by H. Wang, Y. Wexler, E. Ofek, and H. Hoppe presents ways to reduce transmission bandwidth and memory space for images by factoring repeated content. The research reveals that retaining only a portion of an image is sufficient for rendering the whole, reducing the amount of information that needs to be stored, both on disk and in memory.
•	“BSGP: Bulk-Synchronous GPU Programming” by Kun Zhou and Baining Guo presents a new programming language for general-purpose computing on the CPU. By adding a bare minimum of extra information to a sequential C program, programmers describe parallel processing on the GPU. The most important advantage of BSGP is that it is easy to read, write and maintain.

PressPass: What is computational photography?

Computational photography is a rapidly expanding field at the convergence of photography, computer vision, image processing and computer graphics. It leverages the power of digital processing to overcome limitations of traditional photography and offers opportunities for the enhancement and enrichment of visual media.

Editing a video of a talking head. The input images are automatically converted to an “unwrap mosaic” without an intervening 3D reconstruction. Painting the mosaic and re-rendering the video allows us to add virtual make-up (eyebrows, moustache, and rouge on the cheeks) to the actor, as if to a texture map on a deformable 3D surface. From the paper “Unwrap Mosaics: A new representation for video editing.”

PressPass: What can you tell us about your paper titled “Finding Paths Through the World’s Photos,” which is being presented at the conference?

Szeliski: This paper is a follow-up to an earlier project, Photo Tourism, a technology developed in collaboration with Steven Seitz and Noah Snavely of the University of Washington, and presented two years ago at SIGGRAPH. Photo Tourism is basically a system for interactively browsing and exploring large collections of photographs of a scene using a 3-D interface. This system takes sets of images from either personal photograph collections or photograph-sharing Web sites, and automatically computes each photo’s viewpoint into a 3-D model of the scene. The photo explorer interface enables the viewer to interactively move about the 3-D space by transitioning between photographs, based on user control.

Our paper addresses better ways to navigate between the photos in a Photo Tour by displaying in-between images as the user views successive photos or rotates around an object. When a scene is photographed many times by different people, the viewpoints often cluster along certain paths that are specific to the scene being photographed. We discover such paths and turn them into controls for image-based navigation, so that the scene can then be interactively browsed in 3-D using these controls.

PressPass: What area of research do you address in your second paper, “Edge-Preserving Decompositions for Multi-Scale Tone and Detail Manipulation”?

Szeliski: This paper is more of a classical computational photography study and deals with multiscale tone and detail management. In this paper, we look at the possibilities of enhancing contrast in photographs in a way that lets the user control whether details or global properties are modified.

This study explores the potential of controlling visual qualities such as the tonal balance and the amount of detail. Earlier techniques have not historically had the ability to control the scale at which filtering effects can be applied. The objective of our new algorithms is to achieve very fine-scale detail control in photographs, without producing what we call “halo artifacts” near the edges of objects in the rendered image. We are working within the realm of photo editing and exploring ways to make photographs look better.

PressPass: What are some of the of real-world applications of this technology?

Szeliski: The advanced features, such as detail manipulation and photo quality enhancement, can be incorporated into photo-editing products. Both home users and professionals actively use photo-editing software. People are always trying to increase the contrast and visibility of details in the photos that they take. These techniques allow users to do this without any distracting halo artifacts.

PressPass: What are some of the significant technology launches that you’ve witnessed at past SIGGRAPH conferences?

Szeliski: There have been many important launches over the years. In recent times, computational photography is probably the most significant area that has been in the spotlight at SIGGRAPH. We’ve also seen a lot of activity in such areas as image-based rendering as well as geometric modeling, which gives structure to 3-D computer graphics. At earlier SIGGRAPH conferences, my colleague Hugues Hoppe presented some groundbreaking work on progressive meshes, which enables 3-D models to transition smoothly among different levels of complexity based on a single model. And finally, there is always a fair amount of innovation around more classical areas such as computer animation, which underlies the gaming industry.

PressPass: What is the value of industry-academia collaboration?

Szeliski: Microsoft Research has been actively building partnerships with academia over the years. Many of our researchers are visiting professors at universities. We regularly advise students and frequently recruit interns to come in and work with us on projects. Some of our researchers have colleagues at universities and have engaged in joint research ventures with them. Microsoft’s participation at SIGGRAPH also underscores an ongoing emphasis on collaboration with academia. Ten of the Microsoft-presented papers have been co-authored with academic partners from around the globe. Both of my papers being presented at SIGGRAPH this year have been co-written with university researchers, from the University of Washington and the Hebrew University of Jerusalem

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2008-07-17T17:03:00.000-07:00

satyam emito (Athidi)

2008-07-17T16:51:00.000-07:00

Journey to the center of the Earth 3D

2008-07-17T16:09:00.000-07:00

Journey to the center of the earth 3D

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EDEN LOG

2008-07-17T16:05:00.000-07:00

EDEN LOG

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Nani (Mahesh)

2008-07-17T15:54:00.000-07:00

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2008-07-14T12:13:00.000-07:00

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NewGen computer

2008-07-07T21:15:00.000-07:00

The AlphaGrip HC – An Ergonomic, High Speed, Handheld Computer

The AlphaGrip Handheld Computer (AlphaGrip HC) has full-size rocker keys on the back which, along with the thumb keys on the front, enable high speed, 10-finger touch-typing and gaming at rates of 250-350 key presses or 50-70 words per minute. In addition, the thumb-controlled trackball provides the same functionality as a desktop mouse. With an AlphaGrip HC a user could quickly and comfortably create text messages, emails, and documents, write code, take notes, enter data, and do graphic design, or play sophisticated PC games, from any location in any position; while standing, walking, sitting, riding, or reclining. You can learn to touch type on an AlphaGrip in about a third the time it takes to learn on a keyboard, and you will increase your productivity, relative to using a thumb keyboard, by more than 200 percent.

Entry Details

Passion
Today, you can’t be as productive on a handheld computer which relies on handwriting recognition, a thumb keyboard, or an onscreen keyboard as its human/computer interface. In order to have maximum productivity on today’s handheld computers you must connect them to a full-size keyboard supported by a stationary, elevated, flat surface, thus converting your handheld into a desktop. By increasing handheld texting speed by more than 200%, the AlphaGrip HC will enhance the computing experience for everyone who wants or needs to have total desktop computing capabilities wherever they happen to be: standing at a press conference or in your kitchen, sitting in an auditorium, in a classroom, or on a park bench, walking around the neighborhood, campus, or tradeshow, riding in a train, plane, bus or car, leaning back in a recliner or sitting on the floor in the family room, laying on a blanket at the beach, or on a sofa, chair, or bed at home, in a hotel, or at a hospital.

Users’ Culture & Lifestyle
The audience for highly productive, handheld computing is so large and diverse that it encompasses a multitude of habits and practices among users of all ages, from students to professors, patients to doctors, gamers to software engineers. The AlphaGrip audience wants to enjoy total computing capabilities anywhere, without having to get to a stationary, flat, elevated surface to get “real” work done with a full-size keyboard. Today, users of handheld computers or smartphones can only create short messages or retrieve web pages or documents for viewing, but the creation of detailed emails, documents, or coding in a productive manner, requires a full-size keyboard and mouse. The AlphaGrip HC would provide all the functionality of a ultramobile computer, but with full-size keyboard functionality for truly productive, anywhere computing.

Market Viability
The AlphaGrip HC's design, which looks and feels like a game controller, appeals to the video gaming generation, ages 10 to 45, who associate a game controller with fun and excitement. It also appeals to heavy computer users such as software engineers, graphic designers, students, reporters, and knowledge workers in general, who will appreciate the benefits of comfortable, anywhere, desk-free computing, and to computer users in vertical markets including policemen, soldiers, package delivery people, insurance claims adjusters, healthcare professionals, surveyors, investigators, and others. It also appeals to teens and young adults who would carry it in their backpack and use it to text 2-3 times faster than on their cell phones, take notes in class, and surf the net as quickly and efficiently as if they were using a desktop computer. A next-generation AlphaGrip HC could fold into a pocket and unfold for use, thus attracting an even larger audience.

Size
The current embodiment of the AlphaGrip HC is 6 5/8” tall (9 ¾” when open) by 6 3/8” wide by 3 ½” deep. The screen is 3” wide by 1 ¾” tall. In a possible alternative embodiment the screen would be 4” by 4”. In another possible alternative embodiment the AlphaGrip folds into a pocketable size; 3 ½” tall by 3 ½” wide by 2 ½” deep and opens to 7” tall by 6 inches wide by 2 1/2” deep.

Overview of Design
The AlphaGrip HC’s innovative design enhances productivity on a handheld computer by using the back surface of the device to house multi-directional keys which enable typing 2-3 times faster than a thumb keyboard. The design also unchains you from your desk by enabling truly productive mobile computing. With its full-size keys and vertical hand orientation, and the fact that it enables a user to rest his hands in his lap and change body positions to reduce the stress on any particular joint, the AlphaGrip HC is more ergonomic than a thumb keyboard or even a standard, full-size keyboard. Its thumb-controlled trackball is also more ergonomic than a mouse, which requires the user to hold his or her arm up on a desk and out to the side. With regard to gaming, by enabling 10-finger control, an AlphaGrip HC would allow a gamer to play desktop PC-quality games that are far more sophisticated than current games for handhelds.

User & Context
There are many different types of potential users of an AlphaGrip HC. Students could use their AlphaGrip HC to take notes in class and do their homework anywhere - from their dorm room to the library, or while sitting on a bench or on the grass out on the quad. Gamers could play sophisticated PC video games anywhere instead of having to be chained to a desk to play. Knowledge workers would be freed from their desks and could be productive anywhere they want to be. Journalists could write their articles without having to get to a desk or find a stationary, flat surface to support a laptop. Workers in various vertical markets would also benefit including package delivery people, surveyors, realtors, policemen, repairmen, soldiers, healthcare providers, claims adjusters, salespeople, and other mobile knowledge workers.

Scenarios of Use
The AlphaGrip scenario is a world of highly productive mobile computing; 200-500% more productive than today. Just as the cell phone freed us from stationary phones on desks, tables, counters, walls and in booths, the AlphaGrip HC will free us from stationary, deskbound or laptop computing.

The design of the AlphaGrip HC benefits the targeted users by enabling the world’s most productive mobile computing. Ever since man first put chisel to stone, he has had to get to a stationary, flat surface to support his writing tools - from chisel to pen to typewriter to keyboard. Thus he had to get to a fixed location or find a flat, stationary surface to record his thoughts, write correspondence, create documents, and record other relevant data at the most productive rate of speed. The AlphaGrip HC delivers on productive mobile computing by enabling ten-finger touch typing and gaming on a handheld device.

User Interface
The design of the AlphaGrip HC makes the PC easier to use by eliminating the necessity to get to a desk or other stationary, elevated, flat surface to compute with maximum productivity. Wherever you happen to be, that’s where you can open your AlphaGrip HC and do anything you can do on a desktop computer as quickly, as efficiently, and more comfortably.

Aesthetics
An AlphaGrip HC represents mobility and freedom, a concept that resonates in everyone. The AlphaGrip HC will attract passionate users by allowing them to comfortably compute from any location in any position and over 200% more productively than with a thumb keyboard.

Technical Aspects
The AlphaGrip HC’s key enabling technology is its handheld, ergonomic, ten-finger typing configuration. The back surface of the AlphaGrip HC houses eight multi-directional keys that enable the user to generate 20 characters, each with a single finger pressing a single key, and an additional 60 characters using three shift buttons. A user can hold it comfortably and firmly while leaving his fingers free for typing. It is much easier to learn to touch type on an AlphaGrip HC relative to a keyboard because you don’t have to learn to move your fingers up, down and across five rows of keys. When you grasp it your fingers fall naturally on all the keys you need for high speed, touch typing at a rate that is 2-3 times faster than you can achieve on a thumb keyboard. And of course the AlphaGrip HC, with its vertical hand orientation, minimum finger movement, and ability to spread the typing duties over 10 fingers instead of just 2 thumbs, is much more ergonomic.

Ecology
The AlphaGrip HC does not incorporate its own environmentally innovative design. But, almost any handheld computing device can be enabled with AlphaGrip technology, so the AlphaGrip HC could incorporate as its core computing component, one that is rated highly environment-friendly. Thus, with regard to energy efficiency, waste reduction and repair/reuse/recyclability, the AlphaGrip HC will be as innovative as the computing device with which it is coupled.

Manufacturability
The AlphaGrip HC’s form factor can be manufactured at a cost which allows mass market pricing. With regard to thermal cooling and noise reduction, the AlphaGrip HC is dependent upon the off-the-shelf computing device it uses as its core, as mentioned above. At bottom, the AlphaGrip HC can be almost any handheld computer with a keyboard wrapped around it in the shape of a game controller.

Computer related

2008-07-07T21:12:00.000-07:00

Security updates

Updated: June 10, 2008

When necessary, Microsoft provides a new security update on the second Tuesday of each month and publishes a bulletin to announce the update. Occasionally, updates are released more often. The links below go to the latest bulletins. Each bulletin includes links to the security updates.

Note To get technical details about updates, review the information published on Microsoft TechNet.

The latest bulletin

•	June 10, 2008 On June 10, 2008 we released 7 security updates that addressed vulnerabilities in Microsoft Windows, Microsoft Internet Explorer, and Microsoft DirectX.

Latest bulletins by program

•	Microsoft Windows: June 2008
•	Microsoft Office: May 2008
•	Microsoft Malware Protection Engine: May 2008
•	Internet Explorer: June 2008
•	Microsoft DirectX: June 2008
•	Virtual PC for Mac: November 2007
•	MSN Messenger: September 2007
•	Virtual Server: September 2007
•	Visual Basic: August 2007
•	JPEG Processing (GDI+): September 2004

Archived bulletins

For previous security update bulletins, see TechNet Microsoft Security Bulletin Search.

Nokia E51

2008-07-07T08:02:00.001-07:00

A Classic Reborn

If you are an executive in the market for a suitable cell phone, Nokia’s E series offers the best bang for the buck. The Nokia E51 is the latest from the venerable E series, and an apt successor to the hugely popular E50 model, which it will eventually replace. The E51 brings in new features at a price that’s hard to beat.

The keypad is completely revised, with dedicated keys for Contacts, Calendar,

E-mail and Home. The soft menu keys, however, are too small for comfort. The rest of the keypad is a delight—good tactile feedback, and key spacing is immaculate. The rubberised keys for volume up / down, push-to-talk and power are hard to operate, though.

The E51 feels peppy—it uses the same processor as on the flagship N95. With 130 MB of memory on board, you can do a lot of multitasking without the phone getting sluggish, and the memory can be expanded to 4 GB via the microSD slot (a 512 MB card comes bundled). The E51 runs on Symbian OS Series 60, and crams in lot of features besides the standard set. Most of these will go down well with executives—for example, the Advance call manager lets you manage incoming and outgoing calls efficiently. In addition, WorldMate, an application for frequent fliers, comes bundled.

The E51 is a 3G, quad-band phone with HSDPA, Wi-Fi (802.11g), Bluetooth, Micro USB and an infrared port. There’s a switch to turn Bluetooth on and off on the main keypad. Multimedia features include a good MP3 player, a 2MP camera with still and video shooting, and FM radio.

Signal reception is good, as is voice clarity. Internet browsing speeds are faster than with the E50 or E61, thanks to the revised Web browser. The camera is above average, but loses performance in low-light conditions. The speakerphone is clear, with little or no echo on the recipient’s side. We got around three days of battery life with nominal usage and a terrific seven days of standby time.

The Nokia E51 retails at Rs 14,699; it is, we think, a must-buy.
Quote:
RATINGS
Features : 4.5
Performance : 4.5
Build Quality : 4.5
Value for Money : 4
Overall : 4.5

Specifications
Weight: 100 gm; Dimensions: 114 x 46 x 12 mm; Quad-band; 2MP camera; Video recording; xHTML browser; Push-to-talk; micro USB, infrared.

Quote:
Contact : Nokia India Pvt Ltd
E-mail : ext-manoj.goel@nokia.com
Web site : www.nokia.co.in
Price : Rs 14,699

Ashok

2008-06-27T15:56:00.000-07:00

Ashok

Complete Review:

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Download Links:

http://rapidshare.de/files/28470431/ash1.rmvb
http://rapidshare.de/files/28471923/ash2.rmvb 

2008-06-27T15:54:00.001-07:00

Bhadra

Part 1
Part 2

Super

2008-06-27T15:53:00.000-07:00

Super Video Songs

ChandraMukhi :
http://www.megaupload.com/?d=4AK9O3A0
Gichi Gichi :
http://www.megaupload.com/?d=01ZZJ9SA
Mastana :
http://www.megaupload.com/?d=1F5GZIG9
Mila Mila :
http://www.megaupload.com/?d=TKKCHS2W
Muddulenti :
http://www.megaupload.com/?d=1SE1HBT4

2008-06-27T15:52:00.000-07:00

Adhirindayya Chandram

Part 1
Part 2

2008-06-27T15:51:00.005-07:00

Mr. Errababu

Part 1
Part 2

2008-06-27T15:51:00.003-07:00

Danger

Part 1
Part 2

Manmadha

2008-06-27T15:51:00.001-07:00

Manmadha

Part 1
Part 2

Oka oorilo

2008-06-27T15:50:00.001-07:00

Oka oorilo

Part 1
Part 2

Prema Chadarangam

2008-06-27T15:49:00.000-07:00

Prema Chadarangam

Clip 1
Clip 2

Dhairyam

2008-06-27T15:47:00.000-07:00

Dhairyam

Part 1
Part 2

Mee sreyobhilashi

2008-06-27T15:46:00.000-07:00

Mee sreyobhilashi

http://www.imdb.com/title/tt1200068/

Rapidshare Links :

Code:

http://rapidshare.com/files/113636109/Mee_Shreyobhilasi_By_Dude_Love.avi.001
http://rapidshare.com/files/113650008/Mee_Shreyobhilasi_By_Dude_Love.avi.002
http://rapidshare.com/files/113655117/Mee_Shreyobhilasi_By_Dude_Love.avi.003

Sendspace Links :

Code:

http://www.sendspace.com/file/sqz36m
http://www.sendspace.com/file/lfz4yw
http://www.sendspace.com/file/z9u5k3

Download all files and Join with HJsplit

Code:

http://www.sendspace.com/file/0copl4

or

http://www.upload66.com/file/12705/hjsplit-exe.html

Bobby

2008-06-27T15:42:00.000-07:00

Bobby 2002

Mahesh Babu, Aarti Agarwal

Download

Mahesh babu

2008-06-20T09:44:00.000-07:00

click on "OLDER POSTS" at the Right side corner to see all data

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Microsoft drivers innovation in Video, Graphics and Photography

Microsoft Drives Innovation in Video, Graphics and Photography at SIGGRAPH

Q&A: Richard Szeliski, principal researcher at Microsoft Research, discusses Microsoft’s participation at SIGGRAPH 2008 and the Research group’s commitment to push the state of the art in graphics innovation.

Related Links

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Microsoft Research at SIGGRAPH

edo manasu paddanu (amma donga)

satyam emito (Athidi)

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Super

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