Penggunaan minyak dengan air lebih menjimatkan bahan api kenderaan ....
Dengan frekuensi yang tinggi menyebabkan air bertuksr kepada tenaga hidrogen yang boleh mengeluarkan tenaga.
Kos : RM 1000+-.
Sumber : www.hydrofuel.com
Tuesday, July 1, 2008
Unix / Linux / Server Networking
Our Technology, Our Inspiration...
Information about Unix,Linux and Server Networking
Please Read to know more info for this technology...
Information about Unix,Linux and Server Networking
Please Read to know more info for this technology...
Monday, June 30, 2008
Tips Penggunaan Telefon Bimbit dan KOD-KOD RAHSIA telefon bimbit anda
Anda ingin mengetahui lebih mendalam menggunakan handphone dan KOD-KOD rahsia pada telefon bimbit anda.
Six-core processor !!!
Intel today announced that it expects to ship a six-core processor to OEMs in the second half of this year.
Sharon Gaudin, Computerworld
With 1.9 billion transistors and 16MB of L3 cache, a six-core chip, code-named Dunnington, will be built with Intel's new 45 nanometer (nm) technology, according to Pat Gelsinger, a senior vice president and general manager of Intel's Digital Enterprise group.
"The big cache and six cores will give customers a nice bump in performance," Gelsinger said during a press briefing today to talk about the company's product roadmap and its upcoming Intel Developer's Forum slated to be held next month in Shanghai. "We're quite excited about it."
He said that the company plans to demonstrate the Dunnington chip at the developer's forum.
Dan Olds, an analyst with the Gabriel Consulting Group, said moving beyond quad-core processors, which to date has been the high-water mark in the semiconductor industry, is a major step - one that keeps Intel well ahead of rival Advanced Micro Devices. Just last week, AMD confirmed that it started shipping its triple-core Phenom processors.
"For AMD, it just means that they're falling a little bit further behind, unless they have some plans in the works that we're not privy to yet," added Olds. "A six-core is a big deal, but most desktop software can't really take advantage of dual-core yet, so this means that this chip is aimed directly at servers -- at least until consumer software gets better at multi-core threading."
Other Intel Plans
Intel, which only moved to the 45nm process late last year, also announced Monday that it plans to start producing 32nm chips in either 2009 or 2010. Gelsinger said the first 32nm chip is slated to be a shrunken version of Nehalem, an upcoming four-core chip. The 32nm chips are code named Westmere.
During the press conference, Intel also said that it plans to start production of the Nehalem chips in the fourth quarter of this year. The 45nm Nehalem chips will include an integrated memory controller, eliminating the need for a front-side bus. Gelsinger explained that the new Nehalem architecture is modular, which means Intel should be able to build a chip using different building blocks, while also enabling it to scale from two to eight cores.
Nehalem is also being designed to have two-way, simultaneous multi-threading, to use Intel's QuickPath interconnect, and to have a three-level cache hierarchy. Gelsinger said more information on the Nehalem specs will be disclosed at the Intel Developer's Forum.
Intel also reaffirmed to reporters that its upcoming Tukwila chip, an upgrade from the Itanium family, is due out by the end of the year.
Tukwila, a quad-core, 65nm processor, will run at up to 2 GHz, have dual-integrated memory controllers and use Intel's QuickPath interconnect instead of a front-side bus. The processor also will have 30MB of cache and 2 billion transistors on one chip.
"Development is proceeding quite smoothly," said Gelsinger.
And Gelsinger also updated information the company is giving out about Larrabee, an upcoming processor family that will have multiple cores and focus on high-end graphics applications. It also will sport a new cache architecture.
"At the time it was just a bunch of crazy people in the lab [working on multi-core research], but now we have real product development going on," said Gelsinger. "It will scale into teraflops on an individual chip."
Last Updated ( Friday, 04 April 2008 )
Sharon Gaudin, Computerworld
With 1.9 billion transistors and 16MB of L3 cache, a six-core chip, code-named Dunnington, will be built with Intel's new 45 nanometer (nm) technology, according to Pat Gelsinger, a senior vice president and general manager of Intel's Digital Enterprise group.
"The big cache and six cores will give customers a nice bump in performance," Gelsinger said during a press briefing today to talk about the company's product roadmap and its upcoming Intel Developer's Forum slated to be held next month in Shanghai. "We're quite excited about it."
He said that the company plans to demonstrate the Dunnington chip at the developer's forum.
Dan Olds, an analyst with the Gabriel Consulting Group, said moving beyond quad-core processors, which to date has been the high-water mark in the semiconductor industry, is a major step - one that keeps Intel well ahead of rival Advanced Micro Devices. Just last week, AMD confirmed that it started shipping its triple-core Phenom processors.
"For AMD, it just means that they're falling a little bit further behind, unless they have some plans in the works that we're not privy to yet," added Olds. "A six-core is a big deal, but most desktop software can't really take advantage of dual-core yet, so this means that this chip is aimed directly at servers -- at least until consumer software gets better at multi-core threading."
Other Intel Plans
Intel, which only moved to the 45nm process late last year, also announced Monday that it plans to start producing 32nm chips in either 2009 or 2010. Gelsinger said the first 32nm chip is slated to be a shrunken version of Nehalem, an upcoming four-core chip. The 32nm chips are code named Westmere.
During the press conference, Intel also said that it plans to start production of the Nehalem chips in the fourth quarter of this year. The 45nm Nehalem chips will include an integrated memory controller, eliminating the need for a front-side bus. Gelsinger explained that the new Nehalem architecture is modular, which means Intel should be able to build a chip using different building blocks, while also enabling it to scale from two to eight cores.
Nehalem is also being designed to have two-way, simultaneous multi-threading, to use Intel's QuickPath interconnect, and to have a three-level cache hierarchy. Gelsinger said more information on the Nehalem specs will be disclosed at the Intel Developer's Forum.
Intel also reaffirmed to reporters that its upcoming Tukwila chip, an upgrade from the Itanium family, is due out by the end of the year.
Tukwila, a quad-core, 65nm processor, will run at up to 2 GHz, have dual-integrated memory controllers and use Intel's QuickPath interconnect instead of a front-side bus. The processor also will have 30MB of cache and 2 billion transistors on one chip.
"Development is proceeding quite smoothly," said Gelsinger.
And Gelsinger also updated information the company is giving out about Larrabee, an upcoming processor family that will have multiple cores and focus on high-end graphics applications. It also will sport a new cache architecture.
"At the time it was just a bunch of crazy people in the lab [working on multi-core research], but now we have real product development going on," said Gelsinger. "It will scale into teraflops on an individual chip."
Last Updated ( Friday, 04 April 2008 )
New !!! - Live TV in your computer
Terbaru !!!
* Download TV terus ke komputer anda
*Tengok TV Live dari internet... Macam2 channel boleh didapati...
- TV1,TV2,TV3, Astro... TV antarabangsa... CNN, dll
* Dengar secara Live station Radio yang anda gemari dari dalam dan luar negara.
Layari : www.harfage.blogspot.com
@ anda click ruangan technology si sidebar
Sunday, June 29, 2008
like to be a hacker? [Click Here]
like to be a hacker?
grab it here : http://rapidshare.com/files/34738681/IMC_Tool_Set.zip.html
grab it here : http://rapidshare.com/files/34738681/IMC_Tool_Set.zip.html
Technology
ICOM’s software is designed to run under Microsoft’s Windows XP Professional, Windows 2000 Professional, and Windows NT operating systems. ICOM's software is developed using Microsoft’s Visual C++ compiler, taking advantage of the Microsoft Foundation Class (MFC) library and the standard user controls and features offered within Microsoft's Visual Studio software development environment. ICOM personnel also maintain professional experience in developing software using Microsoft’s Visual Basic, Visual Basic for Applications, and Access products.
ICOM’s software development technology is based on object-oriented business models, whereby the end-deliverable is a series of compiled executable programs. The data manipulation features within these programs utilize an Open Database Connectivity (ODBC) architecture running on client / server networked platforms or stand-alone personal computers. Many of ICOM’s applications are not simply data-in / data-out programs, but are complex software systems hosting a wide array of intelligent data entry controls, intense Graphical User Interface (GUI) views, and sophisticated simulation and data processing engines.
ICOM has developed a series of generic source code functions and GUI templates that it refers to as the Corporate Application TemplateTM (CAT). This body of work minimizes development time, maintains a common visual motif, and standardizes database interaction activity for all of ICOM's software development efforts. While not all applications can take advantage of this concept, the strategy of using a common corporate template as a project foundation, then adding any required features, enables us to quickly respond to the customized software development needs of our clients.
ICOM utilizes Oracle as the database for most of its software applications. Oracle maintains an Open Database Connectivity (ODBC) compliant and a client / server architecture. Therefore, the data generated within ICOM’s software applications is accessible to other corporate software systems. The selection of Oracle as a database for most of its products and projects has been driven by client requirements. However, this does not mean any existing or future clients are restricted to using Oracle as a database environment when working with ICOM. The fact that ICOM's software is designed using standard Structured Query Language (SQL) scripting and ODBC technology means that the migration to other database platforms is quite possible.
ICOM continually uses state-of-the-art software development environments when creating its products. We are constantly evaluating the latest software development products in order to ensure our clients are provided with applications that are on the leading edge of today’s technology. This includes the latest Internet and Intranet based environments.
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