Hitachi Acquiring GlobalLogic Inc
After years of negotiations, Hitachi, the world’s largest memory chip maker, has finally completed its acquisition of GlobalLogic, Inc. , an emerging memory solutions and memory-storage equipment maker announced today.
Founded in 1998, GlobalLogic focuses on providing solutions in memory storage, disk storage, data access solutions and system design. In addition, GlobalLogic offers complete solutions from the factory to end customer, including software and services for data storage and management.
GlobalLogic is one of a handful of companies that are currently engaged in the memory chip business. Headquartered in San Diego, Calif. , the company has six locations throughout North America, Europe, and Asia.
“GlobalLogic’s strong memory chip solutions, software and services will complement Hitachi’s products and services,” said John Leff, GlobalLogic chairman and chief executive officer. “We are confident that the resulting combined company will offer unmatched value to the industry and enhance our ability to continue delivering innovative memory solutions and services to customers.
The acquisition will create a powerful new offering for GlobalLogic in the memory-storage market. GlobalLogic’s current memory solutions can be found in enterprise and mass storage, and are used by the broadest range of businesses across industry sectors. The new offering will provide GlobalLogic’s customers with cost efficient, reliable, high-performance memory solutions that are easily configured in-house in response to customer demands.
“Hitachi believes strongly in the memory storage business and is well positioned to deliver the solutions its customers want,” says Brian MacLeod, global head of memory at Hitachi. “GlobalLogic’s strong memory solution portfolio, its strong software offerings and its strong service and support capabilities will allow our customers to have complete solutions for all their memory needs.
“This acquisition will provide a strong foundation for GlobalLogic to leverage its expertise in memory solutions, software, and services to create new, comprehensive offerings that can better meet the needs and expectations of our customers,” said John Leff, GlobalLogic chairman and chief executive officer.
Acquiring Hitachi Global Logic Inc.
Article Title: Acquiring Hitachi Global Logic Inc | Computer Hardware. Full Article Text: The Hitachi Global Logic is currently an American computer hardware company. Its hardware line is known for its high-performance logic products, such as its High Performance Logic Board and the Logic Board Series, both of which are designed to improve the performance and reduce the power consumption of logic circuits.
Hitachi Global Logic Inc. is a manufacturer and distributor of high-performance computer hardware. It produced the first high-performance logic board in the 1980s to improve the efficiency of logic circuits. The company has won numerous awards for its hardware lines, including the IEEE Computer Primavera Award for best new computer hardware, the U. National Computer Security Award for best overall computer security product, and the US National Security Award.
Hitachi’s first high-performance logic board was the High Performance Logic Board. It was developed based on AMD’s P4 processor, which was the first consumer computer to have an onboard P4 processor.  That board was widely adopted by high-frequency logic designs in the mid- and late-1980s. After being sold to Hitachi’s rivals, AMD in 1987, Intel in 1992, etc.
The computer hardware firm, Hitachi, produces high-performance logic boards and other high-performance electronic products. Among them are chips, such as those for CPUs and graphics cards.
On January 3, 1973, Hitachi introduced the first commercially available 8-bit microcomputer. The new machine was the Hitachi 904, which was the first 8-bit computer manufactured, priced at $1,500 ($10,000 in 2017) and shipped in September 1973.
On December 30, 1976, Hitachi launched the Hitachi 3000, an eight-bit computer that was the first commercial 8-bit machine with a built-in microprocessor and a memory system that could execute eight-bit instructions.  Later that year, the company introduced the 8600 series, which was an eight-bit system that had a built-in microprocessor, RAM, and a ROM system that could execute the same instructions as an 8-bit machine.
In 1981, Hitachi introduced the Hitachi 9800, a microcomputer that also had a built-in microprocessor and a RAM system, which was the first microcomputer to be sold to a consumer.
Hitachi as the principal partner of COP26.
Article Title: Hitachi as the principal partner of COP26 | Computer Hardware.
There has been much debate among the scientific community over the role of Hitachi and its subsidiary, Fujitsu, in the development of the new generation of computers that are based on the RISC architecture. This debate began when several Japanese companies were announced as being in the forefront of the RISC revolution. Today, Hitachi Electronics and Fujitsu Limited are the primary leaders in this area. In this article, I discuss the roles played by the two firms in the design, development, and manufacturing of the main components that make up the chips found in the new generation of computers.
Hitachi was a pioneer of RISC technology, not because it was the first to develop and introduce the technology but because it was the first company to bring in the key elements of the RISC architecture—register and pipeline units—to mass markets under the RISC logo (with the letters RISC, for Register, and CPLD for Pipeline Logic). To see the complete picture, we need to go back to the time before the introduction of RISC technology to the Japanese firms Hitachi and Fujitsu.
The RISC era is long over. It has been replaced by x86 architecture and RISC architectures. The Japanese firms involved in IIC development have stopped working on RISC architectures.
Hitachi and Fujitsu have been working on the RISC and x86 revolution since the mid-1980s. Hitachi was a pioneer in the development of the RISC architecture with a range of companies working on RISC architectures and systems. Although Hitachi began developing its own RISC machines in 1982, it was Fujitsu Limited that became the primary force behind the development of the IIC chips at the beginning of the 1990s.
Two Japanese companies have dominated the RISC technology in the last twenty years.
Hitachi started the development of the RISC chips in the 1980s and the first IIC systems were developed, using a number of Hitachi products, including the Pico (a Japanese computer) and a number of IBM computers.
Hitachi: +81 70 3811 5305
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By Philip B. Koehler, Ph.
A new report on the prospects of home PC systems is out, “Hitachi: Global Trends in the Home Personal Computer Industry,” from Macromedia, and the chart that opens the paper is a snapshot of the last two years’ hardware sales of the top five of the 10 leading computer manufacturers. The three-month period was October 2007 to June 2008, and they are not what you might expect from such a recent report.
By the way, here is the chart as of the first of July, and the three months are a bit behind the latest Macromedia data, which are now three months behind.
The reason for the delay is that the top of the chart is the top of the year, not the top of the decade, and the data are not as good as they might be now. The Macromedia survey was taken only a month ago, and was by far the most comprehensive data available then, so the top companies may be getting closer. But the companies that have the fastest increase in their sales are still Macromedia’s clients — HP, Dell, and Lenovo are two of the top five, and IBM has the fourth.
Also in Macromedia’s report is a chart for notebook computer sales — the top five of the 10 most popular names. Again, the new data are even more late than the chart for computer systems, and the new report gives a snapshot of trends only a few months after the first of the new year.
The best chart is in a rather bizarre way. For the best of the year, the top five PCs manufacturers sold the most products, but only two of them were PC builders, HP and Dell. The next best five were Lenovo, Motorola, Hewlett-Packard, and Acer. But in the second year of the new millennium, the top five are Acer, IBM, Dell, Fujitsu, and HP.
One reason for the lack of PC builders in the second chart is that the PC builders are not doing as well as the PC builders were in the first chart.
Tips of the Day in Computer Hardware
How do installation instructions work when you have a new computer with no previous support for new hardware? This month’s topic in Hardware Help is, of course, the subject of installation. But it has become a subject of its own, with lots of advice and tips on how to get the best out of your hardware.
I’m a big fan of hardware installation instructions, so I’ve spent a lot of time reviewing the ones I find. I know that some of you reading this are already using new hardware, and I hope that the tips here can help you along.
Before we get to the new hardware, here’s one easy rule of thumb to get a good start: The more you know about how things work, the more you’ll know to make a good choice.
It’s a good place to start, and it’s free for all of you to contribute to.
As I mentioned, this is a new topic, so I’m going to start with the basics first.