The world of computers would not exist if it were not for hardware. When referring
to IT
(Information Technology)
and computers, the word 'hardware' emcompasses many
different (visible) parts of a system. Hardware can best be defined by physical
parts that can be seen and touched. They include (but are'nt limited to) computer
memory (RAM), chips, mother boards, a mouse, a keyboard, a monitor, etc. By reading
this hardware section, you will gain better overall knowledge of what constitutes
the hardware portion of computers used in business today.
Hardware-Related Issues
Microchip adds new instructions while operating
The S5000 chip combines an existing RISC (reduced instruction set computing)
architecture with a large reconfigurable area of programmable logic called the
Instruction Set Extension Fabric, ISEF. The company's own C/C++ compiler
automatically spots areas in a program that require intensive computation and
creates new instructions for the processor to handle those tasks. "Operations
that might have needed hundreds or thousands of standard instructions can be
handled in one," said Gary Banta, chief executive of Stretch. "Designers that have
had to use multiple digital signal processor chips can get equivalent performance
with the S5000, just through writing high-level software."
Grid computing market to exceed $12 billion by 2007
"Grid adoption will take root in the generalized IT infrastructure and to see
early adoption begin in areas that are not mission critical." IDC attributes the
projected revenue increase to a number of factors, including the maturation and
standardization of Grid software, the drive for efficient use of IT infrastructure
by end users, the expanded awareness of Grids, and the expansion of the market
beyond traditional HPC applications and users. The study, Role of Grid Computing
in the Coming Innovation Wave, says the Grid market is beginning to split into
three distinct segments: compute, data, and optimization.
BIOS software hasn't changed much in decades, but...
The BIOS software that sits between the operating system and a PC's hardware
hasn't changed much in decades. Now, Phoenix Technologies wants to introduce
greater security, usability and copy protection. Phoenix, one of the biggest
makers of BIOS (basic input/output system) software, has released the first
entry in a line of next-generation products that it promises will drive utility
computing and prevent unauthorized users from misusing protected intellectual
property. The Core Managed Environment (CME) TrustedCore NB for notebooks and
tablet PCs, announced this week, is the first product in Phoenix's Core System
Software (CSS) category, designed to extend the usefulness of the humble BIOS.
TrustedCore NB is meant to allow businesses to keep their mobile computers safe
from identity theft, unauthorized network access and data loss. Future versions
will take aim at servers, blades, desktops and embedded systems such as consumer
electronics, with plans to introduce digital rights management (DRM) and more
closely integrate the BIOS with Windows.
Researchers set an Internet speed record
Researchers have set a data transmission record over the Internet2's high-speed
backbone. The record, announced Tuesday at the Spring 2004 Internet2 member
meeting in Arlington, Va., was for transmitting data over nearly 11,000 kilometers
at an average speed of 6.25 gigabits per second. This is nearly 10,000 times faster
than a typical home broadband connection. The network link used to set the record
reaches from Los Angeles to Geneva, Switzerland. Internet2 is a consortium of more
than 200 universities working with industry and government to develop
next-generation Internet technology. The Internet2's contest, which began in
2000, is open and ongoing, and it tests researchers' ability to build the
highest-bandwidth, end-to-end Internet Protocol network.
Hewlett-Packard eliminating its Itanium workstations
One of the most aggressive promoters of Intel's Itanium family of processors,
Hewlett-Packard, is eliminating its line of workstations that use the
microprocessors. The decision by the Palo Alto, Calif.-based computing giant
will likely be interpreted as a large symbolic blow to Itanium's fortunes. HP
co-designed the basic Itanium architecture with Intel and has committed to
adopting the chip extensively in its high-end server line. HP is getting rid of
its Itanium workstations, which use the Itanium 2 chip, because of the growing
popularity of chips that can run 32-bit and 64-bit software similar to standard
Windows and Linux code, such as the Opteron from Advanced Micro Devices and some
of Intel's latest Xeon chips. Itanium requires software specially ported to the
chip.
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