Intel® Pentium® 4
Socket 775 Processor with HT Technology Intel
introduces the Intel® Pentium® 4 processor with HT Technology targeted for desktop
PCs and entry-level workstations. This Pentium 4 processor features 800MHz FSB
and 1MB cache in the LGA775 package. This new package is pin-less and implements
a 4 wire fan control for improved thermal acoustics. This Pentium 4 processor
is designed to deliver performance across applications and usages where end-users
can truly appreciate and experience the performance. These applications include
Internet audio and streaming video, image processing, video content creation,
speech, 3D, CAD, games, multimedia, and multitasking user environments.
With Hyper-Threading Technology, desktop users can experience greater system
responsiveness and performance when multitasking. At home, users can encode
audio and video at the same time or run a virus scan in the background without
diminishing performance on their favorite game. In the office, Hyper-Threading
Technology enables IT managers to deploy PC services such as encryption, compression
or backup technologies while minimizing the impact on PC user productivity.
The Pentium 4 Processor with HT Technology delivers a new level of performance
and PC responsiveness for consumers and business professionals.
Hyper-Threading
Techonology
The Intel® Pentium® 4 Processor with HT Technology (Hyper-Threading) improves
processor performance and responsiveness, giving you the power to do more
tasks on your PC at once such as playing a game while encoding digital music.
This groundbreaking technology from Intel enables the processor to execute
two threads in parallel. So your you can multitask more effectively than
ever before.
Have an opinion on this product that you would like to share? If so, please take a few moments to write your rating and review.
Value
5.0
Features
5.0
Quality
5.0
Performance
5.0
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Reviewer:
Verbinden on
May 26, 2006 Customer Rating:
5.0
Value
5.0
Features
5.0
Quality
5.0
Performance
5.0
I love this processor. I've had it since July of '05. Looking back though, I think that maybe I could've gotten a better deal, but still I don't regret buying this processor. The speed on this puppy will satisfy most anyone. Unfortunately, it can get hot. The stock HSF is junk, don't even think of relying on it. I bought a Zalman CNPS7700-cu and some arctic silver 5, and idles at a decent 48c. Under load it can reach high 50s. I have good ventilation in my case, so it's possible, if you don't, you could get higher temps.
Overall, very good, fast processor, but with the Pentium Ds out now you could get more ''bang for your buck''
Reviewer:
Nick on
Dec 10, 2004 Customer Rating:
5.0
Value
5.0
Features
5.0
Quality
5.0
Performance
5.0
The best processor chip on the market right now, plain and simple. If you're a gamer like me this is a must have. Once you enjoy the additional boost of the hyper threading technology you will never go back to a conventional processor again.
Heat Sinks - Many Shapes & Sizes!
A heat sink (or heatsink) is an object that absorbs and dissipates heat from
another object using thermal contact (either direct or radiant). Heat sinks
are used in a wide range of applications wherever efficient heat dissipation
is required; including for CPUs, Memory, Video Cards, and more.
Heat Sink Shapes Change!
Many products come with a Heat Sink, and some with a combination Heat Sink
and Fan. Keep in mind though, that manufacturers are constantly
improving the design of their cooling components, thus the shape and design
of the heat sink or heat sink & fan can change on any product at any time.
PLEASE NOTE:
Cooling Components Can Change At Any Time, And Do Not
Affect The Performance Or Specifications Of The Product.
How Do Heat Sinks Work?
Heat sinks function by transferring high temperature thermal energy (heat)
from one object (such as a CPU chip) to a second object (such as the Heat
Sink), which has a lower temperature, with a much greater heat capacity.
This rapid transfer of heat quickly balances the temperature of both
devices, lowering the temperature of the first. This is what makes a
heat sink a cooling device. Since room temperature is usually cooler than
the hot device, the Heat Sink helps cool the device, lowering its temp to
closer to room temperature.
The most common design of a heat sink is a metal device with many fins or
vanes. The high thermal conductivity of the metal combined with the large
surface area of the fins does the work to rapidly transfer heat to the
surrounding, cooler, air. This cools the heat sink and whatever it is in
contact with. Some Heat Sinks use the metal alone for cooling, some
use fluids (just like you car radiator) and a thermal interface material
(such as thermal gel) to ensure maximum heat transfer to the heat sink.
Adding a fan dramatically improves air flow, and improves the heat transfer
even more.
Remember The
Thermal Paste!
Remember that when you are adding a Heat Sink, you MUST USE
thermally conductive Gel or Paste, to form a good thermal contact between
the Heat Sink and the Device. Failing to use this will result in
reduced cooling, and possible failure and damage to the device!
PLEASE
NOTE: We
only sell NEW processors purchased direct from the manufacturer or from factory
authorized distributors. We will never sell a "pull" (which is a CPU
removed from an assembled system at some manufacturing plant) or a used processor
as other online vendors do without telling you. We are the largest CPU reseller
in the Country, we offer the lowest prices in the industry on processors because
we deal in such great volume. If you are comparing our price against another
site with a much lower price, you are probably buying returns or pulls. Only
accept genuine quality, buy from Us.
VERY
IMPORTANT NOTICE REGARDING OUR RETURN POLICY ON CPU'S:
Please note that all processors may be returned only for defective exchange.
You must purchase a compatible heatsink and fan on the same order as the processor
in order to preserve your warranty or exchange privilege. We are not able to
accept returns for refunds on processors under any circumstances. All processors
will be inspected and tested upon return and any damage caused by poor packaging,
overclocking, or other tampering with the processor will be cause for the return
to be refused, and exchange denied.
To learn more about how to keep your PC Very Cool, view our
Guide To PC Cooling»
Hyper-Threading Technology
Hyper-Threading Technology enables multi-threaded software applications to execute threads in parallel. This level of threading technology has never been seen before in a general-purpose microprocessor. Internet, e-Business, and enterprise software applications continue to put higher demands on processors. To improve performance in the past, threading was enabled in the software by splitting instructions into multiple streams so that multiple processors could act upon them. Today with Hyper-Threading Technology, processor-level threading can be utilized which offers more efficient use of processor resources for greater parallelism and improved performance on today's multi-threaded software.
Hyper-Threading Technology provides thread-level-parallelism (TLP) on each processor resulting in increased utilization of processor execution resources. As a result, resource utilization yields higher processing throughput. Hyper-Threading Technology is a form of simultaneous multi-threading technology (SMT) where multiple threads of software applications can be run simultaneously on one processor. This is achieved by duplicating the architectural state on each processor, while sharing one set of processor execution resources. Hyper-Threading Technology also delivers faster response times for multi-tasking workload environments. By allowing the processor to use on-die resources that would otherwise have been idle, Hyper-Threading Technology provides a performance boost on multi-threading and multi-tasking operations for the Intel NetBurst® microarchitecture.
This technology is largely invisible to the platform. In fact, many applications are already multi-threaded and will automatically benefit from this technology. However, multi-threaded applications take full advantage of the increased performance that Hyper-Threading Technology has to offer, allowing users to see immediate performance gains when multitasking. Today's multi-processing aware software is also compatible with Hyper-Threading Technology enabled platforms, but further performance gains can be realized by specifically tuning software for Hyper-Threading Technology. This technology complements traditional multi-processing by providing additional headroom for future software optimizations and business growth.
Advanced PC Build-It-Yourself Guide
Not too long ago one had to be eligible for the Genius IQ Club (Mensa)
in order to build a computer. That is no longer the case. Today’s computer
manufacturers have made it much easier for the enterprising do-it-yourselfer
to create a great system.
Click Here To Learn More »
Having
Issues With Your PC?
Here Are Some Common Problems And Solutions!
Of course, there a thousand little things can go wrong with an average
PC. But many problems are common, and have common solutions.
Click Here to
Learn More »
Having
Issues With Your PC?
Here Are Some Common Problems And Solutions!
Of course, there a thousand little things can go wrong with an average
PC. But many problems are common, and have common solutions.
Click Here to
Learn More »
Manufactured by:
Intel Warranty provided by:
TigerDirect.com/I Limited Warranty:
12 months parts;
12 months labor
Mfg Part No:
JM80547PG0961M UPC No:
Box Size:
( Length:
7, Width:
5, Depth:
1 )
Shipping Weight:
.1000 pound(s)
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may be obtained by mailing a self addressed, stamped envelope to the
address below and requesting the warranty for item number:
CP2-P4-550 C
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(
2 reviews)
Intel® Pentium® 4
Processor Interface:
Hyper-Threading Technology enables multi-threaded software applications to execute threads in parallel. This level of threading technology has never been seen before in a general-purpose microprocessor. Internet, e-Business, and enterprise software applications continue to put higher demands on processors. To improve performance in the past, threading was enabled in the software by splitting instructions into multiple streams so that multiple processors could act upon them. Today with Hyper-Threading Technology, processor-level threading can be utilized which offers more efficient use of processor resources for greater parallelism and improved performance on today's multi-threaded software.
