Even though hardware makers don't usually release any new product without trying to turn some heads, it seems that Western Digital did not care much for a so-called protocol this time around and has released a new Caviar Black hard drive based on the next-generation SATA 6.0 Gbps interface. Having introduced it without much fuss is rather unusual, considering the fact that this next-generation standard is still a way off from becoming mainstream.
The SATA 6.0 Gbps interface is quite superior to the SATA 3.0 Gbps. It completely outmatches this predecessor in both read and write capabilities, setting the stage for new performance standards for hard drives and solid-state drives. Still, the technology is not extremely easy to come by, as only a limited number of motherboards exist with this functionality built into them. In addition, storage units based on this new standard are just as rare as are adapter cards. Still, with this latest addition from Western Digital, they are at least a step closer to becoming widespread.
The new hard disk drive from Western Digital is called the Caviar Black WD1002FAEX and uses the 3.5-inch form factor. It is built with 1TB of storage space and works at a rotary speed of 7,200 rotations per minute (RPM). In addition, the storage unit features a buffer memory of 64MB and its sound output, while seeking, is of 33 dBA. The drive will play the part of a faster alternative to the SATA 3.0 Gbps model, whose codename is WD1001FALS.
Unfortunately, the Western Digital Caviar Black WD1002FAEX is, currently, only available in Japan, where it carries a price tag of $118. This sum translates into about 85 Euro and is somewhat higher than that of the WD1001FALS. So far, there is no word on when, if ever, the model will become available in other regions.
The prospect of overclocking a computer system can be intimidating for new users computer, it can be said. The idea is simple enough; make your computer processors run faster than existing speeds. The execution of this idea however, can be anything but simple.
The prospect of overclocking a computer system can be intimidating for new users computer, it can be said. The idea is simple enough; make your computer run faster processor speeds than existing. The execution of this idea however, can be anything but simple.
At the beginning of this Pandua, we will explore the process of overclocking processors, motherboards and memory to achieve a more rapid but stable computer. The article will guide readers step-by-step through the overclocking understanding of concepts, how to find hardware overclocking options and the process of overclocking. If you are considering; consider yourself an expert, please continue to read and there are a few tips and tricks included in this guide and you may belun know ...
What is Overclocking?
Overclocking a computer processor or memory causes a speed that exceeds the speed set by the manufacturer. A 2.4GHz processor can be overclocked to 2.5GHz or 2.6GHz, while the memor 200MHz to 220MHz can be encouraged or higher. Additional speeds lead to more work being carried out by the processor and / or memory within a certain time period, increasing the computing performance of a PC.
Overclocking can damage the computer's hardware?
Yes, but it is generally not possible. In general, when the computer hardware pushed beyond its limits, it will be locked? Destroyed or show no clear error processor or memory may have permanently damaged. Exceptions to this are if the voltage-extreme voltage used when trying to overclock, but since most motherboards do not support the voltage is too high, and this guide, it is not a problem.
Processor-processor for the older, heat is also a factor. Processor-modern processors have thermal sensors that will slow down or turn off the PC if it is too hot, older CPUs do not have these safety devices. The best know example of this is AMD AthlonXP (socket A/462), which is famous for burning yourself less than 5 seconds if the heatsink is not installed properly or not installed at all.
The purpose of Overclocking
The most obvious reason and the real on overclock a computer system is to add performance without the cost. Overclocking the processor and system memory can be a solid boost gaming performance, benchmark scores and even the desktop tasks simple. Because almost every processor and memory modules are overclockable to modern minimal that a small degree, only a few considerations to not try.
The role of the CPU, motherboard and memory in overclocking
When overclocking a computer, processor, system memory and motherboards all have an important part and different to play in the process. Overclocking capabilities of each component has an important influence on the overall success of the experiment. Let us look more closely at each component
Processor (CPU): As readers will know, two important variables to take care how fast a modern processor berjalan.internal multipliernya and FSB (Front Side Bus) motherboards and memory settings. FSB is the effective speed of data transfer between processor and main memory (this is also the basis of the system memory speed running), while the multiplier is an internal indicator of the speed of the processor.
Processor speed equal to the multiplier (x) FSB in MHz. Therefore, an Intel processor with a multiplier 16 to work with a FSB speed of 200MHz will run at 3.2GHz. There are two ways one way the processor can be made to run faster is by increasing Multipliernya, or increase the FSB speed.
Many modern processors have a 'Multiple Lock "which prevents users from changing settings of the internal multiplier partially or fully, so increasing FSB speed toward a common and effective method of overclocking.
Memory: A speed of main memory system determines the speed of data transfer between processor, memory and the rest of the system. As you can imagine, this is the most important variables to calculate the performance in some systems. In all Intel and AMD systems are modern, FSB speed is directly linked to the speed of the memory directly, so the faster the memory is clocked, the faster the processor can run, because the speed of processing = (internal multiplier (x) FSB Speed). This can be changed, only the 1:1 ratio between FSB and memory speed is the most desirable for dioverclocking.
AMD Athlon 64 system to do something a little different way, because the memory controller to be part of the CPU itself, so there is no conventional FSB which carry data from the processor to the rest of the system. Overclocking memory is still working very major in the same way, though technology / terminology has changed. More on this in our AMD overclocking section below.
Motherboard: Just as the motherboard is the heart of any computer system, is also the center for overclocking efforts. Motherboard circuit that connect the processor and memory together, and its BIOS options to determine how and how much they can overclock. Even the quality of the highest memory and most overclockable processor can meet nothing if it is placed on a motherboard with no or limited overclocking options in its BIOS, or a board equipped with a new, poorly implemented or chipset cores logically unstable.
again, each of the above components depend on each other when it comes to overclocking.
Consideration of hardware for overclocking: Hot and cold
The faster a computer run, the more heat produced. This is true when the voltage is increased to supply the components given increased, a standard method of overclocking. Excess heat in the processor, motherboard chipset or memory can cause instability and drastic reduction in the system, and may be one limiting factor in determining the maximum overclock for a system.
Heatsinks stock is included with most processor-processor with perfect enough to cool them in the stock speed, but may not handle the additional heat generated by overclocking well, especially if the chassis of the computer does not have a well ventilated. Readers can better invest in one of the many cooling solutions on the market, or at least buy some fans blow air circulation to ensure better. let's see here for some idea of cooling. The same for the chipset and to a degree level of restrictions, namely memory.
Hardware Considerations for Overclocking
It is important also to monitor the number of processors that will be hot out because 'the stifling heat related to' security system made by AMD Athlon 64 and Intel Pentium 4 processor. If the CPU is too hot, they themselves will slow down drastically to avoid the fire. The user will recognize this in conjunction with using the term to slow down the system and benchmarks, which provides additional guidance that is needed pendiginan if they want to continue overclocking. Regarding the stifling heat did not happen in regular use on a processor, but overclocking is not regular use.
To monitor the processor's temperature, look for 'health system setting' or similar entry in the BIOS screen.
Nevertheless some CPUs run hotter than others (Pentium processor-processor tends to cause a little more heat than AMD), all modern processor temperature between 35 ° C -65 ° C. If the processor that indicates the temperature above 70 ° C in the BIOS, this means stability and opportunity will be overcloking potential limiting factor in the stability and overclocking the computer. Also a time to consider a new heatsink and chassis better ventilated.
Power Supply Requirements
Overclocking a computer system also increases the amount of power produced, and this may lead to instability of the system if only 300Watt power supply. When overclocking a modern Pentium 4 or Athlon 64 systems, plan to buy a minimum of 400Watts power supply.
Reboot again spontaneously while loading is usually a sign of power availability is not enough. When this happens, surely it's time to buy a new power supply. On that note, while powersupplies full of blinding lights, it does not mean having to have a good quality, or power efficiency. In our experience, which supports powersupplies or Active PFC PFC is the best choice.
Principles of Overclocking
Overclocking is a science is not clear; processor depends on the stability of the motherboard and memory to achieve overclocking, and vice versa. If one of these components can not be run at a pressure of overclocking, it would limit the others too.
Hot, voltage stability and power supply are also relevant at the successful overclocking. Excess heat, not enough or too much voltage and unstable reliability can all cause premature failure of an overclocking adventure, and it is almost impossible to pinpoint what is causing the problem.
To avoid frustration as much as possible, is to be patient. Follow the directions below and take overclocking with one small step at the same time, so when it crashes you will have a smaller set of potential issues to troubleshoot.
Preparation Facing Overclocking
In getting the best results from existing hardware, the most recent drivers and latest BIOS version for your motherboard that needs to be provided. System benchmarks should run pre-overclocking to establish a performance of 'back line'.
Readers should visit the motherboard manufacturers web site that you use to get the latest set of drivers your motherboard, as well as the latest BIOS version. BIOS versions may add Newer overclocking options and stability, so it's always a good first step.
Set a rear line Performance
To get an idea of how to improve overclocking performance of a computer, it is important to take the benchmarks and establish a rearguard performance to the system.
Download, install and run the following benchmarks:
• 3Dmark2001SE
• X2: Threat (download the demo and use 'run as the benchmark' checkbox whenloading.)
• PCMARK04
• Sandra 2005 (CPU, multimedia and memory benchmarks)
Record the results of each test. This will be the basis of performance, a level to measure the teroverclock computer systems.
The reader should also need to consider download Prime95 burn-in programs, because it is very useful to test the pressure of overclocked PC to ensure stability.
Testing BIOS Option
Because the motherboard to control the options you have for overclocking, it is important to notice the BIOS (Basic I / O System) the pages of the motherboard is to test the available options.
Reboot the computer and go to the BIOS screen by pressing the DEL key repeatedly during startup.
Note that some motherboards react to different keys to enter the BIOS. Dell Computer as an example often rely on F2 or F8, manufacturers while others give the option F10 to get to the BIOS.
When the BIOS appears on the screen you will be greeted with a blue menu with about a dozen choices. Navigate the list using the arrows, and press 'Enter' to select a menu. When you are finished press the ESC key to exit, and save or cancel any changes you make to the BIOS settings.
The first feature you are looking for is the CPU and FSB speed adjustment controller. In general, this will be in the BIOS that is 'frequency / voltage control'.
BIOS Overclocking Options continued
As seen in the screenshots below, this page will contain adjustments FSB voltage control and adjustment controls.
Increasing the FSB or 'CPU host frequency' or (clock or FSB motherboard or a large number of other terms for the same thing) would increase the FSB speed of the motherboard, overclocking the processor and memory at the same time.
Increasing the core voltage to the CPU, memory or chipset will take more power to the components to assist in the heat while increasing stability.
This page may also contain a memory divider options depending on the motherboard.
Everything needed to overclock this system to the BIOS are at this.
Different motherboard bios will look different and use the names for different menus and options, but the option itself should be grouped together in one menu as seen above. If the memory timing options are not visible, try pressing CTRL ALT F1 when entering the BIOS.
BIOS page that both should be recognized as the 'PC health status ", or similar.
Understanding Overclock? Overclock (OC) is one way of improving the performance of computers, hardware components such good performance is increased manually, automatically, or with the help of special software Overclock. How to overclock Vga Card, memory, or how to overclock the processor can be done various ways according to the needs of the user / user's own computer. Usually the components we purchase goods from the factory is the standard starting from the speed, performance and so on. But overclocking lovers see from the other side and can improve the performance of the hardware is working at above normal considering kesetabilan, speed,
benefits and enhance knowledge in the field of overclocking.
Components are often used to increase computer performance are:
1. Processor or CPU (AMD / Intel is commonly used)
2. VGA Card or Display Card (ATI GForce or commonly used)
3. Memory or RAM (memory typically upper class who have heatspreader)
Main components of the mainboard overclocking, because the hardware that we use to support the mainboard because it would waste anything as good stuff without a good mainboard support can not be maximal performance. To maximize the overclock performance we can use the latest mainboard chipset or mainboard that has solid capacitors. Mainboard themselves have the main components such as BIOS. The BIOS is the basic input output system, a good mainboard BIOS has complete facilities such as setting Processor, VGA, Memory, Input Voltage and heat can monitor the hardware, even the fan speed (fan) can tedeteksi well. The Overclocker who are experts usually use Flashing or Modding Hard to outsmart the components can use / replace with potentiometer or with pencil and wire (at the previous AMD Modding just scratched the AMD processor line). The expert overclockers or the master to make changes based on their logic, regardless of ability limitations.
How to overclock the processor, how to Overclock Vga Card, How to Overclock memory can usually be done in various ways.
For beginners like I usually use Special Overclock Software, Software Bechmark and monitoring hardware / hardware components as seen in this way is more secure and easier to learn
Software for overclocking:
1. Processor overclocking.
- Ntune: overclocking software processor for the mainboard with NVIDIA nForce chipset. Can be found at:
http://www.nvidia.com/object/sysutility.html
- Overdrive: software for overcloking processor chipset mainboard with AMD. Can be found at:
http://game.amd.com/us-en/drivers_overdrive.aspx
- SetFSB: overcloking software processor for mainboard with Intel chipset, Nvidia or AMD. Can be found at:
http://www13.plala.or.jp/setfsb/
2. Memory Overclocking software.
- MemSet: software used to optimize mengoverclock memory and memory timing. Can be found at:
http://www.tweakers.fr/memset.html
3. Overclocking VGA software.
- RivaTuner: software used to perform overclocking VGA Nvidia or AMD Ati Radeon. Available at:
http://downloads.guru3d.com/download.php?det=163
- AtiTool: software originally used exclusively for mengoverclock VGA ATI, but now Nvidia Geforce can overclock with this software. Can be found at:
4. Other Utility software are quite important and must-have.
- CPUZ: is a software utility that can inform the processor and memory types that we use, and be able to validate the results of overclocking to be sent to the server to be viewed by others from around the world via the internet. Can be found at:
http://www.cpuid.com/cpuz.php
- GPUZ: is a software utility that is used to inform the full display card / VGA that we use. Can be found at:
- Everest: a software computer system information which we use, are complete, whether the processor, memory, VGA, soundcard, and others. Unfortunately this software is now not free anymore, but still trialnya version we can get at:
http://www.lavalys.com
- SuperPi: is the software used to test the overclock computers are still able to complete mathematical calculations are correct or not. Can be found at:
Mobo is recommended:
-abit AW9D series (975X)
ASUS P5W-DH series (975X)
-Or LANParty DFI Infinity 975X / G
abit AB9-serie
* ASUS P5B-Deluxe / WiFi-AP (965p)
-Gigabyte 965p-DS3 or DS4 or DQ6
P5B vanilla is not recommended
nForce590/570 Intel Edition is not recommended to follow this procedure
Recommended Cooling
-Scythe Infinity
-Scythe Ninja Plus
-Scythe Mine
-Tuniq Tower 120
-Thermalright Ultra-120 or SI-128 or SI-120
-Noctua NH-U12
-Thermaltake Big Typhoon
-Arctic Cooling Freezer 7 Pro
Zalman CNPS-CNPS9500AT
Zalman CNPS-7700AlCu or 7700Cu
(7 The first cooling core can be up to speed 3.4Ghz with a stable temperature)
The recommended PSU (PSU congenital casing is not recommended unless a recommendation OC)
- Tagan above 450 watts
- Antec above 500 watts
- FSP above 500 watts
- Termaltake above 500 watts, etc.
Use the RAM with the following rates:
DDR2-667-4-4-4-xx (good for ~ 400Mhz)
DDR2-800-5-5-5-xx (good for ~ 410Mhz)
-DDR2-800 4-4-4-xx (good for 500MHz) -\u003e good for E6300/E6400
DDR2-1066-5-5-5-xx (good for 530Mhz)
The purpose of this guide to reach 4GHz (final clockspeed) can be achieved
Before OC memuali first make sure your motherboard BIOS has been updated with the latest BIOS
1. Disable 'AI Tuning' for ASUS, 'CIA2' for Gigabyte
2. Set PCI Express (PCIe) frequency @ 100MHz ( 'Auto' for DS3/DS4/DQ6)
3. Set PCI frequency @ 33MHz
4. Disable Hyperpath 3 (for P5W DH only)
5. Disable any 'spread spectrum'
6. Disable Q-Fan (for ASUS only)
7. Disable 'Limit CPUID Max to 3'
8. Disable all Overvoltage protection
9. Disable 'C1E'
10. Disable 'EIST'
11. Disable Virtualization Technology
12. Disable No-Execute Memory Protect
13. Disable any other thing you do not use
14. Do not enable all the speed enhancements that looks
Settings Memory
For Gigabyte BIOS under 'MIT' press CTRL F1
Gigabyte: Set 'Memory Multiplier' to 2 (1FSB: 1RAM operational)
ASUS: Set 'DRAM Frequency' to DDR2-533 @ 266MHz FSB (1FSB: 1RAM operational)
When increasing the FSB, RAM will follow the 1:1 ratio seen in the BIOS.
1. Set 'DRAM Timing' to manual or disable SPD (SPD used for P5W DH)
2. The BIOS can be seen in figure 4 separate timing, replace it with your RAM specifications used
example. 4-4-4-12
CAS # Latency (TCL)
RAS # to CAS # Delay (tRCD)
RAS # Precharge (TRP)
RAS # Precharge Delay or switch to Precharge (tRAS)
When 1FSB: 1RAM overclock on the RAM frequency to use value
Timing: 5-5-5-15
vDIMM: 2.2V
Examples of DDR2-667 4-4-4-12 ~ 1.9V operating at 400Mhz should be set at 5-5-5-15 2.2V
3. Let the other timing in a position "auto" or the default settings
Voltage
1. Set DRAM / DIMM Voltage (vDIMM) to 2.1V or 2.2V if the specification of RAM (0.3V or 0.4V)
2. Set MCH Voltage (vMCH) to 1.55V
3. Set FSB Voltage (vFSB) to 1.40V
4. Raise SB Voltage (vICH) stages of 0.1V from the default value
5. Set CPU Voltage (vCore) for Speaker:
The next stage (if you want higher clock speed)
1. Raise FSB 5MHz step by step or 2Mhz
2. Calculate the speed core values
3. Raise vCore if necessary in stages of 0.025V
Test Stabilitasi
Requires the program include:
- CPU-Z
- Everest
- PC Mark
- Prime95
- Memtest86
- Core Temp
- SpeedFan etc.
If the system can not boot back into the BIOS default
ASUS Bios to use the 602 version.
BIOS Settings for ASUS:
Advanced
CPU Frequency: 333MHz
DRAM Frequency: DDR2-667
PCI Express Frequency: 101
PCI Clock Synchronization mode: 33.33Mhz
Spread spectrum: Disabled
VDIMM: 2.15V
Vcore 1.375V (Bios report 1.304-1.3012, CPUz reports 1.075V on idle, raises on load to 1.272V, 0.1V near to Vdroop)
FSB Termination Voltage: Auto
NB VCore: Auto
SB VCore (SATA, PCIE): AUTO
ICH Chipset Voltage: Auto
CPU
CPU TM Function: Enabled
Determine by speed: Disabled
Ram timings: 5-5-5-12-6-35-10-10-10-10
So FIRST! IF ANY PLEASE EXCUSE THE LACK OF HELP HELP!
I’m sending my MacBook Pro to an Apple repair center today because of the shutdown problem. According to an Apple tech support, the repair process could take up to 2 - 3 weeks depending on the problem. I cannot work without a computer for 3 weeks so I decided to build myself a PC and run Windows Vista RC1 on it.
Here’s the spec:
It took me about 1.5 hours to build the computer, not bad for a guy who hasn’t build his own PC for a very long time. The most tricky part when building this PC was figuring out how to install the front USB/Firewire ports to the motherboard. The motherboard manual do not provide enough information. Luckily, I found this guide on how to install the usb port.
The installation of Windows Vista RC1 was fast and easy. Windows Vista installation process is a huge improvement over previous versions. I tested Vista a few months ago and it took a very long time for the installers to load the files.
Vista did not have a driver for my PCI wireless network card, so I had to pull a very long cable from my router to the PC so I can run Windows Update. Windows Update did find a driver for my wireless network card, once it installed the correct driver.
For the next few weeks, I’m going to live on the bleeding edge by using a release candidate software on my main computer. I’ll be posting more Windows Vista related posts on this blog for the next few weeks.
Intel Labs has created an experimental “Single-chip Cloud Computer,” (SCC) a research microprocessor containing the most Intel Architecture cores ever integrated on a silicon CPU chip – 48 cores. It incorporates technologies intended to scale multi-core processors to 100 cores and beyond, such as an on-chip network, advanced power management technologies and support for “message-passing.”
Architecturally, the chip resembles a cloud of computers integrated into silicon. The novel many-core architecture includes innovations for scalability in terms of energy-efficiency including improved core-core communication and techniques that enable software to dynamically configure voltage and frequency to attain power consumptions from 125W to as low as 25W.
This represents the latest achievement from Intel’s Tera-scale Computing Research Program. The research was co-led by Intel Labs Bangalore, India, Intel Labs Braunschweig, Germany and Intel Labs researchers in the United States.
Inside the Single-chip Cloud Computer
The name “Single-chip Cloud Computer” reflects the fact that the architecture resembles a scalable cluster of computers such as you would find in a cloud, integrated into silicon.
The research chip features:
24 “tiles” with two IA cores per tile
A 24-router mesh network with 256 GB/s bisection bandwidth
4 integrated DDR3 memory controllers
Hardware support for message-passing
In a sense, the SCC is a microcosm of cloud datacenter. Each core can run a separate OS and software stack and act like an individual compute node that communicates with other compute nodes over a packet-based network.
One of the most important aspects of the SCC's network fabric architecture is that it supports "scale-out" message-passing programming models that have been proven to scale to 1000s of processors in cloud datacenters. Though each core has 2 levels of cache, there is no hardware cache coherence support among cores in order to simplify the design, reduce power consumption and to encourage the exploration of datacenter distributed memory software models, on-chip. Intel researchers have successfully demonstrated message-passing as well as software-based coherent shared memory on the SCC.
Fine-grained power management is a focus of the chip as well. Software applications are given control to turn cores on and off or to change their performance levels, continuously adapting to use the minimum energy needed at a given moment. The SCC can run all 48 cores at one time over a range of 25W to 125W and selectively vary the voltage and frequency of the mesh network as well as sets of cores. Each tile (2 cores) can have its own frequency, and groupings of four tiles (8 cores) can each run at their own voltage.
A Platform for Software Innovation
Intel Labs believes the SCC is an ideal research platform to help accelerate many-core software research and advanced development. Intel researchers have already ported a variety of applications to the SCC, including web servers, physics modeling, and financial analytics. By the middle of 2010, Intel Labs anticipates having dozens of industry and academic research partners conducting advanced software research on the SCC hardware platform. Please submit this application if you would like to express an interest in collaborating with Intel on the SCC.
Photography
Click each thumbnail to download a high-res version.
Can upper-mainstream gaming and true mobility coexist? We’ve seen many attempts (perhaps hundreds?) by vendors during the last several years to pack desktop gaming horsepower in a portable package. But performance lagged and did not live up to the claims. We almost got there in 2004 with ATI's Radeon 9600 XT-based Mobility Radeon 9700. Yet, at that time, mobile processing still fell short. Intel released its Core Duo mobile processors two years later, but new games made the elder GPU obsolete. While CPU and GPU manufacturers continuously chase the rainbow of efficiency, technological convergence appears as mythical as the pot of gold at the rainbow’s end.
There have been "desktop-replacement” PCs that are notebooks almost in name only, such as Eurocom’s recently-reviewed Core i7-based D900F Panther. Perhaps light enough to carry from your office to the parking lot, such behemoths appeal mostly to those who want a desktop they can take home rather than a computing device they can take anywhere. This explains the drive by Intel to put Core i7 technology in a smaller, more heat-efficient product suitable for a wider user base, which we recently revealed as Clarksfield.
Always near the forefront of mobile technology, Asus jumped at the chance to build a gaming notebook using the new processor series. Yet, in an effort to reduce both heat and cost, Asus chose a far different product than the i7-920XM that Chris reviewed. Running 400 MHz slower and with 2MB less cache, the G51J’s i7-720QM allows Asus to price its product within easy reach of many mainstream gamers. Let’s see how it stacks up to our most modern gaming notebooks.
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I used win7 ultimate for a couple of months, its really cool and fast. I used windows 2008 before, and after I changed to windows 7, everything changes.
LOVE IT.
Viewpoints - melanieg678 - Nov 8, 2009 er3s56ty
Pros: Great Performence; Hardware aware; Small footprint; Fast; Loads quickly; Easy to use; Many usable features; Uses less resources than Vista; Great for gaming
Windows 7 is clean, simple and easy to use. its everything vista should have been! while running vista on my laptop i constantly recieved runtime errors, no more thanks to windows 7! i have only rebooted for installations and i've had windows 7 since oct 12th! the only problem i had while installing was the fact that i had to reinstall the drivers for my graphics card, not a huge deal as the drivers are redily avaiable on the toshiba website.
I love the snap feature with the browers, although i still find myself flicking between tabs.
windows 7 is a excellent stable operating system, much like XP but WAY better. its easy to upload photos, videos and burn cds. i was thinking about switching to mac until windows 7 came into my life, now i have no reason to switch to a more expensive machine! im loving windows 7 and i have recommened it to friends and family and will keep doing it! great job microsoft, you finally did it. Click Here Our Price: $99.95
Windows 7 is not compatible with printers, etc.
Viewpoints - JohnRMarler - Oct 24, 2009
MACS now have a true challenge from Microsoft for ease of use and "coolness" - maybe the ads will now show the MAC guy as a schmuck.
loveit
Viewpoints - BrandonPaul - Oct 19, 2009
Pros: Loads quickly; Uses less resources than Vista
I love windows 7 and Office Professional 2007$69
whooo hoo windows 7
Viewpoints - endeliz - Oct 11, 2009
Pros: Easy to use; Fast; Many usable features
Windows 7 the successor to Vista( thank GOD that is gone )
Wow.....not much else i can honestly say but WOW .
Very smooth stable system Ihave used 5 versions now. EVERYONE COOLER THAN THE LAST !
RC , RTM ( is the same as what i have installed right now ) ...Black Extreme..Black Eternity and just the other day have recieved my Ultimate Signature edition from House party ( loads of cool free stuff from them ) .all have been the 64 bit on my desktop ( gateway dx430x) and on my m series gateway laptop i have used the 32 operating system ..well worth the price to have a computer that actually works right !!!
For decades, silicon, with its talent for carrying electrons, has been the mainstay of computing. But for a variety of reasons (see "The Coming Light Years"), we're rapidly approaching the day when electrons will no longer cut it. Within 10 years, in fact, silicon will fall to the computer scientist's triple curse: "It's bulky, it's slow, and it runs too hot." At this point, computers will need a new architecture, one that depends less on electrons and more on... well...what else? Optics.
With the assistance of award-winning firm frogdesign (the geniuses behind the look of the early Apple and many of today's supercomputers and workstations), Forbes ASAP has designed and built (virtually, of course) the computer of 2010.
Whenever possible, our newly designed computer replaces stodgy old electrons with shiny, cool-running particles of light--photons. Electrons remain, doing everything they do best (switching), while photons do what they do best (traveling very, very fast). In other words, we've brought the speed and bandwidth of optical communications inside the computer itself. This mix is called optoelectronics, another buzzword we encourage you to start using immediately.
The result is a computer that is far more reliable, cheaper, and more compact--the entire thing, believe it or not, is about the size of a Frisbee--than the all-electronic solution. But above all, optoelectronic computing is faster than what's available today. How fast? In a decade, we believe, you will be able to buy at your local computer shop the equivalent of today's supercomputers.
How likely is it that this computer will be built? Some of its components are slightly pie-in-the-sky. But many others have already been developed or are being developed by some of the best scientific minds in the country. Sooner or later, and probably sooner, an optoelectronic computer will exist...and it will probably look a lot like ours.
Okay, so we've built a revolutionary new optical computer just in time for 2010. What do we do with it now?
Everything. Because it's small (about the size of a Frisbee) and because it has the power of today's supercomputer, the 2010 PC will become the repository of information covering every aspect of our daily life. Our computer, untethered and unfettered by wires and electrical outlets, becomes something of a key that unlocks the safety deposit box of our lives.
When we plug our 2010 PC into the wall of our home, our house will become smart, anticipating our every desire. At work, we'll plug it into our desk, which will become a gigantic interactive screen. When it communicates wirelessly with a small mobile device, we'll have a personal digital assistant--on steroids.
SECURITY The PC will be protected from theft, thanks to an advanced biometric scanner that can recognize your fingerprint.
INTERFACE You'll communicate with the PC primarily with your voice, putting it truly at your beck and call.
Prepare to experience a riveting high-definition gaming experience with ATI Radeon HD 5870 Graphics processor. Expand your visual real estate across up to three displays and get lost in the action with revolutionary ATI Eyefinity Technology. Using ATI Stream technology, accelerate even the most demanding applications and do more than ever with your PC.
Four new desktop boards have launched in conjunction with the latest Intel® Core™ processors. Take advantage of these feature-rich boards and the new intelligent performance features of the Intel® Core™ i7-800 series processors and Intel® Core™ i5-700 series processor today.
With faster, intelligent, multi-core technology that applies processing power where it's needed most, new Intel® Core™ i7 processors deliver an incredible breakthrough in PC performance. They are the best desktop processor family on the planet.¹
You'll multitask applications faster and unleash incredible digital media creation. And you'll experience maximum performance for everything you do, thanks to the combination of Intel® Turbo Boost technology² and Intel® Hyper-Threading technology (Intel® HT technology)³, which maximizes performance to match your workload.
Product information
3.06 GHz, 2.93 GHz, and 2.66 GHz core speed
8 processing threads with Intel® HT technology
8 MB of Intel® Smart Cache
3 Channels of DDR3 1066 MHz memory
Features and benefits
Go to the next level of multi-core performance.
Intel Core i7 processors deliver an incredible breakthrough in quad-core performance and feature the latest innovations in processor technologies:
Intel® Turbo Boost technology maximizes speed for demanding applications, dynamically accelerating performance to match your workload—more performance when you need it the most.²
Intel® Hyper-Threading technology enables highly threaded applications to get more work done in parallel. With 8 threads available to the operating system, multi-tasking becomes even easier.³
Intel® Smart Cache provides a higher-performance, more efficient cache subsystem. Optimized for industry leading multi-threaded games.
Intel® QuickPath Interconnect is designed for increased bandwidth and low latency. It can achieve data transfer speeds as high as 25.6 GB/sec with the Extreme Edition processor.
Integrated memory controller enables three channels of DDR3 1066 MHz memory, resulting in up to 25.6 GB/sec memory bandwidth. This memory controller's lower latency and higher memory bandwidth delivers amazing performance for data-intensive applications.
Intel® HD Boost significantly improves a broad range of multimedia and compute-intensive applications. The 128-bit SSE instructions are issued at a throughput rate of one per clock cycle, allowing a new level of processing efficiency with SSE4 optimized applications.
With the assistance of award-winning firm frogdesign (the geniuses behind the look of the early Apple and many of today's supercomputers and workstations), Forbes ASAP has designed and built (virtually, of course) the computer of 2010. 
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