Cooler Master

	Cooler Master RR-B2P-UV10-GP CPU Cooler for Intel LGA 1366/1156/775 and AMD 754/939/940/AM2 CPU, w/ Dual PWM Fans. ds-dh |

Cooler Master RR-B2P-UV10-GP CPU Cooler for Intel LGA 1366/1156/775 and AMD 754/939/940/AM2 CPU, w/ Dual PWM Fans

The Cooler Master RR-B2P-UV10-GP CPU Cooler design and construction is inspired by today's supercharged engines, producing enough power and torque to give full control of the massive heat produced by the latest CPUs. Generates more than 200W+ cooling power, Cooler Master's V10 over powers any cooling engine on the market. Compatible with the newest socket (LGA1366). Full coverage of DRAM & CPU cooling for best cooling performance.

Features:

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• Optimal Cooling Technology:
  - Unique triple heat sink design for supreme cooling performance
  - 10 heat pipes (6 for main body; 4 for TEC) maximize heat transfer
  - Dual PWM fan ensures huge airflow over the heat sinks
• Full coverage of DRAM & CPU for best cooling performance
• Hybrid TEC SolutionTEC: TEC is intelligently activated once CPU reaches extreme temperatures

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Specifications:

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• Model: RR-B2P-UV10-GP
• CPU Socket: Intel LGA1366/1156/775, AMD 754/939/940/AM2
• Dimension: (L) 9.32 x (W) 5.11 x (H) 6.36 inches or (L) 236.5 x (W) 129.6 x (H) 161.3 mm
• Weight: 2.65 lbs
• Heat Sink Material: Cu base, AL fin, 10 heatpipes
• Heat Pipes Dimensions: 6mm
• Fan Dimension: (L) 4.73 x (W) 1.00 x (H) 4.73 inches or (L) 120 x (W) 25 x (H) 120 mm
• Fan Speed: 800~2400 R.P.M
• Fan Airflow: 90 CFM (max)
• Fan Air Pressure: 2.94mm-H2O
• Bearing Type: Rifle Bearing
• Fan Life Expectancy: 40,000 hours @ 25 ^oC
• Fan Noise Level (dB-A): 17 dB-A (min)
• Connector: 4-Pin
• Fan Control: PWM
• Operation Temperature: 25 ~ 70 ^o
• Power: 70W (max)
• Rated Current: 9.8A (max)

Basic guidelines Overclock Core 2 Duo

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:

E6300 = 1.370V E6400 = 1.375V E6600 = 1.400V E6700 = 1.400V X6800 = 1.400V

Frequency Control

1. Set CPU Host Clock / Frequency (FSB) to 333MHz (300Mhz for X6800)
2. Set CPU Clock Multiplier Ratio or processor to the default position

E6300-\u003e 333x7 = 2331
E6400-\u003e 333x8 = 2664
E6600-\u003e 333x9 = 2997
E6700-\u003e 333x10 = 3330
X6800-\u003e 310x11 = 3410

3. Save settings and restart

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!

Toshiba Portege R205-S2062

The Toshiba Portege R205-S2062 small and lightweight laptop computer measures just 0.77 inches thick and weighs only 2.6 pounds. Toshiba Portege R205-S2062 features an ultra-low voltage Intel Pentium M (Centrino) processor, which will provide maximum battery life up to 6.5 hours. It also offers a 12.1-inch screen, 40 GB hard drive, 512 MB of installed RAM, wireless connectivity for 802.11b/g, Bluetooth 2.0 wireless capability (for connecting to peripherals such as cell phones and PDAs) and Windows XP Professional.

The Toshiba Portege R205-S2062 Basics

• Hard Drive: The 60 GB hard drive (4200 RPM) is the average size for laptop computers, providing enough capacity for storing documents, digital media files, and productivity software.
• Processor: The ultra-low voltage 1.2 GHz Pentium M (Centrino) 753 processor is designed specifically for low-power mobile usage, and it features the latest in power-saving technologies-- ensuring you push your battery and productivity to the max. It has a 400 MHz front-side bus (FSB) and a large 2 MB L2 cache. (An L2, or secondary, cache temporarily stores data; and a larger L2 cache can help speed up your system's performance.)
• Memory: The 512 MB of built-in memory (2 x 256 MB, DDR SDRAM, PC3200, 400 MHz) is a good start for power users. Toshiba Portege R205-S2062 has two memory slots in total, with a maximum memory expansion up to 1.25 GB (1 x 1024 MB, 1 x 256 MB), which is a smaller in comparison to other business-oriented laptops--but in line with comparable low-voltage laptops.
• CD/DVD Drive: Due to its small size, the Toshiba Portege R205-S2062 does not include an optical CD/DVD drive. However, Toshiba provides options for either an external DVD-ROM or DVD-ROM/CD-RW combo drive.
• Keyboard & Mouse: Toshiba Portege R205-S2062 has an 84-key keyboard with 13 function keys and a two-button touchpad.

Toshiba Portege R205-S2062 Screen, Graphics and Sound

The 12.1-inch TFT active-matrix LCD display has a 1024 x 768-pixel native resolution (XGA). Video is powered by the Intel Graphics Media Accelerator 900, which uses Intel Dynamic Video Memory Technology (DVMT) and provides up to 128 MB of shared video memory. It also offers an integrated audio card, a monaural speaker, and built-in microphone.

Toshiba Portege R205-S2062 Connectivity and Expansion Slots

The Toshiba Portege R205-S2062 integrates both the Intel Pro Wireless 2200BG and Atheros 802.11ag chips for wireless connectivity with the widest array of routers. It also offers Bluetooth wireless connectivity, which enables you to synchronize and transfer files between the PC and peripherals such as cell phones and PDAs as well as use Bluetooth-enabled headsets for online audio chats. It comes with a decent selection of connectivity options, including:

• 2 USB 2.0 ports for connecting a wide range of peripherals--from digital cameras to MP3 players
• 1 VGA monitor port
• 1 PCMCIA (or PC Card) slot (supports Type II, PCMCIA R2.01, PC Card16, CardBus)
• 1 Secure Digital memory card slot (supports SDIO)
• Fast InfraRed (IR)
• 1 headphone jack
• 1 microphone jack

R205-S2062 also has an integrated 56K modem (V.90) and an RJ-45 LAN network port (for a 10/100 Gigabit Ethernet connection to network

The SATA 6.0 Gbps interface is quite superior to the SATA 3.0 Gbps

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.

LEM Expresso GTP 9000 Series

The LEM Expresso GTP 9000  with space-saving features and wireless keyboard & mouse are designed to deliver new levels of performance and innovative features to mainstream PC users. Taking advantage of the latest computing technology, the LEM Expresso delivers outstanding  system  performance that exceeds the demanding needs of today and tomorrow’s evolving  applications. Whether your in a  home, office, education or government environment, the LEM Expresso GTP 9000 Series is for you.                 Features: Intel Pentium 4 HT 3.2GHz 1Mb Cache Processor  Intel GMA950 Graphics Fast  800/ 1066 Front Side Bus 16x DVD RW /CDRW Combo Drive 512Mb Dual Channel DDR2 667 MHz SDRAM 8 High Speed USB 2.0 Ports 1.44 Floppy Drive Intel HD Audio/Multimedia Speakers 80 GB SATA Hard Drive 7200RPM 8Mb Cache Wireless Keyboard and Mouse XP Pro Front USB Ports Norton's Internet Security 17"LCD Flat Panel Included			The LEM Expresso GTP 9000  with space-saving features and wireless keyboard & mouse are designed to deliver new levels of performance and innovative features to mainstream PC users. Taking advantage of the latest computing technology, the LEM Expresso delivers outstanding  system  performance that exceeds the demanding needs of today and tomorrow’s evolving  applications. Whether your in a  home, office, education or government environment, the LEM Expresso GTP 9000 Series is for you.
		Features:
		Intel Pentium 4 HT 3.2GHz 1Mb Cache Processor			Intel GMA950 Graphics
		Fast  800/ 1066 Front Side Bus			16x DVD RW /CDRW Combo Drive
		512Mb Dual Channel DDR2 667 MHz SDRAM			8 High Speed USB 2.0 Ports
		1.44 Floppy Drive			Intel HD Audio/Multimedia Speakers
		80 GB SATA Hard Drive 7200RPM 8Mb Cache			Wireless Keyboard and Mouse
		XP Pro			Front USB Ports
		Norton's Internet Security			17"LCD Flat Panel Included

Core 2 Duo Vs. Core Duo

Intel has consistently impressed with its mobile CPUs. The ageing Pentium M processor continues to be a solid foundation for laptops or desktop PCs (like the one in our ultimate quiet PC feature). The successor to the M processor -- the Core Duo (codenamed Yonah), is a marvel of engineering that helped push the Centrino brand to new heights.
But what of the recently released Core 2 Duo range of processors, known in tech circles as 'Merom'? Intel says they are up to 20 per cent faster than the current crop of mobile chips, but are they really as good as it makes out? Bored, disillusioned with the world and with a complete lack of anything better to do, we thought we'd break it down for you Crave readers.
The first thing you need to know about Core 2 Duo is that it's not hugely different to the Core Duo. The key difference is that the fastest chips in the range, the T7xxx series, use 4MB of level 2 cache instead of the standard 2MB. The entry-level chips use 2MB, but all Core 2 Duo CPUs have the benefit of 64-bit EM64T support -- though we won't see the full benefit of this until Windows Vista rolls around.
For our test, we got hold of three laptops, two of which were from rockdirect. The first rock laptop uses a 2.33GHz Intel T2600 CPU -- the fastest in the Core Duo range -- while the second uses the new 2.13GHz T7400 from the Core 2 Duo family. The third laptop is a non-retail reference sample boasting a T7600 Core 2 Duo CPU. All three laptops use identical Intel 945PM chipsets, 1GB of DDR2 533MHz memory, and an Nvidia GeForce Go 7900 GTX graphics card.
To put them through their paces we ran the PCMark 2005 synthetic benchmark application to test their core performance ability. We also ran 3DMark 2005 to test graphics capabilities, and MobileMark 2005 to test features such as battery life and general mobile performance. We also tried out Cinebench 9.5, a free 3D rendering benchmarking tool, to put the systems through their paces.
According to PCMark 2005, there isn't a massive difference between the three processors. The Core 2 Duo was around 5 per cent quicker, which isn't worth writing home about. Cinebench 9.5 showed more of a difference -- the top-spec Core 2 Duo machine was 11 per cent faster than the Core Duo system in our single CPU test, and 8.5 per cent faster in the multi-CPU test.
Unsurprisingly, we didn't spot much difference between the three processors during 3D gaming tests. They returned a nearly identical score in 3DMark 2005 and pretty much the same frame rates in F.E.A.R. As expected, the major bottleneck here is the graphics card. The Core 2 Duo processor is likely to be better than the Core Duo at running CPU-intensive games (such as those that display large numbers of non-playable characters on a screen simultaneously), but in most gaming situations the two CPUs are very similar.
The all-important battery life figures make for interesting reading. All three laptops lasted pretty much the same amount of time when playing a DVD movie and they ran out of juice within a couple of minutes of each other when browsing the Web using Wi-Fi. We can only conclude that this is a good thing, as the Core 2 Duo gives better performance without losing any battery life.
Ultimately, we have to conclude that the performance delta between Core Duo and Core 2 Duo is relatively small in most cases, but there are noticeable differences when running CPU-intensive applications. When using your laptop for simple everyday tasks like writing Word documents you'll notice zero advantage with a Core 2 Duo. However, the new CPUs come into their own when performing more demanding tasks such as 3D rendering. Here it outperforms its predecessor by a notable, if hardly mind-blowing margin.

The SATA 6.0 Gbps interface is quite superior to the SATA 3.0 Gbps

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.

ASUS ASUS P5KPL-SE

Detail Specifications
		CPU Socket Socket LGA775 Supported CPU Intel® Core™ 2 Quad/Core™ 2 Extreme/Core™ 2 Duo/Pentium® XE/Pentium® D/Pentium® Dual Core/Pentium® 4/Celeron®/Celeron® D Northbridge Chipset Intel® G31 Southbridge Chipset Intel® ICH7 Front Side Bus 1600(O.C.)/1333/1066/800 MHz DIMM Sockets 2x 240-pin DDR2 SDRAM Supported Memory DDR2 SDRAM Unbuffered, Non-ECC, Dual Channel Max. Memory 4 GB Expansion Slots 1x PCI Express x16, 3x PCI Express x1, 3x PCI Parallel ATA Controller 1x PATA Controller Serial ATA Controller 4x SATA Controllers Supported RAID Not Available Onboard VGA Not Available Audio Available LAN 1 Port (10/100/1000 Mbps) Firewire / IEEE1394 Not Available USB 2.0 8 Ports (6 Rear + 2 Header) Other I/O 1x Serial Port, 1x Parallel Port, 1x PS/2 Keyboard Port, 1x PS/2 Mouse Port, 1x Floppy Port, 1x Audio Port ( Line In/Out, Mic In) BIOS 8 Mb Flash ROM Form Factor ATX Dimension 305 x 210 mm Warranty 3-year Limited Warranty by Authorized Distributor

Asus ATI Radeon HD5770 1GB DDR5 2DVI/HDMI/DisplayPort PCI-Express Video Card Model Number:AS-5770_GB

Brand Name:

• Asus

Main Export Markets:

• Eastern Europe
• North America
• Mid East/Africa
• Central/South America
• Asia
• Western Europe
• Australasia

Key Specifications/Special Features:

• Mfr Part Number: EAH5770/2DIS/1GD5/V2
• Chipset: radeon HD 5770
• Engine clock: 850MHz
• Video memory: 1GB DDR5
• Memory clock: 4.8GHz
• Memory interface: 128-bit
• Bus: PCI-Express x16 (Support PCI-Express 2.0)
• RAMDAC: 400MHz
• Maximum resolution: 2,560 x 1,600
• Connectors: Dual DVI; HDMI; DisplayPort
• Thermal: Fansink
• Supports ATI CrossFireX Technology
• Supports ATI PowerPlay technology
• Supports HDCP - High-bandwidth Digital Content Protection
• Supports Microsoft DirectX 11

PNY GeForce 9800 GT EE 1024MB Graphics Card - 1024MB, GDDR3, PCI Express 2.0, SLI Ready, (Dual Link) Dual DVI, Stereo, Dual VGA Support

Key Features

• NVIDIA® Unified Architecture
• Full Microsoft DirectX 10 support
• NVIDIA CUDA™ technology
• NVIDIA PhysX™ Ready
• NVIDIA SLI® technology
• NVIDIA PureVideo® HD technology
• Dual-Link HDCP-Capable
• OpenGL 3.0 support
• PCI Express 2.0 Support
• GigaThread™ Technology
• NVIDIA® Lumenex™ Engine
• 16x Anti-aliasing Technology
• 128-bit floating point High Dynamic-Range (HDR) Lighting
• Discrete, Programmable Video Processor
• Dual-stream Hardware Acceleration
• Dynamic Contrast Enhancement & Color Stretch
• NVIDIA SLI® Multi-Monitor support
  
  

Minimum System Requirements

• PCI Express® or PCI Express 2.0-compliant motherboard with one dual-width x16 graphics slot
• A minimum 400W or greater system power supply (with a minimum 12V current rating of 26A)
• Intel Pentium 4, AMD Athlon XP class processor or higher
• 50MB of available hard disk space
• 512MB system memory (2GB recommended)
• Microsoft Windows Vista or Windows XP Operating System (32-bit or 64-bit)
• CD-ROM/DVD-ROM drive for installation
• DVI or VGA compatible monitor

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