For system platform, I use Hammer Thor high-end Xigmatek heatsink fan, which served us well in the previous test, as well as LGA1366 Geil Black Dragon 6 GB DDR3-2000 memory kits, one without better usage for heatspreaders of air flow is good. For the Rampage III Extreme, Asus, compact yet sturdy black Xigmatex Midgard W case used. Intel x 25-M SSD 160 GB is in storage.
With the Intel Core i7 980 x samples in my hands, I tested a variety of choices, evaluations at the point where it jumped the voltage needed to exceed speed more benefits. His main focus is on the speed of the CPU cores, while keeping more or less related uncore speed approximately 3.2 GHz to DDR3-1600, still the best compromise for 3-channel LGA1366 systems.
The first is the standard CPU core speed of 3.33 GHz with DDR3-1600 memory, but the maximum possible voltage drop for ' green ' standards for low power operation. About Gigabyte mainboard, as well as the Asus P6X58, we managed to get a run on 1.15 V, whereas the Asus Rampage unnecessary 1.16 V-some of the differences to pass all tests. Uncore ran at 1.25 V in both cases.
Then, we went to 4 GHz (multiplier 30) CPU core speed, also known as ' easy ' stable overclock for most parts Extreme LGA1366 CPU. Both Asus boards is fine with 1.31 V here, while Gigabyte needed 1.32 V-again, the difference is small. In all three cases, the uncore runs at 1.3 V.
Finally, I tried 2.7 GHz (multiplier 33) CPU core speed, and it makes no sense. The voltage required to boot Windows and, at least so, run 2,010 bench CPU succeeded Sandra, varies between 1.42 V on the Rampage III and Gigabytes, to 1.43 V about the P6X58D. As you can see, there is a voltage spike Giants needed here, with appropriate heat and improve power-not to mention the long-term reduction of age. So, I went back to 4 GHz with an ideal speed. Here are the results of the test, in this case on the Rampage III Extreme.
Showing posts with label mainboard. Show all posts
Showing posts with label mainboard. Show all posts
Gigabyte X58A-UD7 Mainboard
Posted by Unknown
For system platform, I use Hammer Thor high-end Xigmatek heatsink fan, which served us well in the previous test, as well as LGA1366 Geil Black Dragon 6 GB DDR3-2000 memory kits, one without better usage for heatspreaders of air flow is good. For the Rampage III Extreme, Asus, compact yet sturdy black Xigmatex Midgard W case used. Intel x 25-M SSD 160 GB is in storage.
With the Intel Core i7 980 x samples in my hands, I tested a variety of choices, evaluations at the point where it jumped the voltage needed to exceed speed more benefits. His main focus is on the speed of the CPU cores, while keeping more or less related uncore speed approximately 3.2 GHz to DDR3-1600, still the best compromise for 3-channel LGA1366 systems.
The first is the standard CPU core speed of 3.33 GHz with DDR3-1600 memory, but the maximum possible voltage drop for ' green ' standards for low power operation. About Gigabyte mainboard, as well as the Asus P6X58, we managed to get a run on 1.15 V, whereas the Asus Rampage unnecessary 1.16 V-some of the differences to pass all tests. Uncore ran at 1.25 V in both cases.
Then, we went to 4 GHz (multiplier 30) CPU core speed, also known as ' easy ' stable overclock for most parts Extreme LGA1366 CPU. Both Asus boards is fine with 1.31 V here, while Gigabyte needed 1.32 V-again, the difference is small. In all three cases, the uncore runs at 1.3 V.
Finally, I tried 2.7 GHz (multiplier 33) CPU core speed, and it makes no sense. The voltage required to boot Windows and, at least so, run 2,010 bench CPU succeeded Sandra, varies between 1.42 V on the Rampage III and Gigabytes, to 1.43 V about the P6X58D. As you can see, there is a voltage spike Giants needed here, with appropriate heat and improve power-not to mention the long-term reduction of age. So, I went back to 4 GHz with an ideal speed. Here are the results of the test, in this case on the Rampage III Extreme.
Motherboard Micro ATX Biostar P4M900-M4
Posted by Unknown
Form Factor Micro ATXWidth 7.5 in
Depth 9.6 in
Compatible Processors Pentium 4, Celeron D, Pentium D
64-bit Processors Compatibility Yes
Processor Socket Socket 478
Multi-Core Support Dual-Core
Chipset Type VIA P4M900 / VIA VT8237A
Max Bus Speed 800 MHz
BIOS Type Phoenix-Award
Storage Controller ATA-133, Serial ATA-150 (RAID)
Power Connectors 4-pin ATX12V connector, 24-pin main power connector
Mainboard Biostar TForce P965
Posted by Unknown
One glint is enough to see one withdraw and one vantage. The power connections are placed inconveniently in the midst of the PCB, but the expansion slots are placed properly. The PCI-E x16 slot is at a space from the others, so withal large the more coolheaded of your graphics card may be, it won’t block the PCI and PCI Express slots. The graphics card does block the computer memory slot latches, though.
GIGABYTE GA-K8U-939 ULi 1689 Chipset DDR400 Socket 939 ATX Motherboard
Posted by Unknown
Supporting the latest AMD socket 939 Athlon™ 64 X2 / 64 processors, the GA-K8U-939 represents the most cost effective solution for AMD socket 939 platform. The unprecedented AMD Athlon™ 64 X2 Dual-Core processor leads the industry not only to the increasing performance enhancement but also the more complete security and productivity abilities by true multi-taking capability based on AMD 64-bit platform. Accompanied with the innovative designs of AMD technology, the advanced ULi 1689 processor contributes to functionality and stability of this platform. The Serial ATA interface enhances storage performance. The AGP 8X graphic interface and 8-channel audio also ensure the enjoyment of multi-media application. Last but not the least, Norton Internet Security software is bundled for security protection. With such array of leading technologies and Gigabyte's unique features, users are sure to get the most value from the GA-K8U-939.
* AMD AthlonTM64 X2 Dual –Core Processor
Powered by ULi 1689 platform processor, GA-K8U-939 supports the unprecedented AMD AthlonTM64 X2 Dual-Core processor to deliver a true multi-tasking platform with dual support for 32-bit applications and increasing 64-bit computing needs.
* HyperTransportTM technology
A high-speed, low latency, point-to-point link designed to provide excellent interconnect for computation and networking. This Technology not only provides more bandwidth but also reduces the I/O bottlenecks and, consequently, greatly enhances the system performance.
# Dual Channel DDR architecture support
The AMD AthlonTM 64 processor improves the memory performance by integrating a DDR memory controller into the processor. With the integrated memory controller, this platform supports dual channel DDR400 memory architecture and delivers high capacity of 4GB memory and high bandwidth up to 6.4GB/s to ensure greatest memory performance.
# Superb bandwidth AGP 8X graphics interface
Featuring AGP 8x (AGP 3.0) the new generation VGA interface specification, this platform delivers enhanced graphics performance with high bandwidth up to 2.12GB/s. Allowing users to have a more realistic graphics experiences while gaming or movie watching.
# Ethernet 10/100Mb LAN Network Connection
Ethernet 10/100Mb LAN Network Connection Provides high-quality 10/100 Ethernet performance for value-minded users who need straight forward network connectivity. Ensure a high-speed, stable solution for new broadband era.
# Serial ATA with RAID 0,1 function
Serial ATA is the revolutionary ATA interface that provides scalable performance for IDE device. With up to 150MB/s data transfer rate, Serial ATA is faster than current Parallel ATA and delivers superior input/output performance. In addition, the Serial ATA interface is furnished with RAID 0, 1 function for extra performance enhancement and data protection.
# 8-Channel Audio
Experiences the 3D surround sound through the 8-channel audio solution. The advanced feature fulfills the requirements for a variety of audio applications, such as MP3 or Audio CD playback, DVD movies and gaming thus delivering ideal platform for multimedia solution.
# Norton Internet SecurityTM Included
Norton Internet SecurityTM is the essential protection from viruses, hackers, and privacy threats. It protects user during the online activities such as e-mailing, shopping, banking, and game playing.
More about → GIGABYTE GA-K8U-939 ULi 1689 Chipset DDR400 Socket 939 ATX Motherboard
* AMD AthlonTM64 X2 Dual –Core Processor
Powered by ULi 1689 platform processor, GA-K8U-939 supports the unprecedented AMD AthlonTM64 X2 Dual-Core processor to deliver a true multi-tasking platform with dual support for 32-bit applications and increasing 64-bit computing needs.
* HyperTransportTM technology
A high-speed, low latency, point-to-point link designed to provide excellent interconnect for computation and networking. This Technology not only provides more bandwidth but also reduces the I/O bottlenecks and, consequently, greatly enhances the system performance.
# Dual Channel DDR architecture support
The AMD AthlonTM 64 processor improves the memory performance by integrating a DDR memory controller into the processor. With the integrated memory controller, this platform supports dual channel DDR400 memory architecture and delivers high capacity of 4GB memory and high bandwidth up to 6.4GB/s to ensure greatest memory performance.
# Superb bandwidth AGP 8X graphics interface
Featuring AGP 8x (AGP 3.0) the new generation VGA interface specification, this platform delivers enhanced graphics performance with high bandwidth up to 2.12GB/s. Allowing users to have a more realistic graphics experiences while gaming or movie watching.
# Ethernet 10/100Mb LAN Network Connection
Ethernet 10/100Mb LAN Network Connection Provides high-quality 10/100 Ethernet performance for value-minded users who need straight forward network connectivity. Ensure a high-speed, stable solution for new broadband era.
# Serial ATA with RAID 0,1 function
Serial ATA is the revolutionary ATA interface that provides scalable performance for IDE device. With up to 150MB/s data transfer rate, Serial ATA is faster than current Parallel ATA and delivers superior input/output performance. In addition, the Serial ATA interface is furnished with RAID 0, 1 function for extra performance enhancement and data protection.
# 8-Channel Audio
Experiences the 3D surround sound through the 8-channel audio solution. The advanced feature fulfills the requirements for a variety of audio applications, such as MP3 or Audio CD playback, DVD movies and gaming thus delivering ideal platform for multimedia solution.
# Norton Internet SecurityTM Included
Norton Internet SecurityTM is the essential protection from viruses, hackers, and privacy threats. It protects user during the online activities such as e-mailing, shopping, banking, and game playing.
Motherboard - ASUS K8N-E Deluxe nForce3 250Gb
Posted by Unknown
The times, they are a changin. AMD introduced its lineup of Athlon 64-bit processors almost a year ago. They were tempting speed-demons capable of performing both 64-bit and 32-bit processes. Basically, this meant you could upgrade to a 64-bit processor without having to wait for the 64-bit version of Windows to be released. All the benefits of forward-compatibility without any of the negatives of having to rebuy all your software packages. Great! Why didn't they catch on? The mighty dollar struck again and all of the new 64-bit hardware was just too expensive.
Well, a year really makes a difference in the computer industry. First, prices have dropped significantly from last year, making 64-bit computers a feasible of reality for us little folk. In addition, ASUS and Nvidia got their acts together after releasing a dismal nForce3 150Gb motherboard and released this -- the K8N-E Deluxe nForce3 250Gb.
This socket 754 (most AMD Athlon 64 Processors are socket 754 however the newest of the new is socket 939 now) motherboard comes loaded for bear with everything you could possible need for today's multimedia machine.
Let's start with I/O devices. You've got your PS/2 connectors for ancient keyboards and mice. For those of you not living in the Dark Ages, the motherboard comes with eight (8) USB2.0 ports and a built-on IEEE1394 (firewire) port with the ability to add an expansion slot with yet another firewire port.
That's fine, but there are a whole lot of other ports here that do nifty stuff; let's talk about Realtek's ALC850 8-channel onboard sound with BOTH coaxial and optical digital-out as well as standard speaker outputs. Even Creative Labs' Soundblaster Audigy 2 ZS doesn't come with SPDIF (optical) out. And the Sound Manager program handles all of the adjustments and configuration issues for any speaker system available with expert ease. The sound quality is absolutely superb.
For hard drive support, you've got your standard two IDE channels capable of each handling two drives (overall support for four drives). In addition, you also get six (6) Serial ATA controllers. Yes, that's right, I said SIX. Two of which are controlled by the BIOS itself with the remaining four controlled by the spectacular onboard Sil 3114 controller chip.
ASUS didn't stop there, though. They decided to throw in gigabit ethernet. Yep, no 10/100 Ethernet for this monster, you've got the ugpradability of 10/100/1000 Ethernet.
As far as stability goes, this motherboard runs like a champ. We've even run some performance numbers for you on the very system being used to write this review:
The original specs of this PC were as follows: an Athlon XP 2600+ processor running on an ASUS A7N8X2.0-Deluxe motherboard (check out our review by clicking here) with 1024MB of matched pair Mushkin Level-One memory running with RAID-0 Western Digital 36.7GB Raptor hard drives (for a combined 20,000RPM and 16MB of cache) and a Powercolor ATI Radeon 9700 Pro video card. The PCMark2001 results looked like this:
Athlon XP 2600+ System
CPU Score: 6311
Memory Score: 5131
HDD Score: 2100
3DMark2001: 14322
3DMark2003: 4855
The only components changed were the motherboard and the processor. Everything else remained the same for the following PCMark2001 results:
Athlon 64 3200+ System
CPU Score: 7186
Memory Score: 8067
HDD Score: 2303
3DMark2001: 17357
3DMark2003: 5269
Granted, the CPU Score is completely dependent on the new Athlon 64 3200+ chip we threw down but the rest are completely motherboard-determined. Performance increases by just changing out the motherboard and processor looked like this:
Percentage Increase
CPU Score: 113% faster
Memory Score: 157% faster
HDD Score: 110% faster
3DMark2001: 122% faster
3DMark2003: 109% faster
Yes, the time has come for 64-bit processing despite the fact that the 64-bit version of Microsoft Windows XP isn't due until later this year or early 2005. The ASUS K8N-E Deluxe motherboard is spectacular bringing faster overall performance to every aspect of computer use. If you're looking for a motherboard to carry you years into the future, you need not look any further than the ASUS K8N-E Deluxe 250Gb.
G31M3-F MSI G31M3-F Core 2 Quad/ Intel G31 Motherboard
Posted by Unknown
Key Specifications/Special Features:
* Mfr part number: 7528-010(G31M3-F)
* CPU: socket 775 support Intel Core 2 Quad/Core 2 Duo/Pentium/Celeron Processor; FSB 1333/1066/800MHz
* Chipset: Intel G31 and ICH7
* Memory: 2x 240pin DDR2-800/667 DIMMs, dual channel, max capacity 4GB
* Slots: 1x PCI-Express x16 slot; 1x PCI-Express x1 slot; 2x PCI slots
* IDE/SATA: 1x ATA-100 channel; 4x SATA2 ports
* Audio: Realtek ALC888 Flexible 8-channel audio CODEC
* Video: Intel GMA X3100 graphics controller
* LAN: Realtek RTL8111C 10/100/1000Mbps Gigabit Ethernet controller
* Ports: 8x USB 2.0 ports (4 rear, 4 by headers); 2x PS/2 ports; 1x VGA port; 1x RJ45 LAN port; audio I/O jacks
* Power connector: 1x 24pin main power, 1x 4pin CPU power
* Form factor: Micro ATX, 9.6 x 8.6 inches
* Package: retail
Motherboard G31M7 Biostar G31-M7 TE Core 2 Quad/ Intel G31/ DDR2-800/ A&V&L/ MATX
Posted by Unknown
Key Specifications/Special Features:
* Specification:
* Mfr part number: G31-M7 TE
* CPU: socket 775 supports Intel Core 2 Quad/ Core 2 Duo/ Pentium dual-core/ Pentium D/ Pentium 4/ Celeron dual core/ Celeron 400 series processor; support Intel Hyper-Threading technology; FSB 1600/1333/1066/800/533MHz
* Chipset: Intel G31 & ICH7
* Memory: 2x 240pin DDR2-800/667/533 DIMMs, dual channel, Max capacity 4GB
* Slots: 1x PCI-Express x16 slot; 2x PCI slots
* IDE/SATA: 1x ATA-100 Channel; 4x SATA2 ports
* Audio: Realtek ALC662 6-channel HD audio CODEC
* Video: Intel GMA 3100 graphics controller, shared memory upto 256MB
# LAN: Realtek RTL8102EL 10/100 Ethernet controller
# Ports: 8x USB 2.0 Ports (4 rear, 4 by headers); 2x PS/2 ports; 1x serial header; 1x Parallel header; 1x VGA port; 1x RJ45 LAN port; audio I/O jacks
# Power connector: 1x pin main power, 1x pin CPU power
# Form factor: Micro ATX, 23.5 x 17.9cm
# Package: retail
# RoHS compliant
Computer Motherboard ASUS P5K Premium/WiFi-AP LGA775
Posted by Unknown
# CPU:
- LGA775 socket for Intel Core 2 Quad / Core 2 Extreme / Core 2 Duo / Pentium Extreme / Pentium D / Pentium 4 Processors.
- Compatible with Intel 05B/05A/06 processors.
- Support Intel next generation 45nm multi-core CPU.
# Chipset: Intel P35 / ICH9R with Intel Fast Memory Access Technology.
# Front Side Bus: 1333 / 1066 / 800 MHz.
# Memory:
- 4 x DIMM, max. 8GB, DDR2 1066*/800 / 667 MHz, non-ECC, un-buffered memory.
- Dual channel memory architecture. * The chipset officially supports the memory frequency up to DDR2 800MHz. Tuned by ASUS Super Memspeed Technology, this motherboard natively supports up to DDR2 1066MHz Please refer to www.asus.com or user manual for Memory QVL.
# Expansion Slots:
- 2 x PCI-E x16 (blue @ x16 mode, black @ x4 or x1 mode) supports CrossFire Technology.
- 2 x PCI-E x1.
- 3 x PCI.
# Storage:
Southbridge:
- 6 x SATA 3.0 Gb/s ports.
- Supports RAID 0,1, 5 and 10.
JMicron JMB363 PATA and SATA controller:
- 1 x UltraDMA 133/100/66 for up to 2 PATA devices.
- 2 x External SATA 3.0 Gb/s port (SATA On-the-Go).
- Supports SATA RAID 0,1 and JBOD.
# LAN:
- Dual Gigabit LAN controllers, featuring AI NET2.
- Marvell88E8056 PCI-E Gigabit LAN controllers.
- RealtekRTL8110SC PCI Gigabit LAN controller.
# Wireless LAN:
- ASUS WiFi-AP Solo.
- 54 Mbps IEEE 802.11g and backwards compatible with 11 Mbps IEEE 802.11b:
- Software Access Point mode.
- Station mode: Infrastruceure mode and Ad-Hoc mode.
# Audio:
- ADI AD1988B 8-channel High Definition Audio CODEC.
- Coaxial / Optical S/PDIF out ports at back I/O.
- ASUS Noise Filter.
# IEEE 1394: IEEE 1394a controller supports 2 x 1394a ports (one at midboard; one at back panel).
# USB: 10 x USB 2.0 ports (4 ports at mid-board, 6ports at back panel).
# ASUS AI Lifestyle Features:
- ASUS Quiet Thermal Solution:
- ASUS Fanless Design: Heat-pipe solution.
- ASUS Fanless Design: Stack Cool 2.
- ASUS AI Gear2.
- ASUS AI Nap.
- ASUS 8-Phase Power Design.
- ASUS Q-Fan 2.
- ASUS Crystal Sound:
- ASUS AI Audio 2.
- ASUS Noise Filter.
- ASUS EZ DIY:
- ASUS Q-Connector.
- ASUS O.C. Profile.
- ASUS CrashFree BIOS 3.
- ASUS EZ Flash 2.
- ASUS AI Slot Detector.
- ASUS WiFi@Home:
- ASUS WiFi-AP Solo.
# Other Features: ASUS MyLogo 3. Multi-language BIOS.
# Overclocking Features:
Intelligent overclocking tools:
- AI NOS (Non-delay Overclocking System).
- ASUS AI Booster utility.
Precision Tweaker:
- vCore: Adjustable CPU voltage at 0.0125V increment.
- vDIMM: 16-step DRAM voltage control.
- vChipset: 4-step Chipset voltage control.
SFS (Stepless Frequency Selection):
- FSB tuning from 200MHz up to 800MHz at 1MHz increment.
- Memory tuning from 667MHz up to 1333MHz for DDR2.
- PCI Express frequency tuning from 100MHz up to150MHz at 1MHz increment.
Overclocking Protection:
- ASUS C.P.R.(CPU Parameter Recall).
# Back Panel I/O Ports:
- 1 x PS/2 Keyboard.
- 1 x S/PDIF Out (Coaxial + Optical).
- 2 x External SATA.
- 1 x IEEE1394a.
- 2 x RJ45 port.
- 6 x USB 2.0/1.1.
- 1 x WiFi-AP Solo antenna jack.
- 8-channel Audio I/O.
# Internal I/O Connectors:
- 2 x USB connectors support additional 4 USB ports.
- 1 x Floppy disk drive connector.
- 1 x IDE connector.
- 1 x COM connector.
- 6 x SATA connectors.
- 1 x CPU Fan connector.
- 4 x Chassis Fan connector.
- 1 x Power Fan connector.
- 1 x IEEE1394a connector.
- Front panel audio connector.
- 1 x S/PDIF Out Header.
- Chassis Intrusion connector.
- CD audio in.
- 24-pin ATX Power connector.
- 2 x 4-pin ATX 12V Power connector.
- System Panel(Q-Connector).
# BIOS: 16 Mb Flash ROM, AMI BIOS, PnP, DMI2.0, WfM2.0, SM BIOS 2.3, ACPI 2.0a, Multi-language BIOS, ASUS EZ Flash 2, ASUS CrashFree BIOS 3.
# Manageability: WfM 2.0, DMI 2.0, WOL by PME, WOR by PME, PXE.
# O/S Compatibility: Windows Vista/XP.
# Accessories:
- UltraDMA 133/100/66 cable.
- FDD cable.
- 4 x Serial ATA cables.
- 1 x 2-port Serial ATA power cable.
- I/O Shield.
- User's manual.
- ASUS WiFi-AP Solo manual.
- 3 in 1 Q-connector.
- 1 x 2-port USB2.0 / 1-port IEEE1394 module. ASUS WiFi-AP Solo omni-directional antenna.
# Support CD:
- Drivers.
- ASUS PC Probe II.
- ASUS Update.
- ASUS AI Suite.
- ASUS WiFi-AP Solo Wizard.
- Anti-virus software (OEM version).
- Image-Editing Suite.
# Form Factor: ATX Form Factor, 12"x 9.6" (30.5cm x 24.4cm).
How to Install a Motherboard
Posted by Unknown
The process of replacing the motherboard began with removing the old motherboard. Now it's time to compare the old motherboard with the replacement motherboard to see how the physically match. I've pulled the I/O core shield out of the back of the case, and I've placed it on the I/O core of the old motherboard. You can see (if the flash isn't blinding you:-) that the old I/O core didn't have a game port or integrated sound, which the new motherboard supports. New motherboards should always ship with their own I/O shield, but with a second-hand replacement like we're using here, you have to make due. Fortunately, the old I/O shield has punch-outs in the proper locations.
EG45D2H GIGABYTE GA-EG45M-DS2H Core 2 Extreme Motherboard
Posted by Unknown
Key Specifications/Special Features:
* Mfr Part Number: GA-EG45M-DS2H
* Features: GIGABYTE Dynamic Energy Saver Advanced
* CPU: socket 775 supports Intel Core 2 Extreme/Core 2 Quad/Core 2 Duo/ Pentium Dual-Core/ Celeron Processor; Supports 45nm Intel Core 2 Multi-core Processors; FSB 1600 (OC)/ 1333/ 1066/800MHz
* Chipset: Intel G45 & ICH10R
* Memory: 4x 240pin DDR2-1066(OC)/800/667 DIMMs, dual-channel, maximum capacity 16GB
* Slots: 1x PCI-Express x16 slot (runs on x4); 1x PCI-Express x1 slot; 2x PCI slots
# IDE/SATA: 1x ATA-133 channel (by iTE IT8213 chip); 5x SATA2 ports, 1x eSATA ports, supports RAID 0, 1, 5, 10 (By ICH10R)
# Audio: Realtek ALC889A 7.1-channel High Definition Audio CODEC
# Video: Intel GMA X4500HD Graphics Controller
# LAN: Realtek 8111C 10/100/1000Mbps Gigabit Ethernet Controller
# Ports: 12x USB 2.0 ports (6 rears, 6 headers); 2x IEEE 1394a ports (1 rear, 1 header); 1x eSATA port; 1x PS/2 keyboard and mouse combo port; 1x serial header; 1x parallel header; 1x VGA port; 1x DVI-D port; 1x HDMI port; 1x RJ45 LAN port; 1x optical S/PDIF out; 1x S/PDIF in header; 1x S/PDIF out header; audio I/O jacks
# Power connector: 1x 24pin main power; 1x 4pin CPU power
# Form factor: micro ATX, 24.4 x 24.4cm
# Package: retail
Desktop Motherboard GIGABYTE GA-MA69G-S3H ATX AM2
Posted by Unknown
Specifications:
Model Number – GA-MA69G-S3H
CPU – Athlon™64 X2/Athlon™64FX/Athlon™64/Sempron
Socket – AM2
Chipset – Southbridge – SB600
Chipset Model – 690G
Memory – 4 x DDR2 800/667/533/400MHz DIMM
Max Memory Supported – 16GB
Storage – 4 X SATA 3Gb/s RAID
Total Expansion Slots – 7
PCI – 2
PCI-E x 1 – 3
PCI-E x 4 – 1
PCI-E x 16 – 1
LAN – 10/100/1000Mbps
Audio – Realtek ALC889A 8-channel HD Audio
Integrated Graphics – AMD Radeon X1250 (with HDMI)
Internal I/O Connectors – 1xEIDE/1xFDD/6xUSB2.0/2x1394a
Rear Panel I/O Ports – PS/2/COM/PRT/4xUSB2.0/1x1394/1xRJ45/HDMI
USB Type – USB2.0
Form Factor – ATX
30Year Manufacturer Warranty
GIGABYTE Technology latest S series motherboards for AMD socket AM2 platform, featuring with innovative features- Safe, Smart, Speed Technologies. The new S series motherboards GA-MA69G-S3H; supporting AMD new generation AM2 processor with dual channel DDR2 800MHz high frequency memories, providing reliable and user friendly computing and reaching the maximum system performance easily via personalized software settings. GIGABYTE S series motherboards, the champion's choice for AMD Socket AM2 platform!
The brand new AMD 690G chipset features ATI™ Radeon™ X1250-based graphics architecture. This unique combination of Integrated Graphics Processor (IGP) creates a single motherboard featuring a world-class DX9, Pixel Shader V2.0, ATI™ Avivo Technology, ATI™ SurroundView™ Technology for faster and smoother game-play, a high quality video processing engine for advance quality of video and DVD playback.
Desktop Motherboard NVIDIA GeForce 7050/610i, Socket 775
Posted by Unknown
Chipset
The GF7050VT-M motherboard is based on the NVIDIA GeForce 7050/610i chipset. It supports Intel Core 2 Quad, Core 2 Extreme, Core 2 Duo, Pentium Dual Core, and Pentium D Processors, with Hyper-Threading Technology and 533/800/1066/1333MHz Front Side Bus support.
PCI Express Support
The GF7050VT-M fully supports PCI Express, the latest I/O interconnect technology that speeds up the PCI bus. PCI Express features point-to-point serial interconnections between devices and allows higher clockspeeds by carrying data in packets. This high-speed interface is software compatible with existing PCI specifications.
Serial ATA RAID Support
The GF7050VT-M supports the Serial ATA technology through the Serial ATA interfaces. Doubles bus bandwidth which provides blazingly high disk performance, up to 3.0Gb/s, with RAID 0, and 1 solutions.
ECS GF7050VT-M Motherboard - v1.0
Inflation. Stagflation. Bear market. Bull market. High prices at the pump. Regardless of the state of the economy, you’re in great shape when you buy our new ECS GF7050VT-M motherboard. It’s our very own inflation, stagflation, bear market, bull market platform for all economic seasons. And it boasts an NVIDIA GeForce 7 Series GPU! This powerful microATX mainboard works flawlessly with the LGA 775 Intel Core 2 Duo, and Pentium D processors up to 1333MHz FSB with Hyper Threading Technology. Plus, the ECS GF7050VT-M supports single-channel DDR2 memory up to 667MHz up to 4GB (but for the fact that the DRAM maximum size is 2GB at present, the memory capacity would be 8GB), as well as PCI-E x16/x1, SATA2, RAID0,1, HD audio, Fast Ethernet LAN, and USB 2.0. Please see complete specs below. Inflation? No worries. Stagflation – forget about it! Bear market. Bull market. Regardless of the economic season, you have a reason to purchase the ECS GF7050VT-M motherboard. It’s a powerful, high-performance board that’s great for gaming (super-duper NVIDIA graphics!), extreme computing, and multimedia entertainment. And it’s affordable! Order today and let us deliver it to your front door, no matter where you are.
New 7150/630i Motherboard
Posted by Unknown
eVGA 780i SLI
C2D E8400@3.5GHz
OCZ Reaper 2X2Gig PC6400 4-3-3-12
eVGA 8800GTS 512MB G92 SLI
Antec 900
RAID-0 WD Raptor 150Gb 10,000RPM
B-U WD Raptor 74Gb 10,00RPM
DELL 2407WFP-HC
Logitech Z-5500 Digital
PC Power&Cooling Silencer 750W
More about → New 7150/630i Motherboard
C2D E8400@3.5GHz
OCZ Reaper 2X2Gig PC6400 4-3-3-12
eVGA 8800GTS 512MB G92 SLI
Antec 900
RAID-0 WD Raptor 150Gb 10,000RPM
B-U WD Raptor 74Gb 10,00RPM
DELL 2407WFP-HC
Logitech Z-5500 Digital
PC Power&Cooling Silencer 750W
ASUS P5K/EPU new motherboard
Posted by Unknown
This new motherboard is announced to officially support 1600 FSB. Strange behaviour when intel only guaranty it offcially on the X48 upcoming chipset. It also includes the EPU technology available on last X38 high end cards and on the P5K Pro. There's no more info on this card, nor it seems to be yet released.
As I can see from the shots, it is 8 phase power, but the 4 up phases can't be cooled as there's no holes to fit any heatsink. Also the ATX 12v power connector is only 4 pins instead of 8 pins
The most interesting is to see how the P35 platform is still developped with new motherboards, just 4 weeks before X48 release, while the X38 plateform is still freezed. Hopefully, ASUS will continue to update the P35 bioses for a while. But the most strange is that these new P35 boards look really as the low end segment cards
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Q6600 G0 L740B126 Lapped, 2x1Gb Kingston HyperX DDR2-1200
Gigabyte 8800 GTS 512Mb OC 756-1890-1000
TT Toughpower 750 W (W0116) new 8xPCI-E Rev.
Western Digital Caviar SE16 WD6400 AAKS rocks
WC: Swiftech H2O-Apex Ultra 220 GT + PA120.3 5v
OCZ XTC RAM Cooler, HR-05 IFX + 80mm FAN (NB), 2x HR-09U type 2 (mosfets), Modded Zalman ZM NB-47J (SB), Arctic-Cooling MX-2
Vista 32 bits
By the way, most ASUS cards will support FSB 1600 QX9775 CPU
New AMD motherboard
Posted by Unknown
MSI X38 Diamond/Bios 1.3; Core 2 Duo E8400 3.0Ghz; Thermalright Ultima-90HS/120 fan; 2X1GB DDR3 CorsairTWIN3X2048-1333C9DHX G; PIONEER|DVR-215DBK SATA DVD-DL & Lite-on DVD-ROM PATA; FDD; MSI 8800GT-T2D1GE; 174.74beta; Seagate 320 GB & 500 GB SATA HDDs; PC Power&Cooling Silencer 750 +3.3V/24A~+5V/30A~+12V/60A; X-FI Xtreme PCIe; Antec P182 Case; XP PRO SP3.
MSI 865PE Neo2-PFS/Bios 3.A; P4 2.8C HT; Thermalright XP-90HS; 2GB DDR400 RAM(2x1GB kit Mushkin HP3200 2-3-2-6); Nec ND-3550A DVD-DL & TDK 52X24X48 CD-RW; FDD; Nvidia GeForce 7800GS; 84.21; Maxtor 200GB & Seagate 200GB PATA HDDs; Enermax 465P VE-FMA PSU +3.3V/35A~+5V/35A~+12V/33A; Audigy 2ZS; XP PRO SP3
Samsung 997mb CRT
More about → New AMD motherboard
MSI 865PE Neo2-PFS/Bios 3.A; P4 2.8C HT; Thermalright XP-90HS; 2GB DDR400 RAM(2x1GB kit Mushkin HP3200 2-3-2-6); Nec ND-3550A DVD-DL & TDK 52X24X48 CD-RW; FDD; Nvidia GeForce 7800GS; 84.21; Maxtor 200GB & Seagate 200GB PATA HDDs; Enermax 465P VE-FMA PSU +3.3V/35A~+5V/35A~+12V/33A; Audigy 2ZS; XP PRO SP3
Samsung 997mb CRT
New Motherboard ATX systems
Posted by Unknown
# Hole 'A' is elongated (oval). And its center may vary as much as 0.5".
# Hole 'N' on the Baby-AT and Full-AT motherboards does not line up perfectly with holes 'A' and 'G'. It is 0.25" closer to the edge of the motherboard than the other two holes.
# Hole 'B', which was required on previous specifications, is considered optional by the ATX 2.01 spec for ATX and Mini-ATX chassis.
# Hole 'F', which was optional on previous specifications, is required by ATX spec 2.01 for ATX chassis.
# ATX motherboards have a PS/2 mouse and PS/2 keyboard connector built into the board. The serial ports, parallel port, and any USB ports are also built in. The AT board only has the 5-pin AT keyboard connector built in. The rest attach with cables to various headers on the mainboard and are usually mounted to an expansion slot plate on the back of the computer.
# The 20-pin ATX connector is keyed so it can only be inserted into the socket one way. It is sometimes difficult to fully seat the ATX power connector. Try not to flex the board too much when inserting it.
# The momentary button on the front of the case that powers on the system is supposed to be connected to the motherboard. Unlike AT-style systems, it isn't directly connected to the power supply. Because the ATX motherboard is not physically disconnected from the P/S by the power switch, the motherboard can enter power down mode and be brought back up in a short amount of time. The main shutoff switch is almost always in the back of the power supply, although this feature is becoming more and more scarce with newer units. But holding down the front power switch for a few seconds will also shut off the machine (assuming things are setup that way in the BIOS). Some BIOSes allow an ATX momentary switch to act like an AT power switch and immediately shut off the computer. But the ATX power supply still needs to be attached to the motherboard and not directly to the On/Off switch.
# Do not insert any components while the ATX power supply is still plugged in. The ATX P/S constantly supplies juice to the motherboard, and components can be damaged if upgrading while the P/S is still plugged in.
# Beware of ATX power supplies that are not ATX 2.01 compliant. Some newer motherboards won't power up if the P/S doesn't conform. Some power supplies will also not come on if there is no draw from a floppy or hard drive in addition to the motherboard. This may vary from P/S to P/S. Although I believe this only applies to AT power supplies. And, no, I don't know why I stuck this observation on the ATX page. :-P
# There is a new ATX power supply specification (0.9) that drastically increases the amperage spec for the 3.3 volt line on the power supply. I believe the old spec was for 14 amps for a 300 watt supply. It is now 28 amps for a 300 watt supply because of the possibility of running two amperage hungry chips in a dual configuration.
# According to the ATX specification, the fan on ATX power supply is intended to blow in over the CPU to allow for cooling. This isn't because this is necessarily the best solution for cooling a hot processor. It's mostly a cost saving measure. In most of the older Pentium systems, Intel recommends a dedicated fan in the front blowing in from the bottom of the case (if it's a Mini/Mid/Tower) and the power supply fan at the top back of the case blowing out. A decent airflow should develop. Atleast that's the idea. But you'll have to figure out what the best thermal solution for your particular situation is. Because what seems like a logical solution to a cooling problem (such as adding an additional fan), can actually have unintended consequences. See FloTherm for an example. In the end, a heatsink with the ATX power supply blowing over the heatsink fins may be all you need.
# While ATX is a standard, there are many different styles of I/O backplates available. Be sure that you get the right one to fit the port connectors on the back of your mainboard. See Shuttle's page of backplates for some of the variants.
# Some cases (like my InWin Q500) can take many different styles of boards. Some can only take one or two. An ATX case which can accept AT motherboards should have a backplate for the AT keyboard's 5-pin DIN connector to stick through.
# Most Pentium-II based systems (even ones from OEMs) are ATX. Motherboards based on the 440EX chipset come almost exclusively in the Micro-ATX format, though there may be a few exceptions.
# Micro-ATX specifies up to 4 expansion slots (usually 2 PCI and 2 ISA). MicroATX also allows for a smaller power supply (SFX) that has the same motherboard connector as an ATX P/S, but takes up less space.
# Holes 'R' and 'S' on the Micro-ATX board are not standard on regular ATX cases, and the front left of the motherboard may not be supported at all. Using a standoff with adhesive on the bottom or a rubber bumper to support the board is suggested. Although the bumper will only help support ISA cards when they're inserted, and not when they're removed.
# In order to help with feeding newer more powerful CPUs their required amperage draws, a new ATX power supply standard: ATX12V has been developed. This new power supply lessens the required amperage rating on the 3.3v line and transfers much of the amperage draw to an auxilliary 4-pin plug. This extra plug is required alongside the traditional 20-pin ATX power plug for Pentium 4 motherboards. While the ATX12V standard is intended to be backwards compatible, it may pose some problems for other CPUs that draw a good deal of amperage, but whose boards don't use the new plug. This includes some of the very high power draw Athlon processors, and in particular dual Athlon systems. These may require a different power supply altogether. So changing between Intel and AMD systems using the same P/S may now be more difficult. Beware of this possible snafu. AMD has a list of compatible power supplies on their website.
# There may be an auxilliary connector (P2) on your ATX power supply that resembles an old AT-style 6-pin plug. This is used on some server motherboards. If your board has a plug for this power connector, use it. Don't confuse this P2 connector with the 22-pin P2 connector for WTX power supplies.
# There may be an extra 6-pin plug (Aux - 2x3 configuration) on your ATX power supply. This is for fan monitoring, IEEE-1394 (Firewire) power supply, and remote 3.3v sense.
More about → New Motherboard ATX systems
# Hole 'N' on the Baby-AT and Full-AT motherboards does not line up perfectly with holes 'A' and 'G'. It is 0.25" closer to the edge of the motherboard than the other two holes.
# Hole 'B', which was required on previous specifications, is considered optional by the ATX 2.01 spec for ATX and Mini-ATX chassis.
# Hole 'F', which was optional on previous specifications, is required by ATX spec 2.01 for ATX chassis.
# ATX motherboards have a PS/2 mouse and PS/2 keyboard connector built into the board. The serial ports, parallel port, and any USB ports are also built in. The AT board only has the 5-pin AT keyboard connector built in. The rest attach with cables to various headers on the mainboard and are usually mounted to an expansion slot plate on the back of the computer.
# The 20-pin ATX connector is keyed so it can only be inserted into the socket one way. It is sometimes difficult to fully seat the ATX power connector. Try not to flex the board too much when inserting it.
# The momentary button on the front of the case that powers on the system is supposed to be connected to the motherboard. Unlike AT-style systems, it isn't directly connected to the power supply. Because the ATX motherboard is not physically disconnected from the P/S by the power switch, the motherboard can enter power down mode and be brought back up in a short amount of time. The main shutoff switch is almost always in the back of the power supply, although this feature is becoming more and more scarce with newer units. But holding down the front power switch for a few seconds will also shut off the machine (assuming things are setup that way in the BIOS). Some BIOSes allow an ATX momentary switch to act like an AT power switch and immediately shut off the computer. But the ATX power supply still needs to be attached to the motherboard and not directly to the On/Off switch.
# Do not insert any components while the ATX power supply is still plugged in. The ATX P/S constantly supplies juice to the motherboard, and components can be damaged if upgrading while the P/S is still plugged in.
# Beware of ATX power supplies that are not ATX 2.01 compliant. Some newer motherboards won't power up if the P/S doesn't conform. Some power supplies will also not come on if there is no draw from a floppy or hard drive in addition to the motherboard. This may vary from P/S to P/S. Although I believe this only applies to AT power supplies. And, no, I don't know why I stuck this observation on the ATX page. :-P
# There is a new ATX power supply specification (0.9) that drastically increases the amperage spec for the 3.3 volt line on the power supply. I believe the old spec was for 14 amps for a 300 watt supply. It is now 28 amps for a 300 watt supply because of the possibility of running two amperage hungry chips in a dual configuration.
# According to the ATX specification, the fan on ATX power supply is intended to blow in over the CPU to allow for cooling. This isn't because this is necessarily the best solution for cooling a hot processor. It's mostly a cost saving measure. In most of the older Pentium systems, Intel recommends a dedicated fan in the front blowing in from the bottom of the case (if it's a Mini/Mid/Tower) and the power supply fan at the top back of the case blowing out. A decent airflow should develop. Atleast that's the idea. But you'll have to figure out what the best thermal solution for your particular situation is. Because what seems like a logical solution to a cooling problem (such as adding an additional fan), can actually have unintended consequences. See FloTherm for an example. In the end, a heatsink with the ATX power supply blowing over the heatsink fins may be all you need.
# While ATX is a standard, there are many different styles of I/O backplates available. Be sure that you get the right one to fit the port connectors on the back of your mainboard. See Shuttle's page of backplates for some of the variants.
# Some cases (like my InWin Q500) can take many different styles of boards. Some can only take one or two. An ATX case which can accept AT motherboards should have a backplate for the AT keyboard's 5-pin DIN connector to stick through.
# Most Pentium-II based systems (even ones from OEMs) are ATX. Motherboards based on the 440EX chipset come almost exclusively in the Micro-ATX format, though there may be a few exceptions.
# Micro-ATX specifies up to 4 expansion slots (usually 2 PCI and 2 ISA). MicroATX also allows for a smaller power supply (SFX) that has the same motherboard connector as an ATX P/S, but takes up less space.
# Holes 'R' and 'S' on the Micro-ATX board are not standard on regular ATX cases, and the front left of the motherboard may not be supported at all. Using a standoff with adhesive on the bottom or a rubber bumper to support the board is suggested. Although the bumper will only help support ISA cards when they're inserted, and not when they're removed.
# In order to help with feeding newer more powerful CPUs their required amperage draws, a new ATX power supply standard: ATX12V has been developed. This new power supply lessens the required amperage rating on the 3.3v line and transfers much of the amperage draw to an auxilliary 4-pin plug. This extra plug is required alongside the traditional 20-pin ATX power plug for Pentium 4 motherboards. While the ATX12V standard is intended to be backwards compatible, it may pose some problems for other CPUs that draw a good deal of amperage, but whose boards don't use the new plug. This includes some of the very high power draw Athlon processors, and in particular dual Athlon systems. These may require a different power supply altogether. So changing between Intel and AMD systems using the same P/S may now be more difficult. Beware of this possible snafu. AMD has a list of compatible power supplies on their website.
# There may be an auxilliary connector (P2) on your ATX power supply that resembles an old AT-style 6-pin plug. This is used on some server motherboards. If your board has a plug for this power connector, use it. Don't confuse this P2 connector with the 22-pin P2 connector for WTX power supplies.
# There may be an extra 6-pin plug (Aux - 2x3 configuration) on your ATX power supply. This is for fan monitoring, IEEE-1394 (Firewire) power supply, and remote 3.3v sense.
AMD new motherboard standard
Posted by Unknown
AMD, which is based in California, unveiled the new open standard, called DTX, at the Consumer Electronics Show in Las Vegas.
DTX will work with both AMD and rival Intel processors and will allow manufacturers of smaller motherboards to easily configure parts from different companies.
AMD hopes the move will reverse the declining market for desktop computers by producing products that appeal to consumers.
"Desktop purchases are on the decline as notebooks rise," AMD's Leslie Sobon told CBC News Online at the CES on Thursday.
We're thinking we should redefine what a desktop is," said Sobon, the director of product and brand management for AMD's desktop division.
"There's part of the market that wants a sleek look and feel but also wants the performance and upgradeability of a desktop."
And most desktops still have motherboards that operate using a standard laid out in 1995 by Intel called ATX, which stands for Advanced Technology Extended. ATX was designed to allow everything from memory cards to mouse ports to have a standardized spot alongside the central processing unit on a typical desktop motherboard.
While there have been other standards since, ATX remains the most common standard for desktops, though its design is not suited for smaller, more energy-efficient desktops, AMD said.
"The DTX standard will be designed to embrace energy-efficient processors from AMD or other hardware vendors, and allow an optimally designed small form factor system to consume less power and generate less noise," the company said in a release Thursday.
"When processor power consumption is reduced, system size and cooling costs can also go down. Energy efficient processors can also help extend the longevity of PCs, while offering consumer and business users a quiet, more pleasant experience in their offices or living rooms."
The company hopes a universal standard for smaller motherboards will get manufacturers interested in producing the different components for the machines.
"This works to the benefit of everybody," said Sobon.
Earlier this week AMD launched Better by Design, a platform brand designed to compete with Intel's Centrino brand.
More about → AMD new motherboard standard
DTX will work with both AMD and rival Intel processors and will allow manufacturers of smaller motherboards to easily configure parts from different companies.
AMD hopes the move will reverse the declining market for desktop computers by producing products that appeal to consumers.
"Desktop purchases are on the decline as notebooks rise," AMD's Leslie Sobon told CBC News Online at the CES on Thursday.
We're thinking we should redefine what a desktop is," said Sobon, the director of product and brand management for AMD's desktop division.
"There's part of the market that wants a sleek look and feel but also wants the performance and upgradeability of a desktop."
And most desktops still have motherboards that operate using a standard laid out in 1995 by Intel called ATX, which stands for Advanced Technology Extended. ATX was designed to allow everything from memory cards to mouse ports to have a standardized spot alongside the central processing unit on a typical desktop motherboard.
While there have been other standards since, ATX remains the most common standard for desktops, though its design is not suited for smaller, more energy-efficient desktops, AMD said.
"The DTX standard will be designed to embrace energy-efficient processors from AMD or other hardware vendors, and allow an optimally designed small form factor system to consume less power and generate less noise," the company said in a release Thursday.
"When processor power consumption is reduced, system size and cooling costs can also go down. Energy efficient processors can also help extend the longevity of PCs, while offering consumer and business users a quiet, more pleasant experience in their offices or living rooms."
The company hopes a universal standard for smaller motherboards will get manufacturers interested in producing the different components for the machines.
"This works to the benefit of everybody," said Sobon.
Earlier this week AMD launched Better by Design, a platform brand designed to compete with Intel's Centrino brand.
Motherboard Installation
Posted by Unknown
Pop-out the pre-installed connector plate on the rear of the case and replace it with the one that came with your new motherboard.
Onto the motherboard. You need to determine where you're going to mount the board. As you can see, there are many locations to attach screws on this motherboard tray. The mounting locations coincide with screw holes on the motherboard.
First mount the standoff screws on the tray. These screws separate the motherboard from the metal casing. Sometimes these require special tools, so check ahead of time to make sure you have the right stuff.
Fasten the motherboard by starting in the center and then corners.
More about → Motherboard Installation
Onto the motherboard. You need to determine where you're going to mount the board. As you can see, there are many locations to attach screws on this motherboard tray. The mounting locations coincide with screw holes on the motherboard.
First mount the standoff screws on the tray. These screws separate the motherboard from the metal casing. Sometimes these require special tools, so check ahead of time to make sure you have the right stuff.
Fasten the motherboard by starting in the center and then corners.
Install a Motherboard
Posted by Unknown
As a general guideline, make sure you have all your pieces ahead of time and don't force things into place if they don't want to go.
First, open your computer case. Some computers have a button or buttons that you press to open the box. Some have screws on the rear of the case which must be removed. I just need to remove the screws on the back of the case.
The new motherboard is going to be mounted onto the motherboard tray. Some computers have removable trays, but for our example we re going to use this embedded tray.
More about → Install a Motherboard
First, open your computer case. Some computers have a button or buttons that you press to open the box. Some have screws on the rear of the case which must be removed. I just need to remove the screws on the back of the case.
The new motherboard is going to be mounted onto the motherboard tray. Some computers have removable trays, but for our example we re going to use this embedded tray.
Install a Motherboard
Posted by Unknown
As a general guideline, make sure you have all your pieces ahead of time and don't force things into place if they don't want to go.
First, open your computer case. Some computers have a button or buttons that you press to open the box. Some have screws on the rear of the case which must be removed. I just need to remove the screws on the back of the case.
The new motherboard is going to be mounted onto the motherboard tray. Some computers have removable trays, but for our example we re going to use this embedded tray.
More about → Install a Motherboard
First, open your computer case. Some computers have a button or buttons that you press to open the box. Some have screws on the rear of the case which must be removed. I just need to remove the screws on the back of the case.
The new motherboard is going to be mounted onto the motherboard tray. Some computers have removable trays, but for our example we re going to use this embedded tray.
