All makes and models of motherboards designed for Intel’s 2nd Generation Core processors (code-named Sandy Bridge) now feature revised 6 Series chipsets, and are available immediately at Micro Center.
In early February, Intel identified a potentially serious issue with the 6 Series chipsets, possibly affecting system
performance. It is Intel’s belief that consumers could continue to use their systems with confidence has been borne out. However, some users may see degradation in the performance of SATA devices attached to the system, whether internal or external (such as hard drives and DVD drives).
Customers who have purchased the affected Intel components can return the items back to their local Micro Center store or to Micro Center Online for a full credit along with their original receipt. This offer expires May 15th, 2011.
For more information on Intel® Sandy Bridge, click here to go to Microcenter.com »
For returns, contact your local Micro Center store or Micro Center Online's Customer Support .
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Showing posts with label processor. Show all posts
Showing posts with label processor. Show all posts
Tuesday, April 12, 2011
Friday, February 4, 2011
Important Announcement from Micro Center regarding Intel Series 6 Chipsets
Intel has recently identified an issue with their 6 series chipsets, which are used with all their 2nd generation Core processors (code-named Sandy Bridge). This is a potentially serious issue, but it should not affect your data, just your system's performance. Intel believes that consumers can continue to use their systems with confidence, while working with their computer manufacturer for a permanent solution.
Some users may see degradation in the performance of SATA devices attached to the system, whether internal or external (such as hard drives and DVD drives). Intel is not aware of any end-user who has seen this issue yet, but there is a possibility that this could affect a significant percentage of users eventually, and could possibly worsen over a three year period.
Please be assured that Micro Center will stand behind every customer who purchased a system or a motherboard from us that features this chipset. Intel has already made the necessary change in the manufacturing process to correct the error, and properly functioning replacements will be available in approximately 8 to 12 weeks.
To minimize the disruption to you, we suggest that you continue to use your system until replacement parts are available. Micro Center customers who purchased a "Sandy Bridge" system should be receiving correspondence from us soon outlining our plans with Intel to correct the faulty issue. Should you have questions in the meantime, please feel free to visit your local Micro Center store or contact our national support center to speak to one of our Knowledge Experts for more information.
PLEASE NOTE: There is no problem with the Intel 2nd Generation Core Processors themselves.
Please accept our apologies for any inconvenience caused by this issue, and our assurance that we will keep you informed of any further developments.
For additional information, please visit:
http://www.intel.com/support/chipsets/sb/CS-032263.htm
Some users may see degradation in the performance of SATA devices attached to the system, whether internal or external (such as hard drives and DVD drives). Intel is not aware of any end-user who has seen this issue yet, but there is a possibility that this could affect a significant percentage of users eventually, and could possibly worsen over a three year period.
Please be assured that Micro Center will stand behind every customer who purchased a system or a motherboard from us that features this chipset. Intel has already made the necessary change in the manufacturing process to correct the error, and properly functioning replacements will be available in approximately 8 to 12 weeks.
To minimize the disruption to you, we suggest that you continue to use your system until replacement parts are available. Micro Center customers who purchased a "Sandy Bridge" system should be receiving correspondence from us soon outlining our plans with Intel to correct the faulty issue. Should you have questions in the meantime, please feel free to visit your local Micro Center store or contact our national support center to speak to one of our Knowledge Experts for more information.
PLEASE NOTE: There is no problem with the Intel 2nd Generation Core Processors themselves.
Please accept our apologies for any inconvenience caused by this issue, and our assurance that we will keep you informed of any further developments.
For additional information, please visit:
http://www.intel.com/support/chipsets/sb/CS-032263.htm
Tuesday, January 4, 2011
How to Install an Intel CPU
Disclaimer: Before performing any upgrades on your computer, be sure to take the proper precautions to prevent electrostatic discharge and read the manufacturer’s recommendations carefully. Avoid touching the metal contacts on the processor, or the pins on the motherboard.
The CPU or Central Processing Unit is the brain of the computer. All commands for data or calculations pass through the CPU. The current Intel form factor is called “LGA 775”. The main difference between this form factor and the previous type is that there are no pins located on the processor. Instead, there are contact areas that are touched by pins located on the motherboard socket itself.
This article will show you how to install an Intel CPU and heatsink.
1. Locate the processor socket on your motherboard. The color and exact placement of your motherboard may differ slightly.
2. Lift the lever attached to the side of the socket cover.
3. Lift the metal cover with the plastic insert. It will pivot up and out of the way. Some socket covers do not move with the metal plate. If it remains over the socket, lift it out of place and set it aside.
4. Look at the CPU to locate the alignment notches. These notches will fit around small tabs located in the socket.
5. Gently place the CPU in the socket lining the notches on the processor up with the tabs in the socket. When the processor is correctly placed, the gold triangle should be pointing at the lever. The CPU should be flat and stable in the socket.
6. Lower the metal cover. Apply a bit of pressure on the plate and rotate the lever back down towards the motherboard. Slide the lever under the small tab to secure it in place. If the black plastic socket cover was still attached to the plate, it should pop loose at this time. Set it aside.
The CPU is now installed in the socket. The next steps will show how to add a heatsink to keep it cool.
The Heatsink is vital to the overall health of your CPU. The heatsink is designed to take the heat generated by the processor and dissipate it to keep the CPU running cool and efficiently. There are a number of different styles and types of heatsinks. This section of the guide will reference a stock Intel heatsink.
1. Check the CPU for thermal compound. Thermal compound is necessary to create a tight bond between the heatsink and processor. Intel heatsinks have compound pre-installed.
2. Align the 4 clips on the heatsink with the holes on the motherboard. Place the heatsink on top of the processor keeping the clips and holes aligned.
3. Press the 4 clips downward until they click latching the heatsink to the motherboard.
4. Connect the fan cable to the CPU fan connector on the motherboard. This is normally labeled CPUFAN or something similarly.
The CPU or Central Processing Unit is the brain of the computer. All commands for data or calculations pass through the CPU. The current Intel form factor is called “LGA 775”. The main difference between this form factor and the previous type is that there are no pins located on the processor. Instead, there are contact areas that are touched by pins located on the motherboard socket itself.
This article will show you how to install an Intel CPU and heatsink.
1. Locate the processor socket on your motherboard. The color and exact placement of your motherboard may differ slightly.
2. Lift the lever attached to the side of the socket cover.
3. Lift the metal cover with the plastic insert. It will pivot up and out of the way. Some socket covers do not move with the metal plate. If it remains over the socket, lift it out of place and set it aside.
4. Look at the CPU to locate the alignment notches. These notches will fit around small tabs located in the socket.
5. Gently place the CPU in the socket lining the notches on the processor up with the tabs in the socket. When the processor is correctly placed, the gold triangle should be pointing at the lever. The CPU should be flat and stable in the socket.
6. Lower the metal cover. Apply a bit of pressure on the plate and rotate the lever back down towards the motherboard. Slide the lever under the small tab to secure it in place. If the black plastic socket cover was still attached to the plate, it should pop loose at this time. Set it aside.
The CPU is now installed in the socket. The next steps will show how to add a heatsink to keep it cool.
The Heatsink is vital to the overall health of your CPU. The heatsink is designed to take the heat generated by the processor and dissipate it to keep the CPU running cool and efficiently. There are a number of different styles and types of heatsinks. This section of the guide will reference a stock Intel heatsink.
1. Check the CPU for thermal compound. Thermal compound is necessary to create a tight bond between the heatsink and processor. Intel heatsinks have compound pre-installed.
2. Align the 4 clips on the heatsink with the holes on the motherboard. Place the heatsink on top of the processor keeping the clips and holes aligned.
3. Press the 4 clips downward until they click latching the heatsink to the motherboard.
4. Connect the fan cable to the CPU fan connector on the motherboard. This is normally labeled CPUFAN or something similarly.
Monday, January 3, 2011
How to Install an AMD Processor
Disclaimer: Before performing any upgrades on your computer, be sure to take the proper precautions to prevent electrostatic discharge and read the manufacturer’s recommendations carefully. Avoid touching the metal contacts on the processor, or the pins on the motherboard.
The CPU or Central Processing Unit is the brain of the computer. All commands for data or calculations pass through the CPU. The current AMD form factor is called AM2 or AM3. This article will show you how to install an AMD CPU and heatsink:
1. Locate the processor socket on your motherboard. The color and exact placement of your motherboard may differ slightly.
2. Lift the lever attached to the side of the socket.
3. Look at the CPU to locate the alignment mark. This is a gold colored triangle located in one of the corners. This mark will point to another triangle located on the socket and the motherboard to help you align the processor properly.
4. Gently place the CPU in the socket lining the triangle on the processor with the triangle in the socket. When the processor is correctly placed, it should drop easily into place. The CPU should be flat and stable in the socket.
5. Push the lever down towards the motherboard and slide it into the retaining tab to lock the processor into place.
The CPU is now installed in the socket. The next steps will show how to add a heatsink to keep it cool.
The Heatsink is vital to the overall health of your CPU. The heatsink is designed to take the heat generated by the processor and dissipate it to keep the CPU running cool and efficiently. There are a number of different styles and types of heatsinks. This section of the guide will reference a stock AMD heatsink.
1. Check the CPU for thermal compound. Thermal compound is necessary to create a tight bond between the heatsink and processor. AMD heatsinks have compound pre-installed.
2. Set the heatsink on the processor and hook the solid end of the retention arm over the tab on the socket.
3. Move to the other side of the heatsink and hook the movable end of the retention arm over the other tab. Then rotate the locking arm to put pressure on the retention mechanism.
4. Connect the fan cable to the CPU fan connector on the motherboard. This is normally labeled CPUFAN or something similar.
That’s it! The CPU and heatsink are installed and ready to go.
The CPU or Central Processing Unit is the brain of the computer. All commands for data or calculations pass through the CPU. The current AMD form factor is called AM2 or AM3. This article will show you how to install an AMD CPU and heatsink:
1. Locate the processor socket on your motherboard. The color and exact placement of your motherboard may differ slightly.
2. Lift the lever attached to the side of the socket.
3. Look at the CPU to locate the alignment mark. This is a gold colored triangle located in one of the corners. This mark will point to another triangle located on the socket and the motherboard to help you align the processor properly.
4. Gently place the CPU in the socket lining the triangle on the processor with the triangle in the socket. When the processor is correctly placed, it should drop easily into place. The CPU should be flat and stable in the socket.
5. Push the lever down towards the motherboard and slide it into the retaining tab to lock the processor into place.
The CPU is now installed in the socket. The next steps will show how to add a heatsink to keep it cool.
The Heatsink is vital to the overall health of your CPU. The heatsink is designed to take the heat generated by the processor and dissipate it to keep the CPU running cool and efficiently. There are a number of different styles and types of heatsinks. This section of the guide will reference a stock AMD heatsink.
1. Check the CPU for thermal compound. Thermal compound is necessary to create a tight bond between the heatsink and processor. AMD heatsinks have compound pre-installed.
2. Set the heatsink on the processor and hook the solid end of the retention arm over the tab on the socket.
3. Move to the other side of the heatsink and hook the movable end of the retention arm over the other tab. Then rotate the locking arm to put pressure on the retention mechanism.
4. Connect the fan cable to the CPU fan connector on the motherboard. This is normally labeled CPUFAN or something similar.
That’s it! The CPU and heatsink are installed and ready to go.
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