Does it support intel 2 quad 45 nm - EliteGroup G41TM2 Motherboard

1. Step 1 - tighten all 10 bolts to 22 ft. lbs. (30 Nm).
2. Step 2 - tighten all 10 bolts to 45 ft. lbs. (61 Nm)
3. Step 3 - re-tighten all 10 bolts to 45 ft. lbs. (61 Nm)
4. Torque bolts No. 1 through 6 to 110 ft. lbs. (149 Nm)
5. Torque bolt No. 7 to 100 ft. lbs. (136 Nm)
6. Torque bolts No. 8 through 10 to 110 ft. lbs. (149 Nm)
7. Re-tighten each bolt to its proper torque. Pay special attention to bolt No. 7; it should not be over tightened.
   
   

Cylinder head Renew bolts: Yes Tighten: 25 Nm Tighten: 90° Tighten: 90° Tighten: 90° Other engine tightening torques Main bearings Renew bolts/nuts: Yes Main bearings Stage 1: 50 Nm Main bearings Stage 2: 45°-60° Big end bearings Renew bolts/nuts: Yes Big end bearings Stage 1: 35 Nm Big end bearings Stage 2: 45°-60° Oil pump to cylinder block : 6 Nm Sump bolts : 15 Nm Sump drain bolt : 55 Nm Flywheel/driveplate :

• Use new bolts and tighten as follows:
  • 1,4/1,6 = 35 Nm + 30° + 15°
  • 1,8/2,0 = 65 Nm + 30° + 15°
• "Pot"-type flywheel = 65 Nm + 30° + 15°
• Tighten drive plate to 60 Nm.

Clutch pressure plate : 15 Nm Crankshaft pulley/damper centre bolt : Use new bolts. Tighten centre bolt to 130 Nm + 40°-50°
Camshaft sprocket/gear : 45 Nm Camshaft/rocker cover : 8 Nm Inlet manifold to cylinder head : 22 Nm Exhaust manifold to cylinder head : 22 Nm Spark plugs : 25 Nm Lambda sensor (Oxygen) : 30 Nm Chassis tightening torques Front hub :

• Tighten nut in three stages:
  1. 130 Nm
  2. Slacken off
  3. 20 Nm + 80°-90°.

Steering track rod end : New nuts 60 Nm Brake disc to hub Front: 4 Nm Brake caliper to carrier Front: 30 Nm Brake caliper/carrier to hub Front: 95 Nm Brake caliper/carrier to hub Rear: 80 Nm New bolts ABS sensor Front: 8 Nm ABS sensor Rear: 15 Nm Road wheels : 110 Nm
There you go pretty much covers everything hope that helps

Motherboard supports the following processor upgrades:

• Intel Core 2 Quad (Y) Q9xxxx
• Intel Core 2 Duo (W) E8xxx
• Intel Core 2 Quad (K) up to Q6600
• Core 2 Duo E6x00 (C) up to E6700
• Core 2 Duo E4x00 (C) up to E4400

Here are the specs and sequence:

Install the cylinder head and bolts. The threads of bolt No. 11 must be coated with Loctite® 592 sealant before installation. Tighten the bolts in 3 steps, using the correct sequence:

1. Tighten all bolts to 22 ft. lbs. (30 Nm).
2. Tighten all bolts to 45 ft. lbs. (61 Nm).
3. Retighten all bolts to 45 ft. lbs. (61 Nm).
4. Tighten bolts 1 through 10 in sequence to 110 ft. lbs. (150 Nm).
5. Tighten bolt 11 to 100 ft. lbs. (136 Nm)
6. Tighten bolts 12 through 14 to 110 ft. lbs. (150 Nm)

one of the best for gaming:
Intel Core i7 - 3.06GHz - 950
specifications:
8MB L3 / 1MB L2 Cache - LGA 1366 - 130W - 45 nm - Nehalem - Quad-Core

Windows 7 Release Candidate was publically released on May 5, 2009. This should be the final release before it goes live later this year. download it, install it in a VM inside of VirtualBox and try to install Oracle on it. There is no Oracle release for Windows 7, so instead grab the Windows 2008 one. The install is pretty straight forward. The only "gotcha" is that if you go to the command prompt, you need to run it as the Administrator, so that all of the Oracle commands will work (lsnrctl, dbca, netca etc...) Really there is not that much to it as it was pretty seemless. So, if you download Windows 7, then you can also download Oracle 11g and start playing with it today!


Here is the second answer


We live in the times where computing power, once available only at the level of super computers, has been made available to the common man. The forerunner in the race, who's probably miles ahead of its competitors is the computing giant Intel. According to the needs of computer users, Intel delivers chips with varying degrees of power and clocking speed. These include the entry level, mid level and high end processors. The latest entry level Intel chips to hit the market are the core i3 processors which are aimed at taking up the place previously held by the core 2 duo processors. The new hierarchy of Intel chips in ascending order of computing power are the core i3, core i5 and core i7 processors. Although core 2 duo processors are slowly being phased out of production, they are still available in the market. In this article, I present a core i3 vs core 2 duo review which may help you decide which one to go for.

Intel Core i3 Vs Core 2 Duo Comparison

A comparison between processors was simple some years ago with a single core processor. All you had to look at was the clocking frequency and the cache size. The entry of multiple core chips changed it all and life became complicated. With dual, quad and even six core processors hitting the market, there are many more factors to be considered than before. Intel's dual core and core 2 duo processors were the first ones to introduce the multicore processor computing power. The quad processors created later have given rise to the quad core vs dual core debate, as well as the core i5 vs core i7 comparison which is something that high end computing market consumers should think about. Prior to that, we only had the 32 bit vs 64 bit processors comparison.

Today, Intel has gone through a lot of designing and planning to introduce core i3 processors that are an improvement over the core 2 duo processors. The following Intel core i3 vs core 2 duo processor comparison will give you an idea about how the i3 processors are different from their dual core predecessors. The two points of comparison will be technical specifications and the only other factor which matters that is performance.

Core i3 Vs Core 2 Duo: Technical Specifications
Like the core 2 duo processors, the new core i3 line of processors, have two cores with many other technological enhancements including an integrated GPU (Graphic Processing Unit). The clocking frequency of the core i3 series of processors ranges from 2.26 GHz to 3.06 GHz. Each processor is endowed with the new line of advanced technologies including Intel developed hyperthreading, Intel virtualization and smart cache technology which makes these chips faster than core 2 duo processors. This is the most important point in the core i3 vs core 2 duo comparison.

The Intel codename for core i3 architecture is Clarkdale. They are based on the Westmere architecture with 32 nm fabrication and a direct media interface (DMI) bus. The socket type used for core i3 processors is LGA 1156 and the RAM type is DDR3. They support mother boards with the following types of chipsets- H55, P55, H57 and Q57.

Let us have a look at the latter processors in the core i3 vs core 2 duo comparison. Core 2 Duo processors come in three types of architectures, codenamed as Conroe, Wolfdale and Allendale. With 65 nm and 45 nm fabrications they are a tad slower and less power efficient than the 32 nm based core i3 processors. The socket used for core 2 duo processors is LGA 775 and they come with a FSB bus. The FSB bus is a lot slower in operation than the DMI bus in core i3 processors.

Coupled with the fact that the i3 processors have a L2 cache size of 2 x 256 kb and a L3 cache size of 4MB, with hyperthreading and smart cache enabled, core 2 duo processors are indeed slower. On top of that, DDR3 RAM compatibility in core i3 processors, compared to DDR2 compatibility of core 2 duo processors makes them even more faster. The price range of Intel core i3 is $100 to $133, which makes them top options in the entry level market.

Core i3 Vs Core 2 Duo: Performance
The technical specifications have made it clearly indicated that Intel core i3 beats its predecessor, core 2 duo in almost all departments. This is but natural as they were indeed designed to replace them. Be it processing speed, multitasking or graphic output, opting for core i3 processors is the logical choice to make!

Hope the core i3 vs core 2 duo processor comparison provided in this article has made it easier for you to choose the right processor for your personal desktop computer or laptop computer. Going for a more advanced line of processors is always beneficial in the long run. You should also check out the Intel core i5 and core i7 processors before going ahead as they offer far more computing power and speed, compared to the entry level core i3 or core 2 duo. Decide on the processor you want according to your usage requirements and of course giving due thought to your vitamin 'M' levels!

Dell computers are proprietary. All upgrades are from Dell. At one time they offered an upgrade plan. Go to http://support.dell.com and check upgrades for your system.

Good morning! It depends on your processor and GPU (video graphics). Every processor has its own temperature ranges and operating limits, 50 C is typical for a normal Pentium or E, Q type Intel duo or quad core. AMD can run a little higher around 55 C. The Intel quads tend to run cooler when you have a 45 nm tech processor like a Q9400 or above. Anything on a 65 nm processor is going to run hotter. AMD tends to pull more watts (Intel around 95 Watts), while the Phenoms can pull up to 140 watts, since they are still on a 65 nm die. 80-90 C sounds high, and probably have either measured the temperature of the GPU when maxing out on games. Common, playing games stresses the GPU fan. 80-90 C is NOT a good temperature which means that we have an under rated GPU heatsink fan assembly. Take a look at air cooling in the chassis and make sure an adequate cooling, no pockets of hot air sitting around the GPU, clean the case with a vacuum cleaner of all dust, move cables, ribbons and other things out of the way of the graphics card and install one or more case fans if you don' have any. Better keep ONE SIDE of the case OFF and in the summer time use a small desk fan with a clamp on it and clamp it to the chassis of the case (the bar that runs on the top side of the case that holds the PSU in place). You might consider taking the shield off of the graphics card (maximum PC mag had an article several months ago on how to do this), remove the heatsink and fan assembly to the GPU and replace it with a better GPU heatsink/Fan assembly. Try to pull the VGA card and take a look at it and see if you can disassemble the shield with a few screws and take a look at the gpu and see if you can install a different heatsink/fan assembly. There are kits out there that will do it for you. Best regards

Intel Core2 Quad Q6600,
1066 Front Bus Speed, 65 nm

Intel Socket 775 Pentium® 4/Celeron Processors
Compatible with Intel® 05B/05A/06 processors
Intel® Hyper-Threading Technology ready
Support Intel next generation 65nm CPU

This link will show which processors are compatible( look for the 65 nm Manufacture tech.) Filter on

1. Package type LGA 775
2. Bus Speed 1066
3. PCG 06
   

Looks likeno quad just Duo