Building new PC...

Code: 
------------------------------------------------------------------------------------

Number of processors	1
Number of threads	2

Processor 0
    -- Core 0
        -- Thread 0
    -- Core 1
        -- Thread 0


Processors Information
------------------------------------------------------------------------------------

Processor 1 (ID = 0)
Number of cores		2
Number of threads	2 (max 2)
Name			Intel Core 2 Duo E6750
Codename		Conroe
Specification		Intel(R) Core(TM)2 Duo CPU     E6750  @ 2.66GHz
Package			Socket 775 LGA (platform ID = 0h)
CPUID			6.F.B
Extended CPUID		6.F
Core Stepping		G0
Technology		65 nm
Core Speed		2000.1 MHz (6.0 x 333.3 MHz)
Rated Bus speed		1333.4 MHz
Stock frequency		2666 MHz
Instructions sets	MMX, SSE, SSE2, SSE3, SSSE3, EM64T
L1 Data cache		2 x 32 KBytes, 8-way set associative, 64-byte line size
L1 Instruction cache	2 x 32 KBytes, 8-way set associative, 64-byte line size
L2 cache		4096 KBytes, 16-way set associative, 64-byte line size
FID/VID Control		yes
FID range		6.0x - 8.0x
max VID			1.238 V
Features		XD, VT

Code: 
Chipset
------------------------------------------------------------------------------

Northbridge		Intel P35/G33/G31 rev. A2
Southbridge		Intel 82801IR (ICH9R) rev. 02
Graphic Interface	PCI-Express
PCI-E Link Width	x16
PCI-E Max Link Width	x16
Memory Type		DDR2
Memory Size		2048 MBytes
Memory Frequency	400.0 MHz (5:6)
CAS#			5.0
RAS# to CAS#		5
RAS# Precharge		5
Cycle Time (tRAS)	18
Command Rate		2T

Code: 
Memory SPD
------------------------------------------------------------------------------

DIMM #1

General
Memory type		DDR2
Module format		Regular UDIMM
Manufacturer (ID)	Crucial Technology (7F7F7F7F7F9BFFFF)
Size			1024 MBytes
Max bandwidth		PC2-6400 (400 MHz)
Part number		
Serial number		8B040BA9

Attributes
Number of banks		2
Data width		64 bits
Correction		None
Nominal Voltage		1.80 Volts
EPP			yes (2 profiles)
XMP			no

Timings table
Frequency (MHz)		333	400	
CAS#			4.0	5.0	
RAS# to CAS# delay	5	5	
RAS# Precharge		5	5	
TRAS			15	18	
TRC			20	23	

EPP profile 1 (full)
Voltage level		2.200 Volts
Address Command Rate	2T
Cycle time		2.500 ns (400.0 MHz)
tCL			4.0 clocks
tRCD			4 clocks (10.00 ns)
tRP			4 clocks (10.00 ns)
tRAS			12 clocks (30.00 ns)
tRC			24 clocks (60.00 ns)
tWR			6 clocks (15.00 ns)

EPP profile 2 (full)
Voltage level		2.200 Volts
Address Command Rate	2T
Cycle time		2.000 ns (500.0 MHz)
tCL			5.0 clocks
tRCD			5 clocks (10.00 ns)
tRP			5 clocks (10.00 ns)
tRAS			15 clocks (30.00 ns)
tRC			30 clocks (60.00 ns)
tWR			8 clocks (15.00 ns)


DIMM #2

General
Memory type		DDR2
Module format		Regular UDIMM
Manufacturer (ID)	Crucial Technology (7F7F7F7F7F9BFFFF)
Size			1024 MBytes
Max bandwidth		PC2-6400 (400 MHz)
Part number		
Serial number		8101E4E8

Attributes
Number of banks		2
Data width		64 bits
Correction		None
Nominal Voltage		1.80 Volts
EPP			yes (2 profiles)
XMP			no

Timings table
Frequency (MHz)		333	400	
CAS#			4.0	5.0	
RAS# to CAS# delay	5	5	
RAS# Precharge		5	5	
TRAS			15	18	
TRC			20	23	

EPP profile 1 (full)
Voltage level		2.200 Volts
Address Command Rate	2T
Cycle time		2.500 ns (400.0 MHz)
tCL			4.0 clocks
tRCD			4 clocks (10.00 ns)
tRP			4 clocks (10.00 ns)
tRAS			12 clocks (30.00 ns)
tRC			24 clocks (60.00 ns)
tWR			6 clocks (15.00 ns)

EPP profile 2 (full)
Voltage level		2.200 Volts
Address Command Rate	2T
Cycle time		2.000 ns (500.0 MHz)
tCL			5.0 clocks
tRCD			5 clocks (10.00 ns)
tRP			5 clocks (10.00 ns)
tRAS			15 clocks (30.00 ns)
tRC			30 clocks (60.00 ns)
tWR			8 clocks (15.00 ns)
 
BaGGy said:
Jumpers? I wasn't aware of them as ClubIT didn't ship the drives with a manual. Anyway, I remove both of them?
Click to expand...

Yes, remove them. Man you got a pretty low VID. You actually might be able to hit 4.0Ghz if you're inclined to.
 
LOL I wish I had a clue what you were talking about...
I am quite curious about the 4Ghz thing though now.

My processor is currently at 24-27 degrees and my system is at 33-35 degrees idle, is there a better way to see that stuff because I can only see it when I am in the BIOS.
 
BaGGy said:
LOL I wish I had a clue what you were talking about...
I am quite curious about the 4Ghz thing though now.

My processor is currently at 24-27 degrees and my system is at 33-35 degrees idle, is there a better way to see that stuff because I can only see it when I am in the BIOS.
Click to expand...

Use SpeedFan and CoreTemp to monitor your temperatures.

The gist of VID: Lower = better because you have lot more room in terms of voltages to use when you're overclocking.
 
How do I get temperature readings from everything like the hard drives etc... because I can't get fan readings on my case fans as they are antecs fans that run directly to the power source. The CPU fan is connected to the motherboard but I am not getting information from it though, or control of it. My hard drives have no readings on heat either.

The only heat I can see is the CPU and Case.
 
BaGGy said:
How do I get temperature readings from everything like the hard drives etc... because I can't get fan readings on my case fans as they are antecs fans that run directly to the power source. The CPU fan is connected to the motherboard but I am not getting information from it though, or control of it. My hard drives have no readings on heat either.

The only heat I can see is the CPU and Case.
Click to expand...

wtf? Speedfan can read Hard drive temps.
 
It almost feels as if I don't have any type of hard drive sensor, because I can't get the temp of them anywhere.
 
BaGGy said:
It almost feels as if I don't have any type of hard drive sensor, because I can't get the temp of them anywhere.
Click to expand...

Oh, cuz they're in raid, I guess, lol. It showed mine before, but not now.
 
Odd. Try out the latest CoreTemp Beta and see what it says.

Though I think while the idle temps are read wrong, the load temperatures should be pretty normal. So run Orthos with Speedfan, CPU-Z and Core Temp open at the same time and see if the load temps are normal.
 
It looks like its reading your chip wrong... since the frequency is all weird.

Wow, thats a low VID... dejavu, I think I already got jealous of that.. lol.

The TJunction is wrong on that version of CoreTemp. Use v0.95.4, which uses 100 TJunction. Or, just add 15 to your current readings.

coretempyr8_baggy.JPG
 
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