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So I'm looking to upgrade my DELL. It uses the 1156LGA platform. I read that the laptop versions of CPU's are set to use less power and stay cooler. I'm not too concerned about power and battery life. I'm more concerned about the laptop overheating and catching fire. Can I use the standard 1156 quad core cpu or should I stick with the mobile version?
What model Dell laptop do you have?
Laptops only take the laptop CPUs, the exception being a few from Sager and others that actually put Desktop components in a laptop enclosure.
*Edit: Also, your laptops cooling solution is only rated for whatever TDP the max CPU configuration offered on the system is. So for example, if you could put a 45w Core i7 laptop CPU in there at the most, then 45w is the max TDP CPU your system can deal with.
*Edit2: If this is the same Dell XPS L501x laptop from your other thread, then you have an Intel i5 480M CPU. This is a BGA-1288 mobile socket CPU. This is not LGA1156.
I have a DELL XPS L501X. The specs are here:
Quote:
Manufacturer Dell Inc.
Product Name XPS L501X
Version A07
Serial Number GM1N7P1
PC System Type Mobile
Machine Type AT/AT COMPATIBLE
------------------------------------------------------------------------
NVIDIA GeForce GT 420M
Battery
Sensor Value Min Max
Voltages
Current Voltage 12.85 V 12.85 V 12.85 V
Capacities
Designed Capacity 8400 mWh 8400 mWh 8400 mWh
Full Charge Capacity 8202 mWh 8202 mWh 8202 mWh
Current Capacity 8202 mWh 8202 mWh 8202 mWh
------------------------------------------------------------------------
BIOS Top <#TOC>
Property Value
BIOS Vendor Dell Inc.
Serial Number GM1N7P1
BIOS Version A07
BIOS Date 03/29/2011
BIOS Size 2048 KB
BIOS Starting Segment E10Ah
DMI Version 2.6
------------------------------------------------------------------------
CPU Info
Number of Logical Processors 4
Number of Physical Processors 1
CPU #1 Intel Core i5 Top <#TOC>
Property Value
CPU Name Intel(R) Core(TM) i5 CPU M 480 @ 2.67GHz
CPU Code Name Arrandale
Vendor GenuineIntel
Number of Bits 64
Instruction Set MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, ET64, XD,
VMX, EST
Platform Name Socket 1156 LGA
Revision K0
Technology 32 nm
Original Clock 2666 MHz
Original System Clock 133 MHz
Original Multiplier 20.1
CPU Clock 2666 MHz
System Clock 133.0 MHz
QPI Link 2394.4 MHz
Number of Cores 2
Core #1
Speed 1330.2 MHz
Multiplier 10.0
Core #2
Speed 1330.2 MHz
Multiplier 10.0
Virtual Technology Supported Yes
Hyper Threading Supported Yes
Hyper Threading Enabled Yes
Cache
L1 Data Cache 2 x 32 KBytes
L1 Instructions Cache 2 x 32 KBytes
L2 Cache 2 x 256 KBytes
L3 Cache 3072 KBytes
Memory Summary Top <#TOC>
Property Value
Maximum Capacity 8192 MBytes
Memory Slots 2
Error Correction None
DRAM Frequency 532.1 MHz
Memory Timings 7-7-7-20 (CL-RCD-RP-RAS)
Manufacturer Nanya Technology
Part Number NT2GC64B88B0NS-CG
Serial Number 428E2613
Capacity 2048 MBytes
Memory Type DDR3 (PC3-10700)
Speed 667 MHz (DDR3 1333)
Supported Frequencies 381.0 MHz, 457.1 MHz, 533.3 MHz, 609.5 MHz, 685.7
MHz
Memory Timings 5-5-5-14-19 at 381.0 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 6-6-6-17-23 at 457.1 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 7-7-7-20-27 at 533.3 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 8-8-8-22-30 at 609.5 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 9-9-9-25-34 at 685.7 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Manufacturing Date 2011, Week 4
EPP SPD Support No
XMP SPD Support No
------------------------------------------------------------------------
Manufacturer Nanya Technology
Part Number NT2GC64B88B0NS-CG
Serial Number 7A742614
Capacity 2048 MBytes
Memory Type DDR3 (PC3-10700)
Speed 667 MHz (DDR3 1333)
Supported Frequencies 381.0 MHz, 457.1 MHz, 533.3 MHz, 609.5 MHz, 685.7
MHz
Memory Timings 5-5-5-14-19 at 381.0 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 6-6-6-17-23 at 457.1 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 7-7-7-20-27 at 533.3 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 8-8-8-22-30 at 609.5 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Memory Timings 9-9-9-25-34 at 685.7 MHz, at 1.5 volts (CL-RCD-RP-RAS-RC)
Manufacturing Date 2011, Week 4
EPP SPD Support No
XMP SPD Support No
------------------------------------------------------------------------
Batteries Top <#TOC>
Property Value
Microsoft ACPI-Compliant Control Method Battery
Device ID ACPI\PNP0C0A\0
Status 0x0180200a Started
Problem 0x00000000 (0)
Service CmBatt
Capabilities 0x00000030
Config Flags 0x00000000
Class Battery
Manufacturer Microsoft
Hardware IDs ACPI\PNP0C0A
Class GUID {72631e54-78a4-11d0-bcf7-00aa00b7b32a}
Enumerator name ACPI
Description Microsoft ACPI-Compliant Control Method Battery
DriverVersion 6.1.7600.16385
MatchingDeviceId composite_battery
DriverDesc Microsoft Composite Battery
Class Battery
ClassDesc Batteries
IconPath %systemroot%\system32\batt.dll,-2
Installer32 batt.dll,BatteryClassInstall
NoInstallClass 1
Quote:
Originally Posted by kujoe2002
As I said above, it's a BGA-1288 socket CPU.Quote:
Originally Posted by James
Odd. I got this data from System Internals for Windows (SIW) and fromQuote:
Originally Posted by James
I thought that was what I needed. Well if DO upgrade my CPU, what chipset CAN I use? Newegg doesn't show the BGA-1288 as an option. Also can I use a quad core for the mobo I have? I was hoping to install a true quad core running at at least 2.66GhZ. doesn't have to be an i7. But as long as it's a true quad core (4 physical cores).Quote:
VMX, EST Platform Name Socket 1156 LGA Revision K0
Thoughts?
Here is what you can do, get a hammer and a chisel, maybe some vise grips to really shove the pins into the MB, then add a huge heatsink, this may require making a hole in the laptop casing...
Seriously, laptop CPU's are different than desktops, however, they may spit out desktop looking specs even with the mobile processor...your best bet would to be to contact Dell directly....
I have a dual core in my laptop running @2.8gig, if I go to a quad core the speed is reduced to no more than 1.6/1.8 gig to accomodate the extra heat of a quad....
The best upgrade for you lappy if you have not done it yet is to install an SSD, leaps and bounds on the performance....
laterzzzz.....
lol.... well the HDD I'd like to install is a minimum size of 512GB because the laptop can only fit one unlike the desktop. I'm definitely going to max out the RAM to 8G. The HDD I will probably install is:Quote:
Originally Posted by bldegle2
Western Digital Scorpio Black WD7500BPKT 750GB 7200 RPM for 100$
But I'm not sure what the most powerful CPU I can get for my laptop that will be. It seems like based on what I read that I may already have the best core.
bummer on the single drive bay, many lappy's come with two drive bays now...
unfortunately, this means that a SSD of that size would be prohibitively expensive,,,
still best bang for buck as far as performance gains...
laterzzzz....
I was looking at the 10K RPM HDD's but they are just as expensive as SSD. So I went with a 750GB WD.Quote:
Originally Posted by bldegle2