Acer Aspire V3-571G-9686 memory upgradability
skyvolt
Member Posts: 1 New User
Hello,
I bought about 1 1/2 year ago a Acer Aspire V3-571G-9686. It came with 6GB of RAM setup this way:
Information SPD EEPROM (DIMM0)
Manufacturer : ston
Part Number : 56X64D3S13C9G
Serial Number : 146718E64C0018E4
Type : -SDRAM 10700 (667 MHz) - [DDR3-1333]
Format : IMM (67,6 x 15)
Size : 2048 MB (1 ranks, 8 banks)
Module Buffered : No
Module Registered : No
Module SLi Ready (EPP) : No
Module XMP : No
Module XMP 2.0 : No
Width : 64-bit
Error Correction Capability (ECC) : Unspecified
Prefetch Buffer : 8-bit
Manufacture : Week 10 of 2012
Thermal Sensor : No
Heat Spreader : Yes
Supported Frequencies : 381 MHz, 457 MHz, 533 MHz, 610 MHz, 686 MHz
CAS Latency (tCL) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
RAS to CAS (tRCD) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
RAS Precharge (tRP) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
Cycle Time (tRAS) : 14 clocks @ 381 MHz, 17 clocks @ 457 MHz, 20 clocks @ 533 MHz, 22 clocks @ 610 MHz, 25 clocks @ 686 MHz
Min TRC : 19 clocks @ 381 MHz, 23 clocks @ 457 MHz, 27 clocks @ 533 MHz, 30 clocks @ 610 MHz, 34 clocks @ 686 MHz
-------------------------
Information SPD EEPROM (DIMM1)
Manufacturer : ta Technology
Part Number : I1C1674EV
Serial Number : 000018E64C0018E4
Type : -SDRAM 10700 (667 MHz) - [DDR3-1333]
Format : IMM (67,6 x 15)
Size : 4096 MB (2 ranks, 8 banks)
Module Buffered : No
Module Registered : No
Module SLi Ready (EPP) : No
Module XMP : No
Module XMP 2.0 : No
Width : 64-bit
Error Correction Capability (ECC) : Unspecified
Prefetch Buffer : 8-bit
Manufacture : Week 23 of 2012
Thermal Sensor : No
Heat Spreader : Yes
Supported Frequencies : 381 MHz, 457 MHz, 533 MHz, 610 MHz, 686 MHz
CAS Latency (tCL) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
RAS to CAS (tRCD) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
RAS Precharge (tRP) : 5 clocks @ 381 MHz, 6 clocks @ 457 MHz, 7 clocks @ 533 MHz, 8 clocks @ 610 MHz, 9 clocks @ 686 MHz
Cycle Time (tRAS) : 14 clocks @ 381 MHz, 17 clocks @ 457 MHz, 20 clocks @ 533 MHz, 22 clocks @ 610 MHz, 25 clocks @ 686 MHz
Min TRC : 19 clocks @ 381 MHz, 23 clocks @ 457 MHz, 27 clocks @ 533 MHz, 30 clocks @ 610 MHz, 34 clocks @ 686 MHz
------------------
So, it is one module of 2GB and other of 4GB. Different manufacture.
My question is:
What are the maximum size (GB) and speed (MHZ) that this notebook supports? And I have to upgrade with two modules of same size or can I have 1 module with the maximum size allowed? For example, 2x4GB or 1x8GB?
Thank you in advance for any help.
Regards.
0
Best Answer
-
Hello,
You wrote:
"What are the maximum size (GB) and speed (MHZ) that this notebook supports? And I have to upgrade with two modules of same size or can I have 1 module with the maximum size allowed? For example, 2x4GB or 1x8GB?"
Actually, you have 2 memory sticks 667MHz. In dual canal, it means 1333MHz.
Specifications of Aspire V3-571G-9686:
Chipset: Mobile Intel HM77 Express.
Processor: Intel Core i7-3632QM
Graphic board integrated: NVIDIA GeForce GT 640M - 2Gb DDR3 RAM
You can upgrade up to 8Gb (2x4Gb) and maxi frequency 1600MHz. For example: If you install only one stick of 4Gb-1600MHz, it's in single channel: 1600/2=800MHz.
0
Answers
-
Hello,
You wrote:
"What are the maximum size (GB) and speed (MHZ) that this notebook supports? And I have to upgrade with two modules of same size or can I have 1 module with the maximum size allowed? For example, 2x4GB or 1x8GB?"
Actually, you have 2 memory sticks 667MHz. In dual canal, it means 1333MHz.
Specifications of Aspire V3-571G-9686:
Chipset: Mobile Intel HM77 Express.
Processor: Intel Core i7-3632QM
Graphic board integrated: NVIDIA GeForce GT 640M - 2Gb DDR3 RAM
You can upgrade up to 8Gb (2x4Gb) and maxi frequency 1600MHz. For example: If you install only one stick of 4Gb-1600MHz, it's in single channel: 1600/2=800MHz.
0