Product comparison · 2 memory modules

ADATA XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB vs ADATA XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3)

Key differences

Internal memory
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:2 GB
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):6 GB
Memory layout (modules x size)
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:1 x 2 GB
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):3 x 2 GB
Component for
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:Laptop
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):PC/Server
Memory form factor
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:204-pin SO-DIMM
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):240-pin DIMM
CAS latency
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:9
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):8
Memory clock speed
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:1600 MHz
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):1333 MHz
Package type
- XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB:SO-DIMM
- XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3):DIMM

Differences highlightedShow differences only

Comparison of XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB, XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3)
10 specifications	A ADATA XPG Gaming Series, SO-Dimm, DDR3L, 1600 MHz, CL9, 2GB View product	B ADATA XPG Plus Series, DDR3, 1333 MHz, CL8, 6GB (2GB x 3)View product
Features6 differ
Internal memoryDiffers	2 GB	6 GB
Memory layout (modules x size)Differs	1 x 2 GB	3 x 2 GB
Internal memory type	DDR3	DDR3
Component forDiffers	Laptop	PC/Server
Memory form factorDiffers	204-pin SO-DIMM	240-pin DIMM
ECC	No	No
CAS latencyDiffers	9	8
Memory clock speedDiffers	1600 MHz	1333 MHz
Packaging data1 differ
Package typeDiffers	SO-DIMM	DIMM
Other featuresidentical
Supported data transfer ratesKnown for one	12.8 GB/s	Unknown — not stated by the source

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.