from R636
from R2,629
from R360
DDR3, Speed 1.60 GHz, Capacity 4 GB, PC12800, CL 11 ms, 204 pin
from R4,895
DDR3, Speed 1.60 GHz, Capacity 16 GB, PC12800, 240 pin
from R448
DDR3, Speed 1.60 GHz, Capacity 4 GB, PC12800, CL 11 ms, 204 pin
from R637
from R354
from R1,989
from R1,329
from R637
from R627
from R625
from R2,739
from R869
from R245
DDR3 240-pin DIMM. Crucial 240-pin DIMMs are used in DDR3 memory for desktop computers. DDR3 is the latest generation of memory with an improved architecture that allows it to...
from R424
Crucial 4GB 1600MHz DDR3L Desktop SR
from R419
Kingston HyperX Fury HX424C15FB/4
Kingston HX424C15FB/4 DDR4-2400 ( pc4-19200) , hyper-x Fury with asymmetrical heatsink , CL15 , 4Gb - support Intel XMP ( eXtreme Memory Profiles ) , 1.2v - 288pin - lifetime...
from R429
DDR3, Speed 1.60 GHz, Capacity 4 GB, PC12800, CL 9 ms, 204 pin
from R2,905
DDR3, Speed 1.60 GHz, Capacity 8 GB, PC12800, CL 11 ms, 240 pin
from R1,049
from R789
DDR3, Speed 1.60 GHz, Capacity 8 GB, PC12800, CL 11 ms, 204 pin
from R270
DDR3, Speed 1.60 GHz, Capacity 2 GB, PC12800, CL 11 ms, 204 pin
from R781
DDR3, Speed 1.60 GHz, Capacity 8 GB, PC12800, CL 11 ms, 204 pin
from R436
DDR3, Speed 1.60 GHz, Capacity 4 GB, PC12800, CL 11 ms, 240 pin
from R793
DDR3, Speed 1.60 GHz, Capacity 8 GB, PC12800, CL 11 ms, 240 pin
from R637
DDR2, Speed 800 MHz, Capacity 2 GB, PC6400, CL 6 ms, 200 pin
from R600
DDR2, Speed 800 MHz, Capacity 2 GB, PC6400, CL 6 ms, 240 pin
from R319
DDR2, Speed 800 MHz, Capacity 2 GB, PC6400, CL 6 ms, 200 pin
from R486
DDR2, Speed 800 MHz, Capacity 2 GB, PC6400, CL 5 ms, 240 pin
from R409
from R396
from R689
from R1,331
from R1,746
from R4,222
from R1,187
from R2,786
from R1,372
from R697
from R1,329
Thinking about getting a new laptop or desktop memory? There a few things that you should take into consideration. First, you need to make sure that it is compatible with the motherboard’s slots, that's why we recommend you to verify the technology of the model you want to buy (SDRAM, DDR, DDR2, DDR3, and SODIMM) and the form factor. Secondly, you should check if the motherboard supports the memory bandwidth and the CAS latency. Once all these conditions are met, choose a memory with a higher speed and extended capacity, so that it will ensure your computer’s best performance.
