what is the difference between ram speeds?
239904
RAM frequency is measured in MHz and usually immediately follows the DDR version in the RAM spec. For example, 8GB DDR4-2400 RAM is running at a frequency of 2400MHz. ... This is why though higher frequency RAM is technically faster, that additional speed often does not translate into better actual real world performance.
1392099
['Multiple cores.', 'Cache memory,', 'clock speed,', 'word length,', 'address bus width,', 'data bus width.']
890805
You're SO DIMM — Notebook/Laptop Memory Is Different What differentiates the notebook RAM from desktop RAM is its form factor; that is, its physical size and its pin configuration. ... In contrast, a SO DIMM has 72, 100, 144, or 200 pins and is smaller — 2.5 to 3 inches.
876193
Basically, you can run multiple brands of RAM but do be aware that you need to put the slowest RAM in the lowest numbered memory slots and that you do face potential issues regarding compatibility. If all the timing specs are the same then this will usually work well, even in dual-channel mode.
1054150
Basically adding more RAM makes your computer able to have more applications opened at the same time and helps to keep most important and most used data in RAM so the access times will be faster. ie. if an application needs 1Gb RAM to work and you have 4Gb it will not run faster if you add more RAM.
682580
Difference between DDR2 and DDR3. DDR2 and DDR3 are types of RAM, Random Access Memory. DDR RAM offers speed of 1600 MB/s, DDR2 RAM offers speed of 3200 MB/s and DDR3 offers speed of 6400 MB/s. ... DDR3 provides 8 knowledge transfer per cycle.
503069
Laptop RAM is a smaller form factor, stored more densely, so it's slower to read/write. Also desktop RAM has more air exposure and airflow around it, so it can cool better, so it's clocked a lot higher.
595751
SkyNetRising : On dual channel motherboard 2 ram modules give the best performance. Going to 4 modules requires Command Rate increase from 1T to 2T and that causes slight performance hit. Not that it would be very noticeable, but it's there.
1156792
DDR2 and DDR3 are types of RAM, Random Access Memory. DDR RAM offers speed of 1600 MB/s, DDR2 RAM offers speed of 3200 MB/s and DDR3 offers speed of 6400 MB/s.
617510
Depends on the architecture being used, but DDR5 is in general faster than DDR3 then the 2 gb will be used much faster as textures will load faster into the 2gb DDR5 memory than in 4 GB DDR3 so overall 2GB DDR5 should be better for gaming.
1465759
Processor: 1 gigahertz (GHz) or faster. RAM: 1 gigabyte (GB) (32-bit) or 2 GB (64-bit) Free hard disk space: 16 GB.
1024292
RAM Speed. RAM is orders of magnitude faster than an SSD. ... A relatively fast SSD may achieve real-world write speeds of 456MB/sec, though. The theoretical maximum speed of RAM is in its PC number, so a module of PC3-12800 memory can transfer 12,800MB/sec--roughly 30 times faster than the real world performance of an SSD ...
882366
SDRAM vs DRAM This system clock is synchronous with the clock speed of the CPU of a computer (~133 MHz). The reason for this is that it actually allows for much higher clock speeds (3x) than conventional DRAM. ... The typical single data rate (SDR) SDRAM clock rates are 100 and 133 MHz.
901072
Latency deals with how fast the RAM module can access its own hardware, and in this specific case, the lower the numbers, the better. Lower latency means faster data access, thus faster data transfer to the CPU, and faster operation of your computer overall.
537053
Difference between DDR2 and DDR3. DDR2 and DDR3 are types of RAM, Random Access Memory. DDR RAM offers speed of 1600 MB/s, DDR2 RAM offers speed of 3200 MB/s and DDR3 offers speed of 6400 MB/s.
1380531
1 GHz or faster 32-bit (x86) or 64-bit (x64) processor. 1 GB RAM (32-bit) or 2 GB RAM (64-bit) 16 GB available disk space (32-bit) or 20 GB (64-bit) -- just for the OS, not applications or data files.
135151
There are two main types of RAM: Dynamic RAM (DRAM) and Static RAM (SRAM). ... It keeps data in the memory as long as power is supplied to the system unlike DRAM, which has to be refreshed periodically. As such, SRAM is faster but also more expensive, making DRAM the more prevalent memory in computer systems.