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Are you in search for more ram for your computer? Visit the web's largest online source for computer memory online. No matter what type of computer you have, we can help you find memory and learn to install it. Click here
What is Buffered Memory? Buffered memory uses a Buffer chip to boost the clock signal sent across the memory module so that the clock signal is seen as a clean, sharp signal across the entire module. It eliminates chances of memory errors in data sent or retrieved from memory. It is commonly used in larger capacity Fast Page Mode or EDO modules. Buffered modules have a different keyway in the contact edge and can only be used when the board supports Buffered modules. Unlike Registered modules, it is not interchangeable with Unbuffered modules. Can I mix different speeds? PC600, PC700, and PC800 are three different speeds of memory once available for RDRAM (Rambus dynamic random access memory) modules. Of the three, PC800 modules are the fastest, and PC600 modules are the slowest. (PC600 and PC700 are no longer being produced by any manufacturer)
What is SDRAM? SDRAM is an acronym for Synchronous Dynamic Random Access Memory. The term "Synchronous" means that the clock cycle of the memory is exactly synchronized with the clock cycle of the bus. Every calculation and operation a PC performs is timed according to a clock ticking millions of times each second, its clock cycle or megahertz rating. If the memory clock cycle is not in sync with the bus clock cycle, system problems will occur. What is Cache Memory? Cache, pronounced "cash", is a high-speed memory designed to supply the processor with the most frequently requested data and instructions. The information located in the cache memory can be accessed many times faster than information in the system''s main memory. The more information your system can retrieve from the cache memory, the more efficient the system will run. Level 1 (L1) cache, also referred to as Primary Cache, is normally located inside the CPU chip. Level 2 (L2) cache, also referred to as Secondary Cache, was normally located on the system board near the CPU in the past. In today''s systems, both are physically located within the CPU and as a result are not upgradable.
Today''s software has become more rapacious than ever—not just wanting faster processors, but faster graphics and more RAM. Layer these software programs on top of itself a memory-hungry operating system, and it becomes clear that more memory is better—up to a point. The good news is that memory is cheaper than ever, though the precipitous plummet in prices seems to have leveled off a bit lately. But the memory landscape is much more confusing than even a couple of years ago. The acronyms have evolved into a veritable alphabet soup of memory types: EDO, BEDO, SDRAM, FP, RAMBUS. Each new motherboard chipset that finds its way into your computer seems to want a different type of memory. Well, we''re here to help you sort through the memory types and walk you through the process of installation. This is a tough question. However, there are a couple of rules of thumb. First, know thy motherboard. You must be aware of what chipset you have in your system. It turns out that adding too much memory can actually slow down your computer. The reason for this is the L2 cache. Cache Level 1 and Level 2
Click here - Are you in search for more ram for your computer? Visit the web's largest online source for computer memory online. No matter what type of computer you have, we can help you find memory and learn to install it.
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