The memory that stores the Final Storage data and runs the datalogger program.

Type of RAM that is used for caching because it is a lot faster.

A type of computer memory that requires a constant power flow to hold information. It’s quicker and more dependable than dynamic RAM, but it’s also more expensive, takes up more space, and uses more power. Therefore, SRAM is never used as the main RAM storage facility.

RAM that stores data within an automatic refresh. Reaches speeds of up to 12 ns. Most commonly used in an L2 cache.

Much more expensive and physically larger than DRAM, but much faster. The fastest SRAM has a latency of about 5 nanoseconds.

Static Random Access Memory is a memory technology used in pagers and handsets.

tatic RAM, unlike DRAM, does not need to be refreshed in order to prevent data loss. Thus, it is faster, and more expensive.

Static RAM is used for the cache memory and registers in computer systems. SRAM typically requires four or six transistors per bit, making it substantially more expensive than DRAM, which usually requires one transistor per bit. SRAM is able to operate at higher speeds than DRAM, and does not require refreshing.

abrv. "Static [non-volatile] RAM", used for saves

Static RAM Data once stored stays in the memory whilst power is on. Higher power and more expensive than DRAM, but used in applications needing faster memory.

Static Random Access Memory. A RAM that stores data for as long as power is applied. It is the fastest type of memory, but more expensive per bit to manufacture than DRAM.

Static RAM -- a fast, expensive RAM often used for vector computers or caches.

Static Random Access Memory: a form of RAM that retains its data without the constant refreshing that DRAM requires. SRAM is generally preferable to DRAM because it offers faster memory access times, but it is also more expensive to manufacture because it contains more electrical components.

Static random access memory or static RAM. A computer memory that retains its contents as long as power is applied and does not need refreshing.

a type of very fast semiconductor memory device used for high-speed transfers of relatively small data blocks to the main processor in a computer.

Static Random Access Memory. Much more expensive than DRAM, it is characterized by the fact that it does not require an external "refresh" to maintain its contents.

Static, as opposed to dynamic, RAM. Type of RAM that retains its contents for as long as power is supplied. SRAM does not require constant refreshing, like DRAM.

Static Random Access Memory. is a type of non-volatile memory commonly used in caching, which is faster (and more expensive) than dram because it does not require “refreshing”.

(Static Random Access Memory) SRAM consists of one flip-flop per bit of memory. Unlike DRAMs, static RAM retains its contents as long as power is applied. Because there is no need to refresh the contents of memory addresses which are read, SRAM is faster than DRAM, but it is more expensive and typically is available in much smaller sizes than DRAM because each bit occupies more space on the chip.

static random access memory. electronic data storage device that can be randomly accessed, such as PCMCIA card (as opposed to sequentially accessed). Static refers to its ability to retain the data as long as power is supplied to the device either by a battery or a computer.

(Pronounced Esse-RAM). Static Random Access Memory. Very fast memory used by microprocessors during their operation. Not used for application or system software.

Static Random Access Memory. A special type of RAM that is more expensive but much faster than ordinary DRAM. SRAM is faster because it does not require refresh cycles to hold on to stored data. SRAM is used for CPU cache because it= s read/write rates are so fast.

Static Random Access Memory - a type of semiconductor memory where data may be accessed randomly and data is maintained as long as power is applied, SRAMs do not require refresh like DRAM's. SRAM's typically have faster memory access than DRAMs.

Static Random Access Memory.A kind of random access memory that requires a constant supply of power in order to hold its content.

(n.) Static RAM; memory which stores data in such a way that it requires no memory refresh cycle and hence have low power consumption. Generally this type of RAM is faster but more expensive than DRAM.

Static random access memory (SRAM) chips are faster and more reliable than DRAM chips.

Static random access memory. A type of RAM that has self-contained memory circuitry. Contrasts with dynamic random access memory. Categorized by speed and memory capacity.

Static Random Access Memory: a type of memory that is faster and more reliable than the more common DRAM (dynamic RAM). The term static is derived from the fact that it doesn't need to be refreshed like dynamic RAM.

(Static RAM): RAM that is non-volatile. SRAM is much more expensive than dynamic RAM. Computers sometimes use small amounts of SRAM for specialized functions.

Static RAM. A memory technology used in pagers and handsets. So named because it requires no refresh cycle, as required by dynamic RAM (DRAM) and therefore consumes less power. SRAM maintains data only while power is applied.

Static Random Access Memory (does not require refresh cycle)

Static RAM. This memory, contrarily to the DRAM, does not need to be refreshed. Data registered in SRAM are maintained until they are modified.

Static Random Access Memory. Read-write memory with data stored in latches. Faster than DRAM and with simpler timing requirements, but smaller in size and about 4-times more expensive than DRAM of the same capacity.

An acronym for Static Random Access Memory. A type of memory that can retain data without requiring a regular clock signal. Although they are faster than DRAM, they hold less data and are more expensive.

(Static RAM) SRAM is similar to DRAM but does not constantly refresh. SRAM is faster and more expensive than DRAM and is generally used for speed-critical areas of the computer such as cache memory.

Static RAM. From a user's point of view, RAM is RAM - it doesn't matter what type it is. For you tech-heads, SRAM is the simplest, fastest, and least dense of the RAMs. It is one of two types of RAM in your 01.

Static Random Access Memory or memory that does not need to be refreshed enabling it to operate while in standby mode, using less power.

Abbreviation for static random-access memory.

Static Random Access Memory typically is used in caches.

Static Random Access Memory. A type of random-access memory that holds its contents without constant refreshing from the CPU.

See static random access memory

Static Random Access Memory - this memory architecture is the easiest to use and will retain its contents as long as power is applied. Unfortunately, the memory density is fairly low and they tend to consume quite a bit of power.

The difference between SRAM and DRAM is that where DRAM must be refreshed constantly, SRAM stores data without an automatic refresh. The only time a refresh occurs, in fact, is when a write command is performed. If the write command doesn't occur, nothing in the SRAM changes, which is why it's called static. The benefit of SRAM is that it's much faster than DRAM, reaching speeds of 12 ns as compared with BEDO's 50 ns. The disadvantage is that SRAM is much more expensive than DRAM. SRAM's most common use in PCs is in the second-level cache, also called the L2 cache.

Static RAM, extremely high speed RAM that doesn't need a constant refresh unlike DRAM. Because it is very expensive, SRAM is usually used as cache RAM on CPU's.

Static Random Access Memory. This is the type of memory chip that is normally used on cache modules. It is much faster and more expensive than DRAM chips.