AL12M72A8BLF8M Memory Cards, Modules

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The AL12M72A8BLF8M is a type of memory module that comes in the form of a 240-pin Dual in-line Memory Module (DIMM). It is designed for use in personal computers and workstations that utilize DDR3-type DRAMs and is becoming increasingly popular in today’s computing applications. This type of module is capable of reaching transfer speeds of 1600MHz and can support up to 16 megabytes of cache and 16 gigabytes of total memory. Due to its low power consumption and high performance, this type of module is quickly becoming popular for various computing applications in corporate and consumer markets.

The AL12M72A8BLF8M memory module is designed with a 240-pin double-data rate (DDR) memory interface. This is done in order to support traditional rectangular memory chips and memory chips with the same dimensions but of different type as the AL12M72A8BLF8M. Its pin layout is organised to maximise interface operations as it is made up of 72 memory pins for each of the two clock banks and eight CLKs. It also features a single Data Out (DO) pad per bank that is mainly used for low-power memory access.

The AL12M72A8BLF8M memory module contains eight memory banks, each containing 8 megabytes of memory. It is capable of operating at transfer rates of up to 1600 MT/s and supports both buffered and unbuffered DDR3 DRAMs. In order to ensure that this module is correctly connected to the other system components, it must be plugged into a component of type ASM1092R-A which is a DDR3-type memory controller. It is also important to note that while this module can support up to 16 gigabytes of total memory, each memory bank can only support up to 8 megabytes of cache.

The AL12M72A8BLF8M memory module is specifically designed for use in high-end server applications and enterprise storage solutions. It is highly suitable for applications that require high levels of data transfer speeds and low power consumption. Aside from this, it is also well-suited for use in mission-critical computing systems where downtime is not an option. This includes applications such as enterprise servers, supercomputers, and systems used in data storage and computational analysis.

The AL12M72A8BLF8M memory module is based on the working principles of synchronous dynamic random access memory (SDRAM). It operates at a voltage of 1.5 volts and is able transfer 16 data bits on each clock cycle. This means it can reach higher speeds than traditional DRAMs which only transfer one bit of data on each cycle. This makes it the ideal type of memory to use when speed is needed, as it is able to move data much faster than traditional DRAMs.

In conclusion, the AL12M72A8BLF8M is a type of memory module designed for high-speed computing applications. It is a DDR3-type module that can be used in high-end servers, enterprise storage solutions and mission-critical computing systems. It is based on the working principles of SDRAM and can reach speeds up to 1600 MT/s. It also features a double-data rate (DDR) memory interface that can support up to 16 megabytes of cache and 16 gigabytes of total memory.

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