MR4A16BCMA35R

MR4A16BCMA35R is a memory module designed by Rambus Technology, which is a type of RAM with an integrated error correction code (ECC). The MR4A16BCMA35R is mainly used in servers, high-end PCs, and embedded systems. It is also suitable for military and aerospace applications that require high performance and reliability.

The MR4A16BCMA35R provides better performance than traditional DRAM, since it has a higher data rate and can store more data per clock cycle. It has ECC, which enhances system reliability by correcting small errors due to noise or power surges. Furthermore, the MR4A16BCMA35R is designed with a fail-safe mechanism to protect against data loss due to unexpected power failures.

The MR4A16BCMA35R memory module is made up of 64 individual memory chips, which are arranged in eight rows with eight chips each. Each memory chip is made up of DRAM cells with ECC and access logic components. The 8-bit ECC code allows the module to detect and correct single-bit errors, as well as correct certain multi-bit errors.

The MR4A16BCMA35R is designed to work with Rambus DRAM (RDRAM), which is a type of DRAM that features a high speed data bus. The memory module is connected to the system via a Rambus channel. The channel serves as a bus for data transfers between the memory module and other devices,such as the processor, chipset, or graphics card.

The data read and write operations in the memory module are managed by the ECC logic. When data is written to the memory module, the ECC logic runs an ECC calculation on the data and stores the parity information in the chip’s ECC registers. When data is read, the ECC logic checks the read data against the previously stored parity information. This allows the memory module to detect and correct any errors.

The MR4A16BCMA35R memory module is ideal for high performance applications, such as servers, high-end PCs, and embedded systems, due to its fast data transfer rate and its error correction capabilities. Its fail-safe design allows for reliable operation even in the case of unexpected power failures, making it an excellent choice for military and aerospace applications.

MR4A16BYS35R	Everspin Tec...	--	1000	IC RAM 16M PARALLEL 54TSO...
MR4A16BCMA35	Everspin Tec...	--	935	IC RAM 16M PARALLEL 48FBG...
MR4A08BCMA35R	Everspin Tec...	18.37 $	1000	IC RAM 16M PARALLEL 48FBG...
MR4A16BMA35	Everspin Tec...	--	2194	IC RAM 16M PARALLEL 48FBG...
MR4A08BMA35	Everspin Tec...	--	312	IC RAM 16M PARALLEL 48FBG...
MR4A08BCYS35R	Everspin Tec...	20.76 $	1000	IC RAM 16M PARALLEL 44TSO...
MR4A16BYS35	Everspin Tec...	22.06 $	248	IC RAM 16M PARALLEL 54TSO...
MR4A08BCYS35	Everspin Tec...	--	796	IC RAM 16M PARALLEL 44TSO...
MR4A16BCYS35	Everspin Tec...	--	1000	IC RAM 16M PARALLEL 54TSO...
MR4A16BCMA35R	Everspin Tec...	20.76 $	1000	IC RAM 16M PARALLEL 48FBG...
MR4A16BCYS35R	Everspin Tec...	--	1000	IC RAM 16M PARALLEL 54TSO...
MR4A16BMA35R	Everspin Tec...	17.11 $	1000	IC RAM 16M PARALLEL 48FBG...
MR4A08BYS35R	Everspin Tec...	17.11 $	1000	IC RAM 16M PARALLEL 44TSO...
MR4A08BCMA35	Everspin Tec...	--	272	IC RAM 16M PARALLEL 48FBG...
MR4A08BMA35R	Everspin Tec...	19.33 $	1000	IC RAM 16M PARALLEL 48FBG...
MR4A08BYS35	Everspin Tec...	22.06 $	104	IC RAM 16M PARALLEL 44TSO...