MR2A16AMA35R

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The MR2A16AMA35R is a synchronous DRAM component optimized for high-bandwidth transfer of data between its 7-bit internal registers and a host device. It provides a storage capacity of 2M x 16 bits or 4M x 8 bits in the same architecture and is organized as 256k x 16bits for low-density applications, and 512k x 16bits for high-density applications. It is also available in a 4-bit wide version, where all four of the data bus bits are connected to the same analog level on the respective physical package pin. The MR2A16AMA35R is part of an expanding family of DRAMs designed to increase memory density and reduce power consumption while utilizing higher performance processes. This makes it ideal for use in applications such as personal computers, mobile phones and gaming consoles.

The MR2A16AMA35R is built on an advanced decoupled architecture that allows for maximum performance and efficiency. The DRAM uses a single-ended/differential row address scheme and multi-ported registers with timing control that allow for efficient transfer of data. Its dual eight-byte and sixteen-bit burst capable pages offer improved performance with reduced data handing delays. Its CLK stop control feature allows the device to be shut down continuously when not in use. In addition, the device is equipped with EDC (Error Detection and Correction) for improved data integrity.

The main application fields for the MR2A16AMA35R are personal computers, mobile phones, gaming consoles and other devices that require high-speed data processing. Its combination of fast transfer rates, low power consumption and reliable error detection and correction make it an ideal choice for these applications.

The MR2A16AMA35R follows the synchronous DRAM working principle. This type of DRAM is controlled by a clock signal from the host device, which clocks the multi-ported registers of the DRAM. This allows for efficient transfer of data between the host device and the DRAM, as well as between the DRAM and its internal registers. The combination of a clock signal, timing control, data handling delays and burst transfer capabilities provides a fast, reliable and efficient transfer of data.

In conclusion, the MR2A16AMA35R is a synchronous DRAM optimized for high-bandwidth data transfer between its 7-bit internal registers and a host device, making it ideal for use in personal computers, mobile phones and gaming consoles. It is built on an advanced decoupled architecture that allows for maximum performance and efficiency, and its combination of fast transfer rates, low power consumption and reliable error detection and correction make it an ideal choice for these applications.

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