MT9HTF12872Y-53EA1

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The MT9HTF12872Y-53EA1 is a dynamic random-access memory module (DRAM) designed for consumer-based applications and embedded systems. It features a 1GB capacity of 120 pins, accessible with an exceptionally speedy 266MHz data transfer rate.

This DRAM utilizes a synchronous approach with Hynix-produced hardware architecture to ensure high-performance and reliable operation for all customer applications. The MT9HTF12872Y-53EA1 is based on a 72-bit column width, and it provides seven module ranks for an 8-bit bus width. The memory module is optimized for laptop and desktop computers, and a wide variety of other consumer and embedded applications, such as TVs, set-top boxes, digital signage, industrial automation, medical equipment, and servers.

The MT9HTF12872Y-53EA1 features a low-power usage design, making it very energy efficient. It also has a full array of ECC (Error Correction Code) features built-in, ensuring any data integrity issues can be quickly addressed, if any occur. The built-in 3DSENSE technology also helps with data protection, as it can detect and correct multiple DIMMs operating in triple-channel mode. The MT9HTF12872Y-53EA1 is also capable of supporting both x8 and x16 data transmission rates, allowing for fast and reliable data transfers.

In terms of its working principle, the MT9HTF12872Y-53EA1 accesses the data stored on its memory via a few predetermined steps. First, it is read from the DRAM by an external controller. The controller then sends a clock signal to the module, which tells it how often to read a row and column address information code from the DRAM. After this, an address state machine loads the data from the address pins before passing it to the DRAM control module. The data is then read into the memory from the row and column address. Finally, the data is sent to the controller to output.

To summarize, the MT9HTF12872Y-53EA1 is a high-performance DRAM module with an ECC-enabled design that is optimized for embedded systems and consumer-based applications. This module is equipped with a clock signal synchronization architecture, a low-power consuming design, and a range of features that allow it to address and retrieve data across different channels. It also has an impressive data transfer rate of up to 266MHz, making it an ideal choice for a wide range of circuits.

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