EDF8164A3MA-GD-F-R TR

The EDF8164A3MA-GD-F-R TR is a type of double data rate (DDR) memory device. It is a synchronous dynamic random access memory (SDRAM) which is optimized for faster data access. It is typically used in embedded applications where the cost of a memory device is important, such as consumer electronics and automotive applications. This article will explain the application fields of EDF8164A3MA-GD-F-R TR, its working principle and other related information.

The EDF8164A3MA-GD-F-R TR is designed for applications that require fast access to memory. It has a reduced latency of 2.5 ns. This makes it suitable for applications that require very fast access to data, such as 3D graphics and sound, or any other applications that experience regular performance issues due to data retrieval. The device also includes I/O registers that can allow it to synchronize access requests between multiple processors. This means that the device can support multi-processor systems.

The EDF8164A3MA-GD-F-R TR is designed for embedded systems and has a compact form factor. It has a maximum power consumption of 2.45 W, making it suitable for battery-powered devices. The device has an operating voltage of 1.2 V. This is a relatively low voltage compared to other types of DRAM devices, which require higher voltages for operation.

The EDF8164A3MA-GD-F-R TR device has a 128-Mbit capacity and supports a data transfer rate of 1600 Mbps. The device is capable of accessing data in as little as 2.5 ns. It also has an asynchronous interface which allows it to synchronize access requests between processors, enabling faster data access across multiple systems. The device has an on-die termination (ODT) to reduce noise, and an error correcting code (ECC) to ensure data integrity.

The EDF8164A3MA-GD-F-R TR is a DDR memory device that uses a clock signal to control operations. The clock signal is generated by an external clock generator and is sent to the memory device. The clock signal is then used to control the timing of data transfers. The clock signal is also used by the device to decide when to transfer data from the memory device and when to receive data from other devices.

The device has a dual inline pin package (DIPP) which allows a connection to the board. It also has a serial presence detect (SPD) interface which allows the device to identify itself to the memory controller. This information is then used to adjust parameters such as timing and power-saving modes.

The EDF8164A3MA-GD-F-R TR is suitable for applications that require fast data access. It has a reduced latency of 2.5 ns, a compact form factor and low power consumption, and includes an on-die termination and an error correcting code. The device is also capable of synchronizing access requests across multiple systems and has a serial presence detect interface for identification. This makes the device suitable for applications such as 3D graphics, sound and other applications that require fast data access.