EDFP164A3PB-GD-F-D

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Memory

The EDFP164A3PB-GD-F-D is a dynamic random access memory (DRAM) device from the EDFP (Enhanced DRAM Fetch Protocol) family of DRAMs. It is designed specifically for high-end computing applications, such as gaming PC, IoT (Internet of Things) applications, industrial computing and many more.
The EDFP164A3PB-GD-F-D DRAM, as with all DRAMs, functions as a digital data storage device, able to hold and transfer information such as applications, programs, images and other data between memory chips and external devices. The EDFP164A3PB-GD-F-D has a capacity of 16GB of data, making it suitable for high-performance computing and gaming applications, as well as other applications requiring large amounts of DRAM.
The unique feature of the EDFP164A3PB-GD-F-D DRAM is its “Enhanced DRAM Fetch Protocol” (EDFP). This protocol is designed to provide higher bandwidth than conventional DRAMs, by fetching data from the memory far quicker than the traditional approaches.
The enhanced protocol works by utilizing a combination of new technologies, such as clock and check circuitry, a new encoding scheme to reduce the error rate and a bypass bus, which enables multiple memory requests to be serviced simultaneously. The EDFP architecture also has a self-timed ready/write request latency which means that the memory can be accessed faster than before.
As well as a fast access time, the EDFP164A3PB-GD-F-D also has a low operating voltage, meaning that it consumes far less power than other DRAMs, making it suitable for mobile and battery-powered devices.
In conclusion, the EDFP164A3PB-GD-F-D is a high-performance DRAM which is ideal for applications requiring high bandwidth and low power consumption, such as gaming PCs and IoT devices. Its unique Enhanced DRAM Fetch Protocol enables faster memory access times, making it well suited for applications which require high performance.

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