IS64WV6416BLL-15TA3

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The IS64WV6416BLL-15TA3 is a configurable, quad-bank synchronous DRAM memory chip from Integrated Silicon Solution, Inc. It is a part of the company’s IS64 family of ultra-high-speed DRAM products. This device includes an integrated command address transceiver, configurable I/O registers, and an on-chip address counter.

The IS64WV6416BLL-15TA3 is a 64Mb low-power DRAM memory chip, with an operating voltage of 3.3V. It has a clock frequency of 400MHz, a burst length of 8, and a timing of 4-4-4. It is ideal for applications requiring high speed, low latency and small size with its quad-bank arrangement.

The IS64WV6416BLL-15TA3 is suitable for a variety of applications because of its flexibility. It can be used in high-speed graphics applications, such as gaming and simulations. It can also be used in computing applications, such as desktop computers, servers, and embedded systems. The chip is also a good choice for industrial and automotive electronics, medical imaging, and other multimedia applications.

The working principle of the IS64WV6416BLL-15TA3 is based on the synchronous DRAM (SDRAM) technology. SDRAM is a type of DRAM that uses a clock signal to synchronize its operation with the system bus. Instead of refreshing the memory cells periodically like traditional DRAM, SDRAM refreshes its cells in synchronization with the system clock. This allows the memory transactions to take place at faster speeds than traditional DRAM. This also helps reduce power consumption as the cells don\'t have to be refreshed as often.

In addition to its synchronous DRAM technology, the IS64WV6416BLL-15TA3 uses an integrated command address transceiver and configurable I/O registers. These features allow for fast data access and transfer, as well as efficient management of address and data information. The on-chip address counter also helps speed up memory access operations.

The IS64WV6416BLL-15TA3 is ideal for applications that require high-speed, low-power DRAM. It is suitable for a variety of applications, such as graphics, computing, industrial, automotive, medical imaging and multimedia. Its synchronous DRAM technology and configurable I/O registers make it an efficient memory device, and its on-chip address counter enables fast data access and transfer.

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