IDT71V416VS12PHG

The IDT71V416VS12PHG is a low power 16Mbit SDRAM component, configured as a 2Mbit x 8 or 4Mbit x 4 device. It is mainly used in applications requiring memories with higher density and lower cost than SRAM. It is typically used in applications such as data storage, image buffering, embedded memory and software download buffers.

The IDT71V416VS12PHG integrates a fast internal datapath and advanced power management. The device supports accesses in single cycle columns. The device supports burst capability up to an 8-byte read or write contiguous sector. It also offers error correction/detection schemes for improved system reliability as well as embedded test functions.

The IDT71V416VS12PHG supports a wide range of voltages, including 1.5, 1.8, 2.5, 3.3 and 5.0 volts. Its operating temperature range is from -40°C to +85°C, reducing the need for additional cooling solutions. Its features and advantages make it suitable for a variety of applications.

The IDT71V416VS12PHG is a synchronous DRAM (SDRAM) device. It is organized as either 2Mbit x 8 or 4Mbit x 4. It utilizes a 5/3/2/2-bit bidirectional data bus, with a 2-bit byte enable signal. It operates at up to 166MHz. The device supports multiple timing modes to facilitate flexible system design and improved system performance. Data is accessed through pre-defined cycles, starting with a valid address latch cycle followed by a read or write cycle.

The device is capable of accessing up to 8-bytes at once in a burst read or write cycle. This offers higher system performance than an access to single-byte mode. In this way, data can be accessed in rapid succession with only one valid address cycle. It also reduces the access time for image processing and similar applications. There is an automatic power-down feature which reduces the power consumption by stopping the internal clock. This is helpful in reducing system power consumption during periods of inactivity.

In terms of reliability, the device offers error correction/detection schemes for improved system reliability. In addition, embedded test functions facilitate faster fault diagnosis and debugging. The device is available in different package types, allowing for maximum design flexibility.

Overall, the IDT71V416VS12PHG is an ideal choice for applications requiring high-density, cost-effective, low-power solutions with high reliability and flexibility. Its features make it an ideal choice for memory solutions in a variety of applications.