IDT71V416VS15PH8

The IDT71V416VS15PH8 is a low-power, high-density memory device with a unique combination of speed and performance. It is an ideal choice for a variety of memory-intensive applications, such as field-programmable gate arrays, microprocessor caches, and embedded microcontroller systems. It is especially useful for gigabit Ethernet switching applications.

The IDT71V416VS15PH8 is based on the NOR Flash technology which enables the device to provide fast access and low power consumption. It has a storage capacity of 128K bytes and a sustained operating speed of 15MB/sec. The device also supports multiple functions and protocols, including error correction code protection, low-voltage performance, and low-power write and read operations.

The device includes a sophisticated controller that manages multiple data and device functions such as address translation, write protection, sector locking and address decoding. The controller also features an integrated ECC circuit which can detect single and double bit errors, and repairs detected errors on the fly. Additionally, the IDT71V416VS15PH8 has a built-in sleep mode, which provides a reduction in power consumption when the device is idle.

The IDT71V416VS15PH8 is a versatile device that can be used in a wide range of applications. In addition to its fast access and low power consumption, it is also a reliable and robust solution that is suitable for use in mission critical applications such as medical and automotive systems. In these applications, it can provide reliable data storage and protection against data corruption and errors.

The IDT71V416VS15PH8 is an ideal choice for a variety of memory intensive applications. It provides fast access, low power consumption and high density storage and support for multiple functions. The integrated ECC circuit can detect and repair errors, while the reduced power mode offers further power savings. The device is suitable for use in mission critical applications and can be used in a variety of memory-intensive applications.