IS49NLC18160-25BI

IS49NLC18160-25BI chips are a type of memory chips that are widely used in the data storage industry. The chip is used for Nonvolatile Memory (NVM) applications and is offered in a 8K/256K size, allowing for a maximum of 8K of storage. The chip has a 25 nanosecond access time and is offered with multiple density levels.

IS49NLC18160-25BI chips are best suited for applications that require high-speed operation and high information storage, such as gaming consoles, digital media players, electronic control systems and portable electronic devices, among others.

IS49NLC18160-25BI chips are based on the Nonvolatile Memory standards and the Nonvolatile Memory Architecture (NVMA). This architecture is based on the same principles as the Virtual Machine Architecture, which is composed of a host processor, memory controller, and several nonvolatile memories, each of which is connected to the other components through channels and queues.

The architecture of the Nonvolatile Memory in IS49NLC18160-25BI chips allow for the separation of the access times for each memory chip, making it possible for multiple memory chips to access the same memory locations at different speeds simultaneously. This feature enables the chip to efficiently transfer data between multiple chips at the same time. The IS49NLC18160-25BI also provides high-bandwidth access, which is beneficial for applications requiring large amounts of data transfer.

The IS49NLC18160-25BI also provides an Error Correction Code (ECC) and Low Latency Error Detection (LLD) mechanism. The ECC mechanism provides protection against data errors. The LLD mechanism is used to detect any abnormalities in the chip during operation, in order to prevent data corruption.

The IS49NLC18160-25BI chip is designed to provide reliability and high performance. It is suitable for applications that require high memory access speeds, as well as high data transfer rates.