IS42S16800E-6BLI

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IS42S16800E-6BLI is an integrated circuit module that is in the category of memory. As one of the latest kind of DRAM products, IS42S16800E-6BLI provides high performance, low power consumption and low latency characteristics suitable for different application fields.

It can be used in many different application fields such as outside video surveillance, digital video recorder(DVR), digital satellite receiver, digital camera, digital set-top box, game consoles and more. IS42S16800E-6BLI also has a wide pin-out range, which gives developers more flexibility when creating new products.

In addition, with its dense architecture, IS42S16800E-6BLI can achieve lower latency and higher bandwidth, which is beneficial for the applications mentioned above. Moreover, the integrated circuit module has low power consumption and ensures a long-term reliability.

IS42S16800E-6BLI is manufactured in the form of a Dual In-Line Memory Module (DIMM). The memory module contains two 64-bit products (128-bit total), and each product has four independent banks which can operate 3.2V and 5V SDRAM components. The integrated circuit module works on a 1T-SR to reduce latency, and has an operating temperature range from 0°C to 70°C.

The working principle of IS42S16800E-6BLI is similar to other DRAM products. It is initialized at start-up, and then generates an interface between the memory core, memory controllers and external signals.

The integrated circuit module is responsible for address and data multiplexing functions , and also supports burst operation with several data fetch count-options. During burst operation, IS42S16800E-6BLI can access data from cache and main memory. Finally, the memory module will begin writing data to its internal registers via DRAM couches.

In conclusion, IS42S16800E-6BLI is an integrated circuit module designed for a variety of application fields such as video surveillance, digital video recording, digital cameras and more. It features high performance and low power consumption, and works on a 1T-SR to reduce latency. Its working principle is similar to other DRAM modules, and it supports burst operation and writing data to its internal registers.

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