7007S35JI

Memory: 707S35JI application field and working principle

707S35JI is a type of memory integrated circuit, which is primarily used in embedded systems. It is a synchronous dynamic random access memory (SDRAM) module and is a part of the System Memory Control Hub (SMCH). This memory is tailored for applications that require high-speed data processing such as embedded medical and industrial systems, high-end servers, telecom systems and so on.

The 707S35JI memory has 32-bit width architecture with a data rate of 2.5 Gbps. It has the ability to support up to 48 channels, thus allowing the system to access large data quantities. The memory operates on a high-speed bus, so it is capable of transferring data in large amounts at any time. This memory is also designed for low power consumption and has a data transfer rate of up to 100 MB/second.

Working principle of 707S35JI memory is quite simple. It is based on dynamic random access memory (DRAM) technology, where data is stored in a matrix of columns and rows. This memory works in synchronous mode, which means that the memory controller sends a clock signal to synchronize the operations of the memory. This can be beneficial in data access, as the speed of the memory\'s response is increased.

When the memory is activated, the memory controller will send the required commands to the DRAM cells, where each DRAM cell is enabled to perform according to the user\'s request. This can be done by either reading or writing data in the memory. If the user requests data to be read, then the data stored in the DRAM cells will be passed to the CPU, while if the user wants to write data to the memory, then the data sent by the CPU will be stored in the DRAM cells.

Overall, the 707S35JI memory is designed for use in embedded systems where the need for high performance, low power consumption and high bandwidth is of utmost importance. The above discussed features make this memory an ideal choice for such embedded applications.