RRAM IC and its BI socket and FT socket

RRAM chip is a type of non-volatile memory chip, which stands for Resistive Random Access Memory. It utilizes a resistance-based mechanism to store data and offers advantages such as fast read/write speed, low power consumption, high density, and long lifespan.

The advantages of RRAM chip include:

1. Fast read/write speed: RRAM chip provides faster read/write speed compared to traditional flash memory chips, enabling higher data transfer rates.
2. Low power consumption: RRAM chip consumes less energy during read/write operations, resulting in power savings.
3. High density: RRAM chip’s storage units are very small, allowing for higher storage density and larger storage capacity.
4. Long lifespan: RRAM chip has a longer lifespan, enabling extensive read/write operations without damage or failure.

The corresponding requirements for aging and testing sockets are as follows:

1. Aging socket: The aging socket for RRAM chip needs to provide stable power supply and temperature environment to simulate the chip’s working conditions during long-term usage. Additionally, the aging socket should be capable of conducting numerous read/write operations to test the chip’s stability and lifespan.
2. Testing socket: The testing socket for RRAM chip needs to provide accurate power supply and signal interfaces for functional testing and performance evaluation. It should also have high-speed data transmission capability to meet the chip’s read/write speed requirements. Furthermore, the testing socket should possess good electromagnetic compatibility and interference resistance to ensure accurate testing results.