Advantages of the SD NAND Programming Socket: Supports HS400 (the pogo pin supports this rate for eMMC) Resistant to high and low temperatures from -40 to 125°C (suitable for high and low temperature oven testing) Limit frame is replaceable (if the chip pin layout is the same, the programming socket can be used even if the chip size is different. For example, the CS brand 4GB SD NAND chip size is 6.2*8mm, and by replacing the limit frame, the programming socket can still be used for testing) Detachable test socket (if the adapter board is damaged, the test socket can be replaced onto a new adapter board for continued use) More stable chip contact, less likely to fall off, and more accurate testing speed
Advantages of the Programming Socket:
Supports HS400 (the pogo pin supports this rate for eMMC)
Resistant to high and low temperatures from -40 to 125°C (suitable for high and low temperature oven testing)
Size Specifications: This programming socket has two versions designed to fit different capacities of SD NAND, as follows:
Version A: 6.2 × 8 mm, compatible with 128MB, 512MB, 2GB, and 4GB capacities.
Version B: 7 × 8.5 mm, compatible with 8GB capacity.
Replaceable limit frame (as long as the chip pin layout is the same, the programming socket can continue to be used even if the chip size is different. For example, the CS brand 8GB SD NAND chip size is 7*8.5mm, and by replacing the limit frame, the programming socket can still be used for testing)
Detachable test socket (if the adapter board is damaged, the test socket can be replaced onto a new adapter board for continued use)
More stable chip contact, less likely to fall off, and more accurate testing speed
Instructions of the Programming Socket:
Directly place the SD NAND into the test socket without soldering. Convert the SD NAND to a TF card interface for easy testing.
* Please align the chip marking point (pin 1) with A1. Incorrect installation may damage the chip, so please ensure correct installation *
