$22.32
Features:
high performances Signals testing with our LGA1700 CPU Signals Test Board, specifically for the DMI3.0 ensures stable and accurate transmission.
This test board boasts strong compatibility, making it ideal for H610 B660 motherboards, and features for easy installation and removal, enhancing efficiency.
for hardware developers and engineers, this tool provides testing capabilities to ensures CPU and motherboards performances and stability.
Ideal for use in lab for testing Signals transmission between CPUs and motherboards, on production lines for control, and in educational setting for teaching Signals interaction principles.
Crafted from PCB materials with advanced manufacturing techniques, this test board guaranteeing durability and reliability, completed with clear labeling for each Signals line to minimize errors.
Specifications:
Component:PCB
Size:Approx.45×37.5mm/1.77×1.48inch
Note:
1.Please allow 1-2cm errors due to manual measurement, making sure that you not mind before order.
2.Due to the differences between different monitors, the picture may not reflect the actual of the item.
Package includes:
1 Set CPU Socket Tester
Date First Available : May 19, 2025
Manufacturer : YUGSHNKFC
ASIN : B0F93X9C4F
high performances Signals testing with our LGA1700 CPU Signals Test Board, specifically for the DMI3.0 ensures stable and accurate transmission.
This test board boasts strong compatibility, making it ideal for H610 B660 motherboards, and features for easy installation and removal, enhancing efficiency.
for hardware developers and engineers, this tool provides testing capabilities to ensures CPU and motherboards performances and stability.
Ideal for use in lab for testing Signals transmission between CPUs and motherboards, on production lines for control, and in educational setting for teaching Signals interaction principles.
Crafted from PCB materials with advanced manufacturing techniques, this test board guaranteeing durability and reliability, completed with clear labeling for each Signals line to minimize errors.