CPU/GPU Test Socket https://www.rubberinterposer.com/products/cpu-gpu-test-socket/ #cpu#socket#tester
CPU/GPU Test Socket
The CPU/GPU Test Socket is a critical component used for testing the functionality and performance of central processing units (CPUs) and graphics processing units (GPUs). It provides a secure interface for connecting these components to testing equipment, ensuring accurate evaluation and validation of their capabilities. This socket plays a vital role in quality assur... moreCPU/GPU Test Socket https://www.rubberinterposer.com/products/cpu-gpu-test-socket/ #cpu#socket#tester
CPU/GPU Test Socket
The CPU/GPU Test Socket is a critical component used for testing the functionality and performance of central processing units (CPUs) and graphics processing units (GPUs). It provides a secure interface for connecting these components to testing equipment, ensuring accurate evaluation and validation of their capabilities. This socket plays a vital role in quality assurance processes during manufacturing and development phases of electronic devices.
CPU/GPU Test Socket Details
CPU/GPU Test Rubber Specification
Socket Package Type
The optimized solution for logic BGA/LGA etc
Device/PKG. Available Pitch
0.25mm-1.27mm
Features of CPU/GPU Test Socket
Validation, SLT, ATE
AP, CPU, GPU
Excellent electrical impedance(<100mΩ)
Easy to maintain and replace
Long life span
No ball damage
Customizing Test
Application of CPU/GPU Test Socket
The CPU/GPU Test Socket finds application primarily in the semiconductor industry, specifically in the testing and validation phases of CPU and GPU manufacturing. These sockets serve as intermediary interfaces between the testing equipment and the processors, enabling efficient and accurate evaluation of their performance, functionality, and reliability.
CPU/GPU Test Socket Advancements and Innovations
One notable advancement is the development of high-speed and high-density test sockets capable of accommodating the latest CPU and GPU designs with increasing complexity and performance requirements. These sockets feature advanced materials, enhanced contact mechanisms, and improved thermal management to ensure accurate and reliable testing even under demanding conditions.
Furthermore, innovations in socket design, such as modular and customizable configurations, have enabled greater flexibility and scalability in testing setups. This allows manufacturers to adapt quickly to changing requirements and test multiple components simultaneously, improving productivity and reducing time-to-market.
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