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Overview

These sockets feature precision design and robust construction to handle high-current and high-voltage testing requirements with exceptional reliability and accuracy. With customizable options and advanced features like Kelvin connections and thermal management solutions, SII’s Smart Power sockets ensure precise measurements, efficient heat dissipation, and optimal performance in power testing applications.

These sockets are engineered to accommodate the delicate nature of MEMS devices while providing secure electrical connections and precise measurements. With customizable options and advanced technologies such as vacuum sealing and controlled environmental conditions, SII’s MEMS sockets enable efficient testing in controlled environments, ensuring optimal performance and reliability of MEMS devices. 

These sockets are engineered to accommodate the diverse geometries and materials used in interposer and organic substrate modules while providing secure electrical connections and precise measurements. With customizable options and advanced technologies such as controlled impedance matching and thermal management solutions, SII’s interposer and organic substrate modules sockets enable efficient testing in a variety of package types and configurations, ensuring optimal performance and reliability of semiconductor devices. 

These sockets are engineered to accommodate the high-current and high-voltage characteristics of IGBTs while providing secure electrical connections and efficient thermal management. With customizable options and advanced features such as Kelvin connections and active cooling solutions, SII’s high-current IGBT sockets enable efficient testing in a variety of operating conditions, ensuring optimal performance and reliability of IGBT devices.

These sockets are engineered to withstand extreme temperatures while providing secure electrical connections and precise measurements. With customizable options and advanced features such as thermal management solutions and vacuum sealing, SII’s cryogenic sockets enable efficient testing in cryogenic environments, ensuring optimal performance and reliability of devices under extreme conditions. 

These sockets are engineered with tuned impedance matching to minimize signal distortion and ensure optimal signal integrity during testing. With customizable options and advanced features such as controlled impedance and signal conditioning, SII’s high-frequency/tuned impedance sockets enable efficient testing of RFICs, microwave devices, and high-speed data communication ICs. 

To accommodate the large pin counts and high-speed interfaces of these chips, our sockets provide secure electrical connections, low insertion loss, and minimal signal distortion during testing. With customizable options and advanced features such as signal conditioning and thermal management solutions, SII’s large pin count sockets enable efficient testing of server, GPU, AI, and FPGA devices in diverse applications. 

Engineered to support the high data rates and low latency demands of PCIe 5.0, 6.0, and 7.0, our sockets provide secure electrical connections, minimal signal loss, and precise impedance control during testing. With customizable options and advanced features such as signal conditioning and impedance matching, SII’s PCIe protocol sockets enable efficient testing of PCIe-based devices in a variety of applications, including data centers, networking equipment, and high-performance computing systems.