As electronic devices continue to evolve toward ultra-thin and high-density designs, connectors often become the bottleneck limiting system performance and structural innovation. Traditional Pogo Pins perform well in standard sizes, but when products demand smaller volumes, higher pin density, and faster data transmission, a connector truly designed for “miniature” and “high-speed” is required. This is why Top-Link introduced Micro Pogo.
Micro Pogo is a miniaturized upgrade of the traditional Pogo Pin, also known as a miniature spring pin or micro pogo pin. It is a precision spring-loaded connector specifically engineered for ultra-compact, high-density, and ultra-thin spaces. In the future, it will be widely used in GPU sockets, board-to-board and module-to-board interconnects, high-speed backplanes, high-speed test probes, and other scenarios demanding high density and high data transfer rates.
CPU/GPU Socket Spring Contact
Structurally, Micro Pogo consists of three parts: a tube, a micro spring, and a plunger. Through precision press-fit and swaging processes, the overall dimensions are significantly reduced. The spring provides a stable normal force, establishing a reliable electrical connection between the plunger and the mating contact. While ensuring stable signal transmission, it also effectively reduces product thickness and minimizes PCB footprint, making end products thinner, lighter, and more compact.
For engineers designing next-generation AI servers or ultra-thin smart devices, Top-Link Micro Pogo represents more than just a smaller connector — it is a solution that balances miniaturization with high-frequency performance. It achieves high-density pin placement, low-loss signal transmission, and robust tolerance compensating floating contact within limited space, opening new possibilities for high-performance interconnects.
Small yet uncompromising; high-speed without sacrificing stability. Top-Link Micro Pogo is opening new horizons for precision connections.
