As AI computing equipment, high-speed servers, and precision electronic devices continue to evolve, the demand for high-speed, miniaturized, easy-to-assemble, and cost-effective board-to-board interconnection solutions has become a core hardware design requirement. Traditional POGO PIN spring-loaded connectors are constrained by mechanical design, making it difficult to balance ultra-high bandwidth, extreme space optimization, and cost control.
Our Elastomer Connector delivers breakthrough performance and compatibility, offering a stable 224Gbps ultra-high-speed board-to-board signal transmission path—making it the ideal replacement for outdated POGO PIN solutions in next-gen high-frequency, high-speed hardware applications.
1. 224Gbps Ultra-High-Speed Transmission with Stable Signal Integrity
Engineered with professional high-frequency signal optimization, our elastomer connector supports 224Gbps data rates with precise impedance matching and minimal insertion loss. Perfectly suited for high-speed servers, AI compute modules, and advanced telecom equipment, it resists high-frequency interference and ensures long-term, stable operation—meeting the industry’s top-tier high-speed interconnection standards.
2. Significant Cost Advantage – Outperforming Traditional POGO PIN
Conventional POGO PIN connectors involve complex structures and labor-intensive machining processes, leading to high tooling and mass-production costs. In contrast, our elastomer connector uses a mature, integrated molding process—eliminating the need for precision metal machining. This drastically reduces production and procurement costs while delivering the same high-speed, high-density performance. The result: a compelling price advantage that helps you lower hardware costs and boost product competitiveness.
3. Solderless, Easy Assembly, and Field-Repairable – Maximizing Operational Efficiency
Unlike traditional connectors that require tedious soldering and alignment procedures, our elastomer connector features a compression-fit design—no soldering, zero insertion force, and quick, accurate board-to-board mating. It also supports repeated disassembly and replacement, enabling hassle-free maintenance and upgrades without desoldering PCB boards. This non-destructive rework capability significantly reduces assembly time and labor costs for both manufacturing and after-sales service.
4. Ultra-Miniature Form Factor – Ideal for High-Density, Space-Constrained Designs
Addressing the industry-wide push toward miniaturization, integration, and higher density, our elastomer connector achieves breakthrough dimensions: minimum thickness of just 0.06mm and pitch as low as 0.15mm. These ultra-small dimensions and high routing density make it perfect for precision modules, stacked boards, and compact terminal devices—solving the size limitations of traditional connectors and providing ample design headroom for next-generation miniaturized hardware.
5. Wide-Temperature Stability – Reliable Performance Under Harsh Conditions
Our elastomer connector offers excellent environmental resilience, operating reliably across a temperature range of -40°C to +125°C. It maintains structural integrity and stable transmission without contact failure or signal jitter, even in extreme heat or cold. Ideal for outdoor equipment, industrial terminals, data center servers, automotive electronics, and other demanding applications, its durability and reliability far exceed those of conventional connector products.
With its 224Gbps high-speed capability, cost efficiency, solderless reworkability, ultra-compact footprint, and wide-temperature robustness, our Elastomer Connector is the definitive replacement for traditional POGO PIN solutions. It delivers the optimal balance of performance and value for high-speed precision electronics and high-density board-to-board scenarios—helping your products achieve both performance upgrades and cost optimization.
