A high-pin right-angle SMT connector designed for thickness-constrained scenarios, focusing on PCIe Gen5 compatibility, small-space wiring optimization, and extreme high-speed transmission performance. Ideal for high-end devices with strict installation space requirements, such as blade servers and ultra-thin storage arrays.
This product is a 74Pin right-angle (90°) interconnect system with a 0.60mm pitch, designed based on SMT technology. It is core-compatible with the PCIe Gen5 high-speed transmission protocol and supports 56G PAM4/PCIe® Gen 4/6 protocols. The housing is made of high-temperature flame-retardant material, and the terminal contact area optionally adopts Au1u" gold plating with a nickel underlayer to ensure contact stability during high-frequency transmission. The mechanical structure is optimized for small spaces: the horizontal cable exit direction facilitates routing along PCB edges or bottoms, with a vertical height of only a few millimeters, allowing dense placement along PCB edges without occupying vertical space. The optimized PCB layout clearly defines the keep-out area for connectors and cables to reduce signal interference. Packaged in Tape & Reel format (300PCS/eel, 1800PCS/carton), it reserves 15 empty positions at the front and rear before winding, with the top tape extended by 200mm, adapting to automated mounting processes. All materials comply with RoHS environmental standards.
◆◆ Product Advantage
Extreme PCIe Gen5 Compatibility: Specially optimized signal path design perfectly meets PCIe Gen5 protocol requirements, with signal attenuation ≤3% during 56G PAM4 transmission, satisfying the extreme high-speed needs of high-end computing systems.
Right-Angle Design for Small Space Optimization: The 90° horizontal cable exit + ultra-thin vertical height solves the pain points of "limited installation space" and "disordered cable routing" in blade servers and ultra-thin storage arrays, improving internal device space utilization by 30%.
Anti-Interference Wiring Design: Clear PCB keep-out area planning reduces signal crosstalk between cables and connectors. Combined with high-shielding performance terminals and housing materials, it maintains signal integrity in complex electromagnetic environments.
Compact Integration with High Pin Count: The 74Pin full-channel design meets the needs of synchronous multi-signal transmission. The right-angle SMT mounting fits tightly with the PCB, offering better stability than vertical connectors in vibrating environments—ideal for industrial-grade high-end equipment.
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