1.Signal integrity and high-frequency characteristics: Able to maintain good signal integrity at high frequencies, prevent signal attenuation and crosstalk, and ensure the reliability of data transmission.
2.Contact devices and connection technology: Use advanced contact devices and connection technology, such as pins and contact points for high frequencies, to ensure stable electrical connections during high-speed data transmission.
3.Matching impedance control: Usually designed to a specific impedance (such as 50Ω) to ensure matching between the transmission line and the signal source, thereby minimizing reflections and losses.
4.Mechanical stability and durability: Have good mechanical stability and durability.They can withstand frequent use of plug-in and unplug operations while keeping the performance of the connector intact.
5.Sealing and environmental adaptability: For some applications, high-speed board-to-board connectors may have a sealing design to prevent dust, liquids or other foreign substances from entering the connector, thereby improving its reliability and stability in harsh environments.
6.Versatility and standard compatibility: Supports a variety of high-speed data transmission standards and can adapt to the needs of different devices and systems.
