TXGA Mini I/O connector 2.0 is a dual upgrade of appearance structure and operating experience. On the basis of continuing the small size and high performance of version 1.0, structural upgrades are carried out to enhance the convenience of operation and the flexibility of installation, providing more efficient and reliable interconnection solutions for application devices in harsh scenarios.
1、 Performance Continuity
1. Small size, high performance: TXGA Mini I/O connector 2.0 continues the compact design of 1.0, saving 75% of installation space compared to traditional RJ45. The product supports data rates from 10Mbps to 1Gbps and is compatible with Power over Ethernet (POE) and POE+.
2. High reliability and anti-interference: TXGA Mini I/O connector 2.0 adopts a double headed contact spring structure, which has high impact and vibration resistance, and can maintain stable data transmission even in harsh environments such as impact, vibration, and pulling wires. The connector plug and socket are equipped with a full screen shielding structure, effectively suppressing EMI interference and meeting the strict requirements of industrial Ethernet for data transmission integrity.
2、 Structural upgrade
1. Push pull lock upgrade: TXGA Mini I/O connector 2.0 breaks through the traditional push-pull structure, lengthens the slide track, expands the operating contact area, and realizes convenient unlocking for users. The operation time has been significantly reduced compared to 1.0, making it more suitable for applications with limited space or frequent plugging and unplugging.
2. Ergonomic design: The tail of the push-pull lock buckle is added with anti slip patterns, and the front end has obvious push-pull direction indicators, combined with the trapezoidal lifting slide design on both sides. Fit the curvature of the user's fingers, enhance the operating experience, and reduce the difficulty of unlocking and maintenance.
3、 Application industry
The application scenarios of TXGA Mini I/O connector 2.0 have expanded from industrial control to intelligent terminals, suitable for industries such as collaborative robots, medical equipment, new energy, industrial Internet of Things, motion and drive devices, PLCs, etc.
