High-speed industrial vision transmission solution: Basler boost CXP and extremely thin coaxial cable

With the development of machine vision, industrial inspection, and automation applications, there is an increasing demand for image transmission speed and stability. Basler boost series cameras adopt the CoaXPress (CXP 2.0) interface, which can achieve high-speed and large bandwidth data transmission over a single cable. In compact spaces or high flexibility wiring environments, extremely thin coaxial cables (micro coaxial cable) become an ideal choice, providing reliable guarantees for high-speed transmission.

---

Basler boost CXP camera features

The Basler boost series cameras are equipped with high-performance CMOS sensors, supporting high resolution and high-speed imaging. Through the CXP interface, high-speed data transmission can be achieved with a single cable, while also meeting the needs of long-distance transmission. This means higher detection efficiency, more reliable data collection, and an overall improvement in system performance in industrial production lines and automated detection.

---

The advantages of ultra-fine coaxial beam

Extremely thin coaxial cable bundles have small diameters and light weights while maintaining excellent signal integrity. They can save wiring space in devices with limited space and reduce the burden on moving parts. The superior flexible design allows the cables to withstand smaller bending radii, making them particularly suitable for dynamic drag chains or frequently moving mechanical structures, thus meeting the requirements of both high-speed transmission and high reliability applications.

---

Challenges and Solutions in Applications

Although ultra-fine coaxial cables have significant advantages, in practical applications, attention must be paid to impedance matching, transmission distance, durability, and electromagnetic interference. It is necessary to ensure a 75Ω impedance to avoid signal reflection and distortion; choose the length of the cable reasonably according to the bandwidth requirements to reduce attenuation; use bend-resistant and drag-chain-resistant models in dynamic environments to ensure long-term reliable operation; and increase shielding or grounding design when necessary to improve anti-interference performance, thereby ensuring the stability of high-speed image transmission.

---

The Basler boost CXP camera paired with an extremely thin coaxial cable provides an ideal transmission solution for high-speed, high-resolution industrial vision systems. By focusing on impedance, length, durability, and anti-interference details during the selection and design stages, the system performance can be fully utilized to achieve efficient, stable, and reliable image data transmission, providing strong support for automated production and robotic vision.

I am[Suzhou Huichengyuan Electronic Technology]Long-term focus on the design and customization of high-speed signal cable harnesses and ultra-fine coaxial cable harnesses. For customization or technical consultation, welcome to contactManager Zhang: 18913228573 (WeChat number same)。