Harwin Unveils Robust Board-to-Board Connectors

The upcoming exhibition will showcase Harwin's cutting-edge board-to-board connectors that are tailored to meet stringent size, weight, and reliability requirements, all while supporting high data rates and being compatible with high-speed automated manufacturing processes.

One of the standout technologies from Harwin that will be featured at the event is the Kontrol series of 1.27-mm pitch PCB connectors, renowned for their durability and high performance in industrial settings. Additionally, attendees can look forward to exploring the newly introduced Flecto range of fine-pitch, high-pin-count floating connectors.

The Kontrol family of connectors is known for its flexibility, ruggedness, and space-saving design, making them ideal for a wide range of industrial applications, from factory automation systems to handheld devices. On the other hand, the Flecto connectors have been meticulously crafted to meet the data and power transfer needs of high-performance applications, all while ensuring the precise positional tolerance required for high-speed automated assembly of PCBs with multiple connector pairs.

According to Jessica Knight, the Vice President of Sales for Harwin in the Americas, "Microcontrollers, microprocessors, memory, and software are typically the focus when developing embedded systems. However, it's crucial not to overlook the importance of connectors in transferring system data and power, as they significantly impact the functionality, performance, size, weight, and reliability of the end application."

At the Embedded World North America event, Harwin aims to showcase its extensive product portfolio that assists engineers in meeting the demanding criteria of advanced embedded designs. In addition to the Kontrol and Flecto connectors, visitors can expect to see a diverse array of robust and reliable connector technologies tailored for applications spanning submarines, satellites, industrial automation, uncrewed vehicles, medical equipment, and automotive electronics.