Hirose Industrial & Humanoid Robot Connector Solutions for Smart Factory IoT Innovation
Hirose delivers advanced connector solutions that power Smart Factory IoT, industrial automation, and next-generation humanoid robotics. From high-speed data transmission to compact, high-reliability interconnects for robotic joints and control systems, Hirose enables smarter, more connected manufacturing ecosystems.
-
Protocol Compatibility: Hirose's High-speed industrial connectors are engineered to support diverse communication protocols. Protocols like Modbus, Ethernet/IP, Profibus, Profinet, OPC-UA, EtherCAT, FANUC FOCAS, IO-Link, and CAN bus to enable efficient data exchange and connectivity.
-
Signal Integrity & EMI: Smaller IoT devices impact SI & EMI in many ways. Designers must adopt advanced PCB layout strategies, use high-performance connectors, and employ innovative shielding solutions. Hirose High-density and mezzanine connectors are effective in maintaining SI and minimizing EMI.
-
Miniaturization & Heat Challenges: Shrinking of IoT devices worsens heat issues, with increased component density concentrating heat in smaller areas. This results in hotspots and higher overall temperatures, which can compromise device performance. Hirose connectors are designed to mitigate this.
-
Harsh Environments: Industrial facilities and equipment must contend with signal interference (noise), severe operating conditions with dust, moisture, extreme temperatures, shock, vibration, and other challenges. Hirose has connectors that are designed and tested to perform in these conditions.
-
Humanoid Robot-Ready Connectivity: Ultra-compact, lightweight connectors support high-speed signal and power transmission in robotic joints, actuators, vision systems, and embedded control modules.
-
High Flex & Vibration Performance: Designed for continuous motion environments, Hirose connectors provide secure mating, high durability, and reliable performance in articulated robotic limbs and dynamic automation systems.
contact us
English
Chinese
Italiano
Portuguese
Deutschland
French
Russian
Japanese
Turkish
Korean
Spanish
Enabling Smarter Industrial Product Designs
