Design Challenges in Connected Control Systems

As climate control and monitoring systems become more connected, engineers must balance power delivery, signal integrity, and mechanical reliability—often in harsh or space-constrained environments. Choosing the right connector architecture early can help avoid performance and integration issues later in the design cycle

1. Designing an HMI or display? Explore FPC / FFC solutions

2. Need internal power distribution? Learn more about SignalBee / EnerBee

3. Connecting multiple PCBs? View FunctionMAX® board-to-board options

4. Linking sensors and actuators? See I/O connector solutions

5. Using removable memory or storage? Discover DM / KP Series

6. Adding wireless connectivity? Review FL Series connectors

Not seeing your design question here? Talk to our team >

Why USB-C is Ready for Industrial Design?

USB-C is no longer just for consumer tech. With ruggedized options supporting up to 240W power, 20 Gbps speeds, and IP-rated sealing, Hirose’s USB-C connectors are meeting the demands of today’s industrial, medical, and automotive-grade designs.

See how engineers are rethinking I/O across robotics, diagnostics, and factory automation.

Read the Blog >

Design Smarter. Connect Faster. 

Popular Connector Solutions for Smart, Connected Systems

Find application-focused resources to help guide connector selection for common commercial climate control and cooling systems:

View HVAC Connector Resources > Connector solutions for indoor and outdoor HVAC equipment, including control boards, sensor interfaces, power distribution, and communication modules.

Explore Chiller Design Resources > Recommended connectors for chillers and cooling units, supporting reliable power and signal connections in high-duty-cycle environments.

See Thermostat Design Resources > Connector options for compact control interfaces, displays, and communication modules used in smart thermostats and system controllers.

View Cold Storage Container Resources > Rugged connector solutions for mobile cooling equipment, designed to withstand vibration, temperature extremes, and frequent maintenance cycles.