The emergence of technologies like Artificial Intelligence and the Internet of Things are rapidly changing how people work, travel and live. Smart devices have proliferated through society, providing people and technology with real-time data transmission. Digital supply chains are incorporating sensors, machine learning and detailed analytics to improve processes, reduce costs, minimize risks and ensure on-time delivery. Vehicles are now data centers on wheels as connected cars strive to provide a more comfortable, safer, quieter, and increasingly autonomous driving experience. Drone technology is enabling smart agriculture, increasing reach and improving efficiency in ways not possible with conventional methods. And today’s smart homes connect lights, appliances, cameras and more with electronic assistants that provide immediate accessibility to the homeowner.
All of this relies on the widespread adoption of 5G infrastructure to provide the high performance, low-latency networks necessary to support growing mobile data traffic. For design engineers, incorporating 5G compatibility is often easier said than done. Achieving optimal performance poses an array of unique challenges and can be an engineer’s paradox. Pack more components into a smaller footprint without generating electromagnetic interference (EMI.) Increase power requirements without producing more heat. Add functionality while shortening design cycles. Even 5G’s millimeter wavelength (mmWave) frequencies have a tradeoff: higher data speeds but at reduced effective range.
Molex’s innovative interconnect solutions and global engineering expertise enable customers to avoid compromise. As a trusted, industry-leading supplier that understands the unique dynamics of 5G technology from the base station to the end device, we help manufacturers meet tomorrow’s demands without sacrificing quality, reliability, performance, or efficiency.
