Blogs
Flexible MMCX Cable Assemblies Expand Wireless Connectivity Options
Amphenol RF expands its cable assembly offering with pre-configured MMCX solutions that combine flexible RG-316 cable with high-performance RF interconnect options.
RF Connectivity for Robotics: 6 Robotics Trends Driving the Future of RF Connectivity
Cameras, LiDAR, radar, antennas, sensors, processors and wireless modules all depend on reliable connections to transmit critical data. As robotic platforms become smaller and more sophisticated, engineers must support higher data rates, lower latency and greater connector density while accounting for vibration, continuous movement and demanding operating environments.
RF Interconnect Design for Smart Home Applications: 8 Trends Engineers Need To Know
Explore 8 smart home trends shaping RF interconnect design, from multi-protocol wireless and higher bandwidth to miniaturization, energy systems and robotics.
Humanoid Robots in the Warehouse: RF Infrastructure Behind Industrial Automation
Discover how humanoid robots are transforming warehouse automation through AI, sensor fusion and reliable RF connectivity. Learn why high-performance RF connectors and cable assemblies are essential for enabling real-time communication, low-latency data transmission and dependable operation in next-generation industrial robotics.
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How RF Technology Helps Power Modern Defense Drones
Defense drones have become an important part of modern military operations. They are used for surveillance, reconnaissance, intelligence gathering and protecting against hostile drone threats. Some drones monitor activity from long distances while others help support communication, detect threats or assist with electronic warfare operations.
Shaping the Public Safety Ecosystem with RF Connectivity
In public safety, the difference between a device that looks capable and one that actually earns trust often comes down to the RF connection that sits behind it. Public safety is about the hardware in the field, but also about creating dependable signal paths for the systems that help protect people, property and critical infrastructure.
The Critical Role of RF Connectivity in Next-Generation Automotive Design
ADAS and autonomous systems rely on fast, reliable radio frequency connectivity to make split-second decisions and keep vehicles operating safely. From high-frequency radar links to real-time vehicle-to-infrastructure communication, RF connectivity ensures sensors, processors, and communication systems stay in sync across every driving scenario.
Light E-Mobility and the Growing Role of RF Connectivity
Light Electric Discover how compact RF connectors, cable assemblies and antennas support tracking, fleet management and wireless communication in e-bikes, e-scooters and other light electric vehicles.(LEVs) such as e-bikes, e-scooters, and other compact, battery-powered modes of transportation are quickly becoming one of the fastest-growing segments in mobility.
Miniaturization Is Reshaping RF Connectivity for Smart Home Devices
As the world grows more connected, the demand for intelligent, wireless-enabled devices is expanding across nearly every environment — from homes and offices to retail spaces and industrial facilities.
Driving the Future: How Autonomous Technology is Transforming Industries
Explore how RF connectors, antennas and cable assemblies support autonomous robots, industrial vehicles, drones and connected devices by linking sensors, compute modules and wireless networks.
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