• Machine vision and embedded cameras. Reliable uncompressed video transmission through interfaces like Camera Link or USB 3.0, even in environments with vibration or motion. The compact form factor allows direct integration into drones, robotics, or mobile industrial platforms.
• Onboard communications in defense or aerospace applications. High-speed connectivity between mission-critical modules in UAVs, satellites, or ISR systems, offering vibration resistance and compliance with military standards.
• Portable medical electronics. Diagnostic instrumentation, sensors, or smart probes that require reliable connections, small size, and durability under repeated use. The HS2 enables compact design, while the HS3 ensures medical-grade data transmission without degradation.
• Embedded systems and data acquisition. Data transport via digital buses such as PCIe or Ethernet, with no loss or interference—even in highly integrated designs.
• Edge computing and distributed intelligence. Compact connectors capable of maintaining signal integrity in decentralized architectures, where processors and sensors are distributed and exposed to harsh environmental conditions.

The manufacturers represented by RC Microelectrónica offer products that are already integrated into critical applications and perfectly adapted to new technological requirements:

• Bluewavetel: High-performance antennas for unmanned aerial vehicles (UAVs), unmanned underwater vehicles (UUVs), secure satellite communications, GNSS systems with advanced interference protection, as well as RADAR solutions and custom RF modules for complex tactical environments. These antennas are designed to maximize gain and directivity while maintaining high mechanical and environmental durability.
• RFHIC: Advanced Gallium Nitride (GaN) technology applied to solid-state power amplifiers (SSPAs) and transmit/receive (T/R) modules. These devices are essential in modern RADAR systems and electronic warfare, delivering high efficiency, output power, and thermal reliability in applications that demand rapid and robust response under extreme conditions.
• Omnetics Connector Corporation: Precision micro and nano connectors developed for applications requiring high interconnection density, mechanical strength, and durability under extreme conditions of temperature, vibration, and shock. Their design ensures electrical and mechanical integrity in critical platforms where space and weight are limited.
• Vishay: A broad catalog of passive components, including MLCC capacitors specially designed for RF, precision resistors, and high-reliability inductors. These components are essential in mission-critical electronic architectures, ensuring stability, low noise, and durability in electromagnetically complex environments.
• RF Immunity: Advanced electromagnetic compatibility (EMC) solutions, including filtered connectors, EMI/RFI filtering modules, and transient spike protection. These solutions safeguard the operational integrity of sensitive electronic equipment, ensuring continuous and reliable performance in critical systems.
• Schlegel Electronic Materials (SEM): Technical materials for EMI/RFI shielding, including gaskets, tapes, and elastomers with conductive properties, as well as thermal management systems designed for compact platforms with high electronic density, enabling efficient heat dissipation and protection against electromagnetic interference.
• LS Materials: Next-generation ultracapacitors characterized by ultra-fast response, high power density, and extended service life. These devices are ideal for energy backup, cold starts, and peak power applications, contributing to the energy autonomy of both mobile and stationary systems.