The evolution of 5G technology is driving a shift in the Internet of Things (IoT) toward lightweight, cost-effective solutions. 5G Reduced Capability (RedCap) technology simplifies terminal design, significantly lowering the deployment cost of 5G devices. By reducing the complexity and functionality of 5G terminals, RedCap enables affordable solutions for IoT applications that require moderate data rates, low power consumption, and wide coverage. This makes it ideal for industrial sensors, wearable devices, smart meters, and similar use cases. Epson's FA1612AS, FA2016AS, and FC2012AN crystal units, with their high performance and innovative design, serve as reliable clock sources for RedCap devices, supporting the intelligent transformation of various industries.
Advantages of Epson's Crystal Units in 5G RedCap Applications
Ultra-Low Power Consumption
RedCap terminals are often deployed in scenarios requiring long-term operation, such as environmental monitoring sensors or health-tracking wearables. The FC2012AN features an ultra-low equivalent series resistance (ESR) design, with an ESR value of just 35 k¦¸ at room temperature and stable at 60 k¦¸ or less across a -40¡ãC to 105¡ãC range. This reduces signal transmission losses and, when combined with RedCap's extended discontinuous reception (eDRX) mechanism, can reduce device wake-up time by up to 50%, optimizing energy efficiency and extending battery life. The FA1612AS and FA2016AS also incorporate low-power architectures, providing sustained performance for demanding battery-life requirements.
High Precision and Stability
5G networks demand low latency (under 10 ms) and high reliability, particularly in industrial automation and chemical plant environments where devices must maintain precise synchronization under vibration or high temperatures. The FC2012AN achieves a frequency stability of ¡À10 ppm, ensuring consistent clock signal output across a -40¡ãC to 105¡ãC range. Its shock-resistant and high-temperature-tolerant design makes it suitable for integration into automated guided vehicle (AGV) controllers, smart meters, and other equipment in smart manufacturing. The FA1612AS and FA2016AS, with optimized packaging processes, offer comparable industrial-grade durability, supporting emerging applications like connected vehicles and low-altitude devices.
Miniaturized Design
The lightweight trend in RedCap devices places stringent demands on component size. The FC2012AN uses a compact 2.0¡Á1.6 mm package, while the FA1612AS and FA2016AS are similarly space-efficient, enabling easy integration into space-constrained IoT terminals like miniature sensors or portable medical devices. This design not only saves layout space but also allows for greater flexibility in expanding device functionality.
Versatile Solutions for Diverse Needs
Epson's three crystal units address a wide range of requirements:
- FC2012AN: Features ultra-low ESR and wide-temperature stability, ideal for demanding industrial applications.
- FA1612AS and FA2016AS: Balance performance and cost, suitable for consumer and mid-range industrial devices.
Together, these units provide comprehensive solutions for applications ranging from consumer electronics to advanced manufacturing, enabling efficient deployment of high-performance, cost-effective RedCap terminals.
