Look how wonderful work we have done!
📌 RF & Microwave Portfolio
NextEraWave | Precision RF & Microwave Solutions
Our RF & Microwave Design Expertise
- High-performance amplifiers, filters, mixers, oscillators, and power dividers for wireless systems.
- Design and development of waveguides, antennas, and transmission lines for precise signal management.
- Customized designs for 5G, Wi-Fi, satellite communication, and IoT.
- High-quality designs with minimized signal loss and optimized power distribution.
- Complete system-level design and integration for high-frequency applications.
- Utilizing CST, HFSS, ADS for simulation and optimization.
- Field testing, lab measurement, and performance analysis for real-world results.
📌 PCB Design Portfolio
📌 Frequency Range: 3.5 GHz to 4.2 GHz
📌 Technology: 5G NR, Antenna Arrays, Low-Noise Amplifiers
📌 Industry: Telecommunications
📌 Design Highlights:
✔ High-efficiency power amplifiers for 5G signal amplification
✔ Antenna array design for beamforming and MIMO
✔ Compliance with FCC and ETSI standards for 5G deployment
📌 Frequency Range: 24 GHz to 77 GHz
📌 Technology: Radar Sensors, FMCW Radar
📌 Industry: Automotive (ADAS)
📌 Design Highlights:
✔ High-frequency radar signal generation and processing for collision avoidance
✔ Microwave filter design for noise reduction and signal clarity
✔ Robust performance in harsh automotive environments
📌 Frequency Range: 10 GHz to 12 GHz
📌 Technology: Low-Noise Amplifiers, Power Control
📌 Industry: Aerospace & Satellite Communications
📌 Design Highlights:
✔ Ultra-low noise design for high-sensitivity satellite communication
✔ High gain and low distortion for stable signal reception
✔ Designed for extreme conditions in space technology
📌 Frequency Range: 2.4 GHz ISM Band
📌 Technology: Bluetooth, Zigbee, Wi-Fi
📌 Industry: IoT & Smart Devices
📌 Design Highlights:
✔ Miniaturized RF front-end module for wearable IoT applications
✔ Integration of filters, amplifiers, and mixers into a single compact solution
✔ Designed for low power consumption and high data throughput
