Engineering Capabilities
What We Do
Scramble UA designs and develops high-performance RF and embedded electronic systems across a wide frequency range.
Our core focus includes:
We support projects from concept to production, including system integration and production setup, combining RF engineering, hardware design, and software development into integrated solutions.
Our core focus includes:
- Broadband RF power amplifiers
- Frequency converters and signal conditioning modules
- Custom wireless communication systems
- Embedded RF platforms and IoT devices
We support projects from concept to production, including system integration and production setup, combining RF engineering, hardware design, and software development into integrated solutions.
Core Capabilities
RF & Microwave Engineering
- Broadband RF system design (10 MHz to 14 GHz laboratory capability)
- RF power amplifier design (high efficiency, high linearity, GaN-based systems)
- Mixers, frequency converters, and signal shifting systems
- Passive RF design:
- Filters (including filter banks)
- Splitters / combiners
- Diplexers
- Equalizers
- Low-noise amplifiers (including NF optimization and measurement)
- RF protection and measurement circuits:
- Power detectors
- Limiters
Embedded Hardware
- Full-cycle PCB development:
- Schematic design
- High-speed and RF layout
- Power electronics and measurement subsystems
- Embedded platforms for RF systems and IoT devices
Firmware, FPGA & Software
- Embedded firmware development (STM, TI, and similar platforms)
- FPGA design and integration
- Signal processing and data analysis:
- Recognition
- Clustering
- Real-time processing
Measurement & Prototyping
- RF measurements and validation (including automated test setups)
- Hardware prototyping and verification
- Lab-based development across RF and embedded systems
Wireless & System Solutions
- Custom radio systems with extended range and frequency flexibility
- LoRa, Wi-Fi, and proprietary RF solutions
- Systems designed for operation in complex electromagnetic environments
Production & Industrialization Support
- Engineering support for transitioning from prototype to production
- Setup and optimization of assembly and production processes
- Support in system-level integration, including products combining multiple modules
- Design for manufacturability (DFM) and production readiness
- Participation in pilot builds and production ramp-up
Engineering Approach
- Deep in-house RF and hardware expertise
- Focus on real, production-ready designs
- Tight integration of RF, embedded hardware, firmware, and algorithms
- Rapid transition from prototype to scalable product