Xtint Technologies
Power architectures
Battery-Powered Systems
- Ultra-low-power design and sleep/wake strategy
- Power budgeting across the full product lifetime
- Battery management and fuel-gauging
- Energy-aware firmware architecture
Mains-Powered Systems
- Isolation and EMI/EMC-aware design
- High-reliability, safety-rated power supplies
- Continuous-duty firmware and thermal management
- Fail-safe behavior under mains conditions
Firmware & software architectures
Bare-metal super loop
Firmware running directly on the core with no OS — deterministic, minimal-overhead control loops.
DSP
Real-time signal processing — filtering, transforms, and control algorithms tuned for the core's cycle budget.
RTOS-based systems
Task scheduling, interrupt design, and memory-constrained real-time firmware.
Embedded Linux
BSP bring-up, device drivers, and custom cross-compiled builds with U-Boot.
Full-stack integration
Firmware that talks cleanly to companion apps, cloud services, and control systems.
Engineering discipline
Every project runs under the same practices, whatever the platform.
Protocols, silicon & tooling
Decades of combined engineering across wireless and wired communication, silicon vendors, cores, and development environments.
Wireless protocols
Wired protocols
Microcontroller vendors
Word widths & cores
Development environments
Operating systems
Languages
CI/CD & test automation infrastructure
Hardware design tools
RF & compliance testing
Programmers, debuggers & simulation
Vendor-specific programmers and debuggers for each core we work with, plus simulation tooling for pre-silicon validation and custom cross-compiled Linux build systems.