Firmware

Firmware as we know is a crucial part of any embedded system for ensuring the logical event progression and it can prove to be a very effective aid to enhance the overall functionality of any electronic device. It is typically used to enhance the performance or optimize the power consumption of a system. We offer custom firmware development to companies who are looking to extract maximum functionality from their hardware platforms. With senior engineers who have more than three decades years of deep experience in the embedded industry, developing firmware with all the requisite features would be a walk in the park for our team. We have the right set of skills, abundant knowledge and an unerring mindset to tackle all the problems during the firmware development cycle. Techtenet offers high-level and low-level firmware development for a wide variety of embedded systems and a lot of it actually depends on the requirement and use case. Our firmware development team is familiar with microcontrollers from TI, Microchip, Nordic, NXP, Renesas, Xilinx, ST, Quectel, LoRa, u-blox, Expressif and any others. 

Our Firmware Development Process

At Techtenet, we follow a meticulous firmware development process to ensure that our solutions meet the highest standards of quality and performance. Our process includes:

1. Requirement Analysis: We work closely with our clients to understand their specific needs and technical requirements.
2. Design and Architecture: Our team designs a robust architecture that serves as the foundation for reliable and scalable firmware.
3. Development: Using industry-standard tools and programming languages, we develop firmware that is efficient and secure.
4. Testing and Validation: Rigorous testing ensures that our firmware performs optimally under all conditions.
5. Deployment and Support: We provide comprehensive deployment services and ongoing support to ensure seamless integration and operation. 

• Overall firmware design and development for the system
• 8, 16 and 32-bit MCU programming (from 8-bit PIC to 32-bit ARM Cortex devices)
• RTOS programming (FreeRTOS, MQX etc.)
• Sensor and power management
• Feature enhancements and performance optimizations for existing systems
• Firmware porting across various architectures
• Testing