Our design and development services can enhance its performance and reliability.
Microcontroller Firmware
Our microcontroller firmware services include firmware development, optimization, and debugging for smooth operation and functionality. We specialize in a wide range of microcontroller platforms to meet your diverse requirements.
Microprocessor Firmware / Kernel / Bootloader
End-to-end solutions for microprocessor firmware, comprising kernel development, bootloader configuration, and firmware optimization. Our experts cover various microprocessor architectures, providing ideal compatibility and performance.
Device Driver Development
Our device driver development services fall in a range from driver design and implementation, to testing of integration of hardware components with software systems. We optimize drivers for efficiency and reliability, enhancing system performance.
Digital Signal Processor Firmware / Kernel / Bootloader
We excel in digital signal processor firmware development, including kernel customization, and bootloader configuration. Our DSP firmware solutions are personalized to meet high-performance computing requirements, guaranteeing optimal signal processing capabilities.
SoMs, SoCs, and SBCs Firmware / Drivers / Kernel
Our services extend to System on Modules (SoMs), Systems (SoCs), and Single Board Computers (SBCs), covering firmware development, driver integration, and kernel customization. We optimize firmware and drivers for easy and smooth operation across these platforms.
Power Management and Efficiency Optimization
Focused on power management strategies and efficiency optimization techniques that maximize performance while minimizing power consumption. Our solutions include dynamic power management, sleep modes optimization, and energy-efficient algorithms.
Delivering a product isn’t our finish line. We guide you to the breakthrough that really changes the game. Our embedded systems bring finely-tuned technical power that’s dependable, upgradable, and built to outlive hype cycles. Whatever field you’re in, our focus is to design solutions that give you the edge, so you can take tomorrow’s market with the help of a custom embedded solutions company.
Automotives
Agritechnics
Electronics
Automation
Aerosystems
Logistics AI
Transport AI
Audio System
Power Drives
Healthcare
Embedded Designer assists businesses in crafting connected processes, products, and infrastructure with comprehensive design and development services.
Broad Platform expertise
Our extensive experience across various platforms guarantees that we’ll provide compatibility for your diverse embedded systems.
Holistic Solutions
We deal with all aspects of firmware development, including drivers, kernels, and bootloaders providing a solution that caters to every design.
Personalized Approach
Tailoring our services to your requirements, considering every detail of your needs whether it’s about application, performance goals, and hardware constraints.
Prioritizing
Efficiency and reliability are our top priorities in firmware design, improving upon code for better speed, responsiveness, and stability.
At Embedded Designer, we specialize in delivering high quality, reliable solutions for Design and Development. With a team of over 100+ experienced professionals, we’ve built a solid track record of success, delighting hundreds of clients along the way.
Reviews from Our Valued Clients
// FAQs
Have a Questions?
An MCU is designed for specific control-oriented applications and MPU are used in complex computing tasks where higher processing power and flexibility are needed, and lastly SoC System is designed for high integration and performance efficiency.
SoC is a highly integrated chip that includes a CPU, memory, and other peripherals all on a single chip. SoCs are designed for high-performance applications with stringent power and requirement for space. While Microcontroller or MCU is a simpler, more specialized chip that combines a processor, memory, and peripherals, used for control-oriented tasks in embedded systems with relatively less power and processing requirements.
DSP (Digital Signal Processor) is a specialized processor designed for high-speed numerical processing. It is integrated in MCU to handle complex mathematical operations efficiently resulting in enhancement of MCU's ability to process audio, video, and other real-time data.
SoCs stand for "System on Chips." This term refers to highly integrated circuits that combine all the components of a computer into a single silicon chip.
SoCs are generally better for applications requiring high integration, low power consumption, and space efficiency. In comparison, FPGAs do offer flexibility but consume more power and space. However, FPGAs are great for applications requiring reconfigurability and customization.
A Glimpse Into What We’ve Built for Businesses Like Yours
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