World-class manufacturing

Product Design

Custom Firmware
Development Services

Our skilled engineering team excels in low-level programming for embedded systems, enabling high-performance applications on diverse hardware. We adhere to top industry standards for connectivity, reliability, and performance. Plus, we provide firmware development for multiple architectures like ARM, RISC-V, x86, and MIPS.

image of firmware development

Our Firmware Development Expertise

Our firmware development service includes fully customized board support, application-specific operations programming and
development of protocol component to interact with the device hardware. We also perform optimization of firmware memory architecture to fit in the memory constraints of the chipset. We have expertise in:

Image of Firmware development services

Firmware Development

We work with high-level firmware and low-level firmware (ROM, OTP/PROM, & PLA structures), along with subsystems to power various embedded systems and programming components for all kinds of embedded devices.

Firmware Integrations

Our high-quality firmware integrations are compatible with microprocessors &
hardware from companies like ARM, Qualcomm, NVIDIA, Intel, Altera Design Services Network, Freescale, Marvell, NXP, RHOBH, and Texas Instruments.

Firmware Programming

We perform post-silicon validations, including chip bring-up, memory architecture optimization, and built-in/power-on self-tests (BIST/POST), along with BSP layer programming for board bring-up, boot loaders, and device drivers.

Let's Start A New Project Today

Firmware Development Services

Board Support Package

As part of our IoT Firmware Development Service, we offer a complete board support service, including commissioning and testing of the hardware prototype. We ensure that all board components are working properly and are connected properly. This involves performing extensive hardware testing to ensure optimal operation.

Network Connectivity

We offer network connectivity for the IoT device. This enables the interaction of the device with a mobile application or the outside world through options such as BLE, Bluetooth, Wi-Fi, 4G/LTE or LoRaWAN, depending on the specific requirements. We implement connectivity methods such as Bluetooth, LAN/WiFi, 4G/LTE, Zigbee or Dash to ensure a secure connection of the IoT device to the internet.

Power Management

We build device drivers used in the IoT product to drive peripherals, including actuators and sensors. Development of drivers for different IoT actuators and sensors Development of drivers for board peripherals, including LEDs, buzzers, buttons, external timer, piezo and ADC

Device Drivers

We build device drivers used in the IoT product to drive peripherals, including actuators and sensors. Development of drivers for different IoT actuators and sensors Development of drivers for board peripherals, including LEDs, buzzers, buttons, external timer, piezo and ADC

Embedded Firmware Development

We provide embedded firmware development services that include low-level firmware, high-level firmware and subsystems to power embedded systems. Firmware integrations are compatible with hardware and microprocessors from companies, including NVIDIA, Qualcomm, Intel, ARM and many more.

Migration of Legacy
Firmware

Being a custom firmware development company, we also help you migrate your firmware from one MCU vendor to another. Re-layout the PCB design when required and make it portable.

Need Other Services

At Jaycon, we’re your all-in-one solution. From cutting-edge product design and rapid prototyping to precision injection molding and circuit board manufacturing, we’ve got you covered. Explore our comprehensive suite of services to turn your ideas into reality.

Graphic for Product Design

Product
Design

Graphic for circuit board

Circuit Board
(PCB)

3d printing Jaycon new

Prototyping

graphic for injection molding

Injection
Molding

Technologies

At Jaycon, our firmware development technology stack includes a wide range of options. We offer firmware development solutions in languages such as C, C++ and Python. In addition, we provide support for RTOS-based firmware development using systems such as ThreadX, Zephyr, among others.

For microcontrollers, we work with a variety of industry-leading suppliers. In addition to STMicroelectronics components, we also have experience using microcontrollers from vendors such as Texas Instruments, NXP Semiconductors, Silicon Labs, Nordic Semiconductor and Espressif Systems.

This allows us to adapt to the specific needs of your project and use the most suitable microcontrollers to achieve your goals. Our team of firmware development experts is trained to take full advantage of the features and functionalities of these market-leading suppliers.

Image of logos for firmware programming

Our Approach to Firmware Development

Analysis firmware development icon

Analysis

We analyze your hardware solution to choose an appropriate firmware architecture pattern, eliminate OS overheads, and meet latency and power consumption requirements.

development firmware development

Development

When building firmware, we take into account various economic and technological factors that may affect the cost of deploying, maintaining, and extending your technology solution in the long run.

testing firmware development icon

Testing

Our firmware development company provides an array of quality assurance services. Before our code makes it to production, we make sure that it’s clean and secure. For this, we test both firmware and low-level software. We also apply PCB assembly testing and signal integrity analysis.

Frequently Asked Questions

These frequently asked questions can help better understand Jaycon’s expertise, processes, and approach to confidentiality.

Firmware development is the process of creating software that is embedded within electronic devices and hardware. It provides instructions for the device to perform specific functions, controlling hardware components and enabling the device to operate as intended.

Common programming languages for firmware development include C and C++. These languages are well-suited for systems programming and offer low-level control over hardware components, making them ideal for firmware development.

 Firmware is software that is permanently stored in a hardware device, while software is typically installed and run on a computer or mobile device. Firmware is responsible for low-level hardware control, and software runs on top of the operating system to perform various tasks.

Explore Related Resources

10 Starter Projects for the Raspberry Pi AI Kit

Discover 10 innovative projects for hackers using the new Raspberry Pi AI Kit. Enhance…

Key Benefits of Implementing Digital Twins in Your Business

Discover the key benefits of digital twins in business, from predictive maintenance to supply…

The Importance of Secure IoT Connectivity

Ensure secure IoT connectivity to protect data and devices. Learn about risks, best practices,…

Newsletter

Subscribe to The Hardware Post Newsletter

From engineering insights to manufacturing know-how, The Hardware Post is
your guide to unlocking the potential of hardware creation.