NXP Semiconductor Firmware Development Company

Adequate Infosoft is an experienced NXP semiconductor firmware development company specializing in end-to-end embedded systems and IoT software solutions. We provide advanced NXP MCU firmware development services for industrial automation, smart devices, IoT products, automotive electronics, and connected embedded systems.

We have extensive experience developing, programming and implementing NXP firmware across all these areas, embedded C/C++ development using Real-Time Operating Systems (RTOS), developing Bootloaders, customizing Board Support Packages (BSP), developing Peripheral Drivers, Over-the-air updates (OTA), and Developing secure communication protocols for NXP MCUs & Processors.

NXP i.MX RT Firmware & Hardware Development Services | NXP Expert

We also develop mobile applications for various platforms, desktop applications, cloud dashboards, and custom control systems to control or manage NXP hardware devices through Bluetooth, Wi-Fi, Zigbee, Thread, RS232, RS485, CAN Bus, Modbus, MQTT, USB and Ethernet communication protocols.

Use Adequate Infosoft to unlock the full potential of NXP i.MX RT crossover MCUs with our expertise in firmware and hardware development. As a recognized expert in creating embedded system solutions, we take advantage of the strong performance of the ARM Cortex-M7/M4 processor family.

We can transform a high-performance ARM Cortex-M7/M4 processor into a real-time product for your IoT devices, industrial automation systems, or edge AI solutions.

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Why Choose NXP i.MX RT for Your Next Project?

In the industry, the NXP i.MX RTO Series is the first crossover MCU that provides performance at a level close to what you would expect from an MPU; capable of operating at clock rates of up to 1GHz, while still providing the required real-time determinism that comes from being an MCU.

The i.MX RTO Series has been specifically designed for applications requiring high-performance cross-domain functionality, such as Industrial IoT, and have built-in features such as 2M of SRAM, Ethernet, CAN-FD, and MIPI-DSI, as well as several low-power operating modes to enable long battery life.

Adequate Infosoft utilizes the i.MX RT1050, i.MX RT1060, i.MX RT1170, and i.MX RT1180 variations of the i.MX RTO series of microprocessors to develop embedded solutions that are 10X faster than typical MCUs. In addition to designing custom PCBs and optimizing firmware for the i.MX RTO, we also work with our customers to integrate them into AWS and/or Azure Cloud Platform.

Our goal is not just to develop software rather provide a superior level of performance with the embedded solutions we deliver compared to those of our competitors.

NXP Semiconductor Boards & Platforms We Worked With

Adequate Infosoft has extensive experience working with a wide range of NXP Semiconductor microcontrollers, includes working with their microcontrollers (MCUs), processors, and development boards. These devices are designed for use in a variety of industrial automation, Internet of Things (IoT), automotive, healthcare, smart device, and Edge AI applications.

Popular NXP Boards & MCUs We Worked With
NXP IMX RT Series

The NXP IMX RT Series is used for real-time high-performance embedded systems, industrial human-machine interface (HMI) panels, AI-enabled edge devices, multimedia applications, and smart gateways.

NXP LPC Series

The NXP LPC Series is used in industrial controllers; data acquisition systems; smart sensors; low-power embedded devices with stable real-time firmware requirements.

NXP Kinetis Series

The NXP Kinetis Series provides complete connectivity solutions for IoT Devices, energy monitoring systems, wearables, Bluetooth Low Energy (BLE) communication, and smart home automation.

NXP S32 Automotive Platform

The NXP S32 Automotive Platform provides the building blocks for automotive electronics, CAN Bus communications, vehicle diagnostics systems, and intelligent transportation systems.

NXP Layerscape Processors

Layerscape processors are generally used in the networking industry, industrial gateways, secure communication devices, and edge computing installations.

NXP RW61x & Wireless MCUs

The NXP RW61X and wireless MCUs provide connectivity solutions for Wi-Fi, BLTE (Bluetooth Low Energy), Matter, Thread, and Zigbee for smart home and IoT Applications.

BLE-Enabled Sensorless BLDC Motor Control

Firmware Case Study: BLE-Enabled Sensorless BLDC Motor Control with Fault Recovery on NXP FRDM-MCXA153

Overview & Technology Platform

The purpose of this firmware project was to develop an automated fan solution that allows the user to control the speed of the fan wirelessly, and also has the ability to return automatically to the correct operating condition after being shut down by an unexpected power loss.

The initial hardware platform was the NXP FRDM-MCXA153 Development Board with the FRDM-MC-LVBLDC shield, the fan motor used is the Linix model 45ZWN24 and is a three-phase brushless direct current (DC) motor.

The major challenges associated with this project were how to eliminate the need for position sensors, thus reducing the total Bill of Material (BOM) costs, and how to create a mechanism that saves the operating state of the fan (MSST) when there is an unexpected power loss.

Core Technical Implementation (BLE & MSST)

The firmware utilized the MCUXpresso SDK and integrated two primary wireless and memory technologies:

Six-Step Commutation (BLDC)

The MCXA series PWM and ADC peripherals were configured for sensorless six-step control. The ADC reads the back-EMF of the floating winding to determine the rotor position, removing the need for Hall sensors.

BLE Connectivity

A Wireless UART profile was implemented using the board's Bluetooth Low Energy stack. An iOS/Android IoT Toolbox application sends ASCII command strings (e.g., "SPD=1500") to the target. The firmware parses these strings via the BleApp_ReceivedUartStream callback to update the PWM duty cycle registers.

MSST (State Save)

Leveraging NXP's low-power features, the firmware writes operational parameters (current RPM, cumulative runtime, and fault flags) to the MCU's Flash memory. On power restoration, the bootloader checks this location and automatically restores the previous state without external intervention.

Results and System Validation

Revamped firmware had less than a 50ms closed-loop motor speed response, BLE maintained a stable link out to 20m, stored checksums were consistently validated through 1000 power cycle tests with the MSST mechanism ensuring the recovery of the motor control application was successful.

Read one more NXP Semiconductor case study in detail.

NXP i.MX RT Complete Development Services

Are you looking for a firmware development company for your NXP i.MX RT project? If so, we are a complete development services provider:

Custom Hardware Design with i.MX RT
Schematic and PCB Layout

From heavily layered designs (i.e. multi-layer boards) to rugged, IP67 rated boards for use in an industrial environment such as a mining operation (using an i.MX RT1060 EVK as a design reference).

Peripheral Integration

High Speed USB, QuadSPI Flash, SDRAM and Sensor Fusion (IMU, Pressure Sensor, Encoder).

Power Optimization

Power Management between DC to DC converters for job site, ultra low power devices, operating temperature range -40°C - 105°C (i.e. industrial grade).

Firmware Development
Real time & Bare Metal

Our NXP MCUXpresso SDK with FreeRTOS or Zephyr dynamic (low latency) real-time tasks, including NXP's NMI Edge ML.

Bootloaders & Security

HABv4 Secure Boot – AES-256 – CAAM crypto accelerators.

Drivers & Middleware

LVGL GUI drivers, lwIP TCP/IP, FATFS (optimized for 600+ DMIPS).

Software Stack
HMI & Graphics

2D GPU acceleration on RT1170 for 1080p touch interfaces.

Cloud Connectivity

MQTT to AWS IoT Core, OTA updates via HTTPS.

Mobile/Web Apps

React.js dashboards + React Native for remote monitoring.

We deploy on popular boards like MIMXRT1060-EVK, RT1170-EVK, iMX RT1050 DEVKIT—customizing for your needs.

NXP i.MX RT in Real-World Products & Boards

People often Google boards and products using NXP i.MX RT—here's what we excel in:

Product/Board Key Features Our Custom Applications
MIMXRT1060-EVK 600MHz M7, 512MB RAM, Ethernet Factory HMIs, Motor Drives nxp
i.MX RT1170 EVK Dual-core M7/M4, GPU, MIPI Vision AI Gateways, Audio Processors
RT1180 Dev Board TSN Ethernet, EtherCAT Industrial PLCs, Robotics
Custom Shields LoRaWAN + Sensors Smart Agriculture, Asset Trackers
Automotive Kits CAN-FD, LIN EV Battery Monitors

From NXP i.MX RT motor control to i.MX RT crossover MCU projects, we've integrated into wearables, printers, and medical devices.

Hire NXP i.MX RT Firmware & Hardware Developer

Need a dedicated expert? Our developers average 8+ years in NXP ecosystem:

Skills

C/C++, Assembly, Yocto Linux, Git/Jenkins CI/CD.

Engagement Models

Hourly, Fixed-price, Dedicated teams (2-10 devs).

Hiring Process

48-hour kickoff, NDA signed weekly demos.

Industry-Specific NXP i.MX RT Solutions

We cover high-search terms like NXP i.MX RT for industrial automation:

IoT Gateways

RT1060 + WiFi/BLE for smart meters (95% power savings).

Motor Control

RT1170 with 3-phase PWM for 50kW drives, SIL3 certified.

HMI Panels

800x480 TFT + touch, running LVGL at 60fps.

Edge AI

TensorFlow Lite on M7 for anomaly detection in predictive maintenance.

Healthcare

RT1050 for portable ultrasound, FDA-compliant firmware.

Why Adequate Infosoft for NXP i.MX RT Services?

20+

20+ Projects

From smart locks to e-banking apps with i.MX RT cores.

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Tech Stack

NXP MCUXpresso, IAR, Segger J-Link, Azure/AWS integration.

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Certifications

Microsoft Partner, ISO 27001 for secure dev.

24/7

Global Delivery

24/7 support.

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ROI Focus

40% cost savings vs. in-house; 6-month go-live average.

What Our Clients Say About Us

Client satisfaction is our ultimate goal. Here are some kind words of our precious clients they have used to express their satisfaction with our service.

Leadership That Leads Worldwide

With a physical presence in over 15 countries and a global footprint spanning 25+ countries, we are ready to serve you anywhere. Location, language, or culture is never a barrier, because our global team can work with you in your language. Our strong international team ensures seamless collaboration across borders We have a strong tech team, highly recognized in their domains, with extensive technical expertise.

Why Choose Us ?

We endow businesses with flexible engagement models based on their unique needs. Our strength lies in state-of-the-art technology and affordable consulting services. Try us for fast POCs, full-fledged applications, or technology consulting. Always available for your service.