Embedded System in a nutshell
Hands-on help with code, debugging, testing and performance
Consultation, design and prototyping, board bring up"Embedded software" is a set of code instructions for non-PC devices – either as part of a microcontroller or as part of another application that sits on top of the chip – to control specific functions of the embedded system / device. Unlike software applications which can be installed on a variety of computers and different operating systems, embedded solutions have fixed hardware requirements and capabilities and are created exclusively for the particular device that it runs on, with processing and memory restrictions tied directly to that device’s specifications.
From PCB design, Drivers, Board Support Packages to replatforming, Linux development, connectivity, and IoT.
Hands-on help with code, debugging, testing and performanceConsultation, design and prototyping, board bring up
We can help with bare metal code, bootloaders, OS kernel programming to get your hardware working according to the specified requirements. We provide deep expertise in working with different hardware and CPU architectures including ARM, X86, PowerPC, AVR, PIC
Our team can create a Board Support Package / OS Kernel package for your hardware to communicate with Embedded Linux, Android, Buildroot - based operating system or RTOS. We are also very experienced in driver development and optimization for connecting your hardware with peripheral modules and external devices.
Our experienced team has accomplished multiple migrations between different platforms. Legacy technologies and unsuccessful products require a lot of investment and can make your product too complicated to maintain and improve. Our main services would include Migration to Linux, Android, iOS, helping with containerization and moving your solution to Yocto platform.
Software testing is a rigorous process that can be time consuming and requires certain technical skills and knowledge. Our team can help with manual and automated testing in both on-target or on-host modes. In both scenarios we use the most advanced testing techniques, tools, and frameworks like Vector Software, KlocWork, Parasoft DTP, Hitex to name a few.
Thanks to our large, global teams of 800+ people, we are not just experienced firmware development professionals, but our company has an extensive background in “traditional” backend and frontend technologies, mobile apps, cloud services, as well as IoT. We can integrate your embedded system into existing enterprise IT landscape using APIs, or by building a mobile, desktop, web, or cloud application as a complete end-to-end development project.
Experienced not only with Embedded Software, but also with traditional web and cloud-based apps, mobile, desktop, as well as IoT solutions. We can handle the end-to-end delivery and problem solving, and define the best scenario for your solution.
We can help build a high-performing, scalable, and robust Graphical User Interface utilizing the most modern GUI technologies, including Linux-based frameworks like Qt, TotalCross, LVGL, uGFX, uGFX, GUIslice, GuiLite, or platform-independent Tcl/Tk, ReactJS Widgets, and web applications in AngularJS.
Should you have an issue with leaking memory, performance, or security of your product, our experts would gladly take the case and analyze your solution from hardware design, platform and low level code to the APIs and integrations.
Our team can help you at any stage of your project's development process. From reference board selection, breadboard prototyping, board bring up and PoC. We can create a testing infrastructure, help you pick the right Reference Board or Evaluation Kit with all the needed peripherals and connected infrastructure, build a prototype, create a board support package for the needed Operating System (OS), and create or customize drivers and apps.
NXP (i.MX*), Texas Instruments (OMAP 4/5, AM335X), NVidia (Tegra), Samsung (S3Cxxxx), Marvell, QUALCOMM (Snapdragon), M0, M3 and others
8-bit MCUs, 16-bit MCUs/DSCs, 32-bit MCUs, MPUs, by AVR and PIC
NXP (ex-FreeScale), AMCC (ex-IBM), IBM
Intel, AMD
ESP32, ESP8266
High-Tech 
Consumer Electronics
Healthcare
Network Equipment
Data Storages
Scientific Equipment
Development Boards and Kits
Wearables
Home Appliances
Manufacturing and Industry 4.0
Motion Sensors
Video Recognition
Image Recognition
RoboticsWe help companies across all industries bring their embedded software solutions to life. Get started today with a free, no‑obligation quote.
Process management and ongoing improvement are the core priorities of an embedded software development company. Therefore, we pay utmost attention to aspects of our work such as:
Doing business with SaM Solutions means speaking the same language with like-minded professionals offering strong technical expertise, ingenuity and innovative approaches to solving your business needs.
The world is becoming increasingly reliant on embedded systems for everything from consumers operating their smart homes, to enterprises deploying IoT-enabled predictive maintenance solutions. The top five technological trends that will have an immediate, major impact on the embedded systems industry include the increased adoption of edge computing, artificial intelligence, machine learning, and IoT technologies, as well as the spread of 5G connectivity.
The modern embedded system has numerous quality characteristics that must be met in order to be efficiently and successfully deployed. Performance, security, usability, and reliability are some of the main priorities in the systems development process. From the technological standpoint - systems require a processing unit, a supply of power, memory, and I/O ports for communication to/between peripherals.
As the industry continues to advance, its impact will be felt through nearly all industries - especially consumer electronics, transportation, telecom, manufacturing, and healthcare. With the world, and business, becoming more tech-centric and interconnected than ever, embedded systems will continue to play a major role in the adoption and innovation of emerging technologies.
Firmware is a specific type of software typically programmed on dedicated memory chips, existing in the space between hardware and software. Embedded software is programmed for a very specific purpose on an embedded device, within the context of a bigger electronic system or machine.
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Please, do not hesitate to share any of your ideas or demands with us. Clear-cut project requirements, a rough concept of a future software product, or any other concern - we will help you address it.
