Embedded Software development
Cellular - Communication - IoT - Real-Time - Linux
MicroCode specializes in project implementation from concept to completion.
Working behind the scenes for high-tech companies.
Wireless Communication Systems
Wireless Communication - 5G Cellular
Years of software development on wireless systems - from initial development (chip and system) of WiMAX, to AeroMACS (airports standard) and private networks (CBRS), to the contemporary cellular 5G.Cellular 5G - Open-standard radio unit development O-RAN. No longer one center with one antenna, but a single center with hundreds of antennas scattered around the city and connected by fiber optics.Developing at this level requires years of experience in software and the ability to operate in perfect harmony with the best teams. This is a multi-year project, and in the heart of the effort, the software is the backbone that leads the entire development.
"Good things come in small packages"
Micro Processors
Whether it's a System-on-Module (SOM) or a system with separate components (Discrete), the software is the main component.We are the first to bring-up the hardware, provide the application and bring a clean and reliable infrastructure that is not dependent on the hardware (!)We take full responsibility for the entire software, from primary specifications and methodology to final application. Bringing life and intelligence to the project.We work alongside hardware engineers, communicate effectively and bridge the gap between the fields. Together, we are a complementary team that diagnoses problems both in hardware and software, and ensures a quick and smooth development cycle.
Real-Time Programming
Real-time programming is a specialized expertise reserved for a select few. It involves creating deterministic programs that must execute at a precise time, every time.Unlike a standard task-driven system, real-time code is interrupt-driven and demands the precise management of multiple DMAs, interrupts, and timers. It often uses multi-core processors for parallelism and a math co-processor for high-speed computation.Due to the nature of this work, the visibility into the system is very low, making development and debugging incredibly challenging.Our Solution: The Simulation SkeletonWe overcome these challenges with our proprietary simulation skeleton. This unique framework allows all code to be written, tested, and verified on a Windows simulation environment before deployment on the embedded processor. We simulate various data inputs, enabling single-step debugging of functions and simultaneous execution across all cores.
An example of our work is a system that processes 1 GSa/s (billion per sec) of A/D samples, performs complex mathematical operations, and produces a verified output signal with flawless precision.This level of performance requires the kind of specialized skills and experience we bring to every project.
Web Access & GUI
Optic Modem
Ev Charger
Remote access is no longer a feature, it's a requirement.Prioritizing the User Interface early in the development cycle shifts the focus toward customer usage.We provide these multi-platform technologies:
| Interface | Description |
|---|---|
| Desktop Application | A high-performance, full-featured .NET C# application that runs natively on both Windows and Linux. This application is more than just a GUI; it is the comprehensive control hub managing complex communication channels like TCP, USB, and Wi-Fi. It often serves as the stationary control center for an array of remote embedded devices. |
| Web | The embedded product gains full Web Server capabilities, allowing any standard browser to become the control panel. We specialize in building dynamic pages that provide real-time, live-updating views and control. |
| Command-Line (CLI) | A powerful, scriptable option for advanced users and automated environments. |
Linux
Linux is the best thing that can happen to an embedded system.
It boosts a device's capabilities many times over, turning it into a powerful computer.While its vast ecosystem gives you everything you need, it comes with a cost:
it requires skilled adaptation.We are masters of this adaptation, handling the complexities of hardware, libraries, and the kernel itself. We don't just use Linux; we build it from the source code.Our unique approach allows us to run Linux applications on a Windows environment, treating Linux as a powerful runtime, not just a development environment.The final result is a versatile device that is ready to be used by anyone, built with the power and flexibility that only a true embedded expert can deliver.
Software Maturity
At the core of our service is meticulous software design.
We don't just write code; we engineer solutions that are robust, scalable, and easy to maintain.We build our solutions using Object-Oriented Programming (OOP) in C++ and C#, a methodology that ensures a solid foundation for the project. This approach leads to a smooth development process, with a high degree of predictability and a clear path for future growth.What truly sets our work apart is the clarity of our code. We take immense pride in writing visually clean and well-documented code with consistent naming conventions.Any developer can open a file from our project and confidently understand its function, ensuring a transparent and maintainable solution for years to come.
Our Services
We go far beyond traditional outsourcing,
we embed ourselves directly into your daily DevOps workflow.We foster a fruitful collaboration and are always ready to take the lead.
About Us
Founded in 2005 and incorporated as an LTD in 2011,
Microcode works behind the scenes for Israel's leading high-tech companies.We provide crucial support to both major corporations and startups,
helping to accelerate new projects from concept to completion.We are located at Modiin city, Israel.
O-RAN
The 5G Radio Unit is more advanced than a full 4G base station. It can be used indoors to create a private network for applications like industrial automation.Data is transferred as 10 Gbps IQ samples. This signal passes through a Linux system, over a PCI bus, to an SDR modem, and finally to the Radio Unit. This complex transfer chain involves a massive amount of software.Our extensive software development efforts have produced a robust, end-to-end solution. Key areas of focus include:Radio and Motherboard Development:
We developed and integrated drivers for radio and motherboard components, including bare-metal and Linux drivers for chips like DDR, PCI, I2C, and Ethernet. We also created testing utilities to ensure seamless integration and functionality.O-RAN Application: We built a core O-RAN application that manages traffic flow from Ethernet to the modem and RF. This includes decoding and encoding the eCPRI protocol and extracting PTP timing. The application provides a user-friendly, Cisco-like CLI for management.Netconf and Software Management: We integrated the standard Netconf protocol to manage hundreds of system parameters over the network. Our team also designed a comprehensive software update system that creates download packages, manages multiple firmware images on eMMC, and provides a "back to factory default" recovery option.Modem and OS Integration: We integrated a third-party C source code for the modem, which primarily handles Fast Fourier Transforms (FFT), into a dedicated ALU. The main processor runs a customized version of Debian, where we’ve added our own kernel and driver modifications. We also provide real-time support using FreeRTOS on an external CPU.
MicroProcessors
We have completed numerous projects over the years, using a wide range of chip vendors. Our experience is built on these foundational technologies, including:
| Type | Example |
|---|---|
| Processors | ARM, Tensillica, Nxp e200 |
| Small CPU | Texas Instruments Tiva, STM32, Nxp Kinetis |
| Large CPU | Texas Instruments Sitara, Nxp LS/LX cores |
| Free OS | TI-RTOS, NXP-MQX, FreeRTOS, Linux |
| SBC | BeagelBone, RaspberryPI, Nxp LS1046A-RDB |
You can boost your project with a powerful real-time inexpensive ARM processor. For as little as $10, you can get a processor with a complete, royalty-free software stack, including a real-time OS, networking, USB, and more. We can turn this affordability into a competitive advantage for your project.We recently completed a major project using the NXP Layerscape LS1046A. This powerful processor, with its hardware-accelerated support for 10G traffic and IP routing, was the foundation for our custom Linux-based system.
New Projects
We handle complete project delivery from start to finish. Think of us as your on-demand development team .With our deep experience in the full software development lifecycle, we manage everything from gathering requirements and writing documentation to conducting feasibility studies, building simulations, and creating testing tools.Our role typically fits one of these scenarios:
| Type | Situation |
|---|---|
| 1 | You have a new concept but lack the team to build it. |
| 2 | You need to show a working concept model in a very short period of time. |
| 3 | Your team is focused on a current project, and you need a new, parallel project delivered quickly. |
| 4 | You find outsourcing to be more cost-effective than training and hiring full-time employees. |
| 5 | Your existing team needs to accelerate development with proven leadership and expertise. |
From initial requirements to final completion, we take full responsibility and lead the entire process.
Project Enhancement
Need a temporary boost for your project? We're here to help.Whether you're facing an unexpected staff shortage, a tight deadline, or a new requirement, we can quickly integrate into your daily workflow.Our ramp-up time is swift, and we become fully productive fast. We understand development culture and communicate effectively with team members.You get the benefit of our experience without changing your team's existing hierarchy or task assignments.Here are few exaples:
| Title | Content |
|---|---|
| Software Upgrade | Implemented a secure software upgrade process via network or USB, with support for signed packages and multiple image partitions (backup, current, and default). |
| Model-View-Controller (MVC) | Completely redesigned the display system using an MVC architecture, resulting in a cleaner, more robust, and easier-to-maintain user interface. |
| System Redundancy | Developed a high-availability solution that allows for seamless, non-disruptive failover to a backup system. |
| Precise Time Protocol (PTP) | Developed a custom servo algorithm to achieve nanosecond-level accuracy for PTP synchronization. |
| Production Tools | Developed production tools for board-level testing and programming of default images. |
| Microsoft Visual Studio | Introduced Visual Studio as the primary development environment for editing, compiling, and debugging. This also provided a unified platform for simulation and project management. |
Technology Integration
Adopting new software technology is more complex than it appears.Whether a package is open-source or purchased, it's always in its own development phase and rarely works as expected. A lot of time is often wasted chasing phantom issues and false behaviors.Once you commit to a package, there's no turning back —you have to see it through, no matter the obstacles. Failure at this stage can put the entire project at risk.We are accustomed to this process and have extensive experience with large-scale packages. We quickly master the technology and communicate effectively with its creators.We don't just import and verify the software; we also integrate it into your existing infrastructure so it feels like it was always there .Some of our imports include:
| Technology | Description |
|---|---|
| Linux Kernel Upgrade | We replaced the Linux kernel, ensuring all other system components remained unchanged. |
| Real-Time OS | Embed a real-time operating system (RTOS) like FreeRTOS or MQX into a secondary on-board CPU, creating a more mature and robust software structure. |
| OpenSSL Migration | Replaced the OpenSSL package and adapted all peripheral code to support new cryptographic ciphers. |
| NETCONF Management | Imported a complete NETCONF-based management system into the product using Netopeer. Netconf replaces the older SNMP, both created by IETF. |
| Chip Provisioning | We prepare and bring programmable chips into service by downloading their firmware at runtime and verifying their operation. Examples include power management, clock, and Ethernet PHY chips. |
| Cisco-Style CLI | Gave the product a familiar user interface with a Cisco-like command-line menu. |
Empower with SBC
Single-board computers (SBCs) are perfect for prototyping and low-volume projects. They let you start with a working project from day one.
Even though SBCs are fully functional, significant embedded software work remains.
| Activity | Details |
|---|---|
| 💻 Manage project assets | Prepare the software environment: get all sources, customizing build scripts, centralizing sources on a Git repository. |
| 🔍 Hardware and Driver Analysis | Study the SBC's technical documentation. Focus on essential drivers as I2C, SPI, PCI. |
| ⚡ Flashing | Simplifying the process of flashing the OS and firmware onto the board's storage (e.g., eMMC or SD card). |
| ✅ Quality and Testing | Execute a comprehensive suite of test utilities to validate the platform's functionality. |
| ⚙️ Application Development | Create the primary application software optimized for the SBC's resources, including its CPU, memory, and power consumption. |
In a recent project, we integrated an industrial BeagleBone into a medical CT device. Our customer quickly rebranded their device and brought a competitive product to market.
Software Leadership
Team performance and code quality can degrade over time.We provide expert software leadership to counter this, implementing proven methodologies and best practices to your development process. Our approach is guided by the principle that great software is simple. We help your developers focus on building reusable components, rather than just building a final application.We identify your team's strengths and weaknesses, providing the leadership needed to reinforce software integrity and strengthen the group.We emphasize the importance of clean code delivery. An error injected at this stage can cost 100 times more to fix than one caught during development.We bring the science of software management to your team. This simplifies your work, reduces errors, and makes the entire development process faster and more efficient.
Board Bring-up