MIKROE Hits 2000th Milestone, Cementing Its Modular Grip on IoT Design

BELGRADE, Serbia – July 15, 2026 – In an industry where development cycles are often measured in months or years, Serbian embedded solutions company MIKROE has just crossed a threshold that speaks volumes about its unique operational velocity. The launch of its 2000th Click board™, the RTC 27 Click, is more than a product release; it's a testament to a strategy of relentless standardization and rapid innovation that is quietly reshaping how electronic devices are created. Developed in partnership with semiconductor giant NXP, this tiny add-on board, designed for ultra-low-power timekeeping, encapsulates the very trends driving the multi-billion dollar embedded systems market: speed, efficiency, and modularity.

For the executive investor, MIKROE’s milestone is a critical data point. It signals the maturation of an ecosystem built not on a single killer application, but on providing the thousands of building blocks necessary for others to innovate. The company's relentless pace and the deep industry adoption of its core standard suggest a durable competitive advantage in a market projected to exceed $212 billion by 2034.

The Unrelenting Pace of Innovation

MIKROE's core claim to fame is its astonishing product development cadence, pledging to launch “one new Click board nearly every day.” The release of the 2000th board substantiates this bold claim. This strategy, envisioned by founder and CEO Neb Matic, is designed to create the world's most comprehensive portfolio of modular hardware peripherals. This vast library of off-the-shelf solutions allows engineers to sidestep the time-consuming and costly process of custom printed circuit board (PCB) design during the critical prototyping phase.

“This large product range enables embedded designers to address a huge number of applications quickly and simply,” explains Aleksandar Mitrovic, Click boards Product Marketing Manager at MIKROE. He notes that this approach is far more “cost-effective when compared to the price of bespoke design tools that are limited to products from one company.” This philosophy has allowed MIKROE to build a catalog that internal sources claim is ten times larger than its nearest competitors.

This rapid expansion is not happening in a vacuum. The global embedded systems market is surging, driven by the proliferation of AI, edge computing, and the Internet of Things (IoT). MIKROE’s strategy directly addresses the core challenge of this boom: how to accelerate development to meet market demand. By providing a plug-and-play solution for nearly any function—from sensors and connectivity to displays and motor control—the company effectively lowers the barrier to entry for hardware innovation, enabling startups and established corporations alike to move faster.

The Power of a Standard: How mikroBUS Won Over the Industry

At the heart of MIKROE's success is a deceptively simple innovation from 15 years ago: the mikroBUS™ standard. When Neb Matic asked, "What is the minimum number of pins that can cover the greatest number of peripherals?", the answer was a 16-pin socket arranged in two rows of eight. This standard pinout for SPI, I2C, UART, and other common interfaces became the universal docking port for all Click boards.

What began as an internal standard has become a quiet revolution in hardware development. Over 100 leading microcontroller companies—including industry titans like NXP, STMicroelectronics, Renesas, Microchip, and Analog Devices—have adopted the mikroBUS socket on their own development boards. This widespread adoption is the ultimate validation of the standard's utility. It has created a truly MCU-agnostic ecosystem, allowing a developer to use the same MIKROE Click board on an STMicroelectronics STM32, an NXP LPC, or a Microchip PIC microcontroller with minimal friction. This interoperability is a powerful moat; the more companies that adopt the standard, the more valuable the ecosystem becomes for everyone.

This standardization directly translates into reduced development time and risk. An engineer can evaluate a new sensor or wireless module in minutes, not weeks. The ecosystem is further enhanced by features like ClickID, which allows a host system to automatically identify the connected board, simplifying software configuration and making the platform accessible even to less experienced developers. While other ecosystems like Arduino excel in the hobbyist and educational space, MIKROE's focus on a robust, standardized hardware interface has given it significant traction in professional and industrial prototyping.

A Strategic Alliance Powering Ultra-Low-Power Devices

The 2000th Click board is a microcosm of this successful strategy. The RTC 27 Click is built around the PCF8525, a nano-power real-time clock (RTC) from NXP. Its selection is deliberate, targeting one of the most critical needs in modern electronics: power efficiency. Consuming a mere 64 nanoamps in timekeeping mode, the chip is ideal for battery-powered devices like wearables, portable medical instruments, and remote IoT sensors where every microamp of current is precious.

The partnership with NXP is symbiotic. For NXP, it provides an immediate, accessible platform to get its latest silicon into the hands of thousands of engineers. As Alejandro Kelly, a technical marketing manager at NXP, notes, the collaboration ensures NXP's components are supported in MIKROE’s development environment, which “saves design time and cost by standardizing development tools, and ensures we can reach more people.”

For MIKROE, the partnership lends the credibility of a top-tier semiconductor manufacturer and ensures its Click board portfolio remains on the cutting edge of technology. The RTC 27 Click doesn't just tell time; it provides a suite of features essential for modern embedded systems, including programmable alarms, a watchdog timer for system reliability, and timestamping capabilities—all crucial for data logging and event tracking in IoT applications.

From Prototype to Product: Translating Speed into Market Advantage

The ultimate value of the MIKROE ecosystem lies in its ability to shorten the path from an idea to a marketable product. The combination of standardized hardware (Click boards), unified software libraries (mikroSDK), and a powerful integrated development environment (NECTO Studio) creates a seamless workflow. One engineer familiar with the platform noted that developers can integrate complex peripherals like RFID readers or cellular modems into a project in minutes, a task that would otherwise require significant hardware and software engineering effort.

This acceleration is a powerful economic driver. It allows companies to test more ideas, iterate faster, and reduce R&D expenditure. Because MIKROE does not require a license to integrate its boards into a final commercial product, the path from a prototype built with Click boards to a small-scale production run is remarkably direct. For companies creating minimum viable products (MVPs) or specialized industrial equipment, this can mean the difference between capturing a market opportunity and missing it entirely.

By building an expansive, standardized, and easy-to-use ecosystem, MIKROE has done more than just sell 2000 different kinds of circuit boards; it has created a platform that fundamentally changes the economics of hardware development.