1. Plug In
Connect a single USB-C cable. The board appears as a composite USB device ā debug probe, logic analyser, serial terminal, and mass-storage drive ā all using built-in OS drivers. No software to install.
Development boards with built-in debugging, logic analysis, and power monitoring. Plug in one USB cable and see exactly what your firmware is doing ā no external tools, no driver installs, no guesswork.
Explore Products For EducatorsEvery embedded developer has asked the same questions: "Is this pin doing anything?", "Did the chip actually program?", "Why does this work on one board but not another?" ā Traditional boards leave you guessing. Zolex boards give you answers.
8-channel, 10 MHz capture. See SPI, IĀ²C, and UART transactions in real time ā right from the board. No external analyser needed.
CMSIS-DAP over USB HID ā works with OpenOCD, VS Code, and every major IDE. Zero drivers, zero Zadig, zero friction.
Bipolar LEDs show HIGH, LOW, and Hi-Z at a glance. See your GPIO state without touching an oscilloscope.
Correlate current draw with code execution. Find sleep bugs and optimise battery life ā all through the same USB cable.
Drop a .uf2, .hex, or .bin file onto the USB drive. The board programs itself ā micro:bit style, on every OS.
On-board RTC & EEPROM give you a guaranteed-working IĀ²C target. Your first peripheral project just works ā watch every byte on the analyser.
From your first blink to production bring-up, Zolex has you covered.
Every Zolex board carries a dedicated co-processor ā the Warden ā that watches your target MCU without interfering. One USB cable does everything.
Connect a single USB-C cable. The board appears as a composite USB device ā debug probe, logic analyser, serial terminal, and mass-storage drive ā all using built-in OS drivers. No software to install.
Use your favourite IDE ā Arduino, PlatformIO, STM32CubeIDE, VS Code, or even a plain text editor. The Warden supports standard CMSIS-DAP, so every toolchain works out of the box.
Launch the Zolex Workbench (portable .exe, runs from the board itself) to see live waveforms, GPIO state, power traces, and protocol decodes. Or use PulseView ā we're SUMP-compatible.
Teach real debugging methodology ā not just syntax. Students see every IĀ²C byte, every power spike, every GPIO toggle. The HyperBoard carries the whole dev environment on the board itself.
Learn more āArduino-compatible learning without the mystery. Built-in tools teach you how protocols actually work. No expensive external kit required ā everything is on the board.
Accelerate bring-up with known-good protocol slaves, integrated logic analysis, and power profiling. Platform-agnostic ā works with STM32, ESP32, PY32, RP2040, and more.
Driverless USB means customer onboarding is plug-and-play. Integrate the Warden architecture into your own custom boards, or use ours as a reference design.
One board replaces a debug probe, a logic analyser, a peripheral breakout, and a driver installation headache.
| Feature | Zolex Super-Board | J-Link EDU | ST-Link V3 | Saleae Logic 8 |
|---|---|---|---|---|
| Debug Probe (CMSIS-DAP) | ā | ā | ā | ā |
| Logic Analyser (8-ch) | ā 10 MHz | ā | ā | ā 25 MHz |
| LED Dashboard | ā | ā | ā | ā |
| Smart Peripherals | ā RTC/EEPROM | ā | ā | ā |
| Power Profiling | ā | ā | ā | ā |
| Driverless (Windows) | ā | Zadig | ā | Drivers |
| Approx. Price | Ā£18ā25 | Ā£50 | Ā£25 | Ā£170+ |
Join the embedded developers who've stopped guessing and started seeing.
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