
Second-generation modular base board with USB-C input, battery and solar charging, isolated GNSS slot and dynamic power switching for IoT projects.


Break out STM32WLE5CC pins and prototype LoRaWAN A/B/C or P2P networks with slots for add-on modules, battery, solar and on-board charging.

Add precise satellite positioning to your WisBlock IoT projects with this compact WisBlock GPS/GNSS Module. Built on the Quectel L76K chipset, it provides multi-constellation support and ultra-low power consumption.

Securely link LoRa modules to external antennas with iPEX MHF-1 to RP-SMA/SMA RF coaxial cables for stable signal reception.

High-sensitivity GNSS module delivers ±2.5 m accuracy and 10 Hz updates across GPS, GLONASS, QZSS and BeiDou for low-power IoT trackers.

Single-channel WisBlock relay switches up to 250 VAC/10 A for control of motors, lights and conveyors in IoT projects.

Modular IP65 outdoor IoT enclosure with integrated solar panel and mounts, offering spacious internals and brass inserts for custom sensor setups.

Compact DC–DC converter transforms 5–24 V DC into stable WisBlock power with integrated lithium battery charging for industrial IoT applications.

Modular power board offers USB-C, battery and solar charging to flash and test firmware in WisBlock projects.

A transparent acrylic enclosure offers open, stackable PCB protection in a 105×75×30 mm design. Perfect for benchtop prototyping with the WisBlock ecosystem.

Break out WisBlock Core signals to four 8-pin headers for dual I2C, UART, SPI, six GPIOs and ADC, enabling seamless external peripheral connections.


Modular base board with two IO and six sensor slots, GPIO pads and flexible power via USB-C, batteries or solar for compact IoT prototyping.


SSD1680 2.13″ e-paper panel renders black, white or red images reflectively. Bi-stable architecture and ultra-low power suit IoT and maker builds.

PoE module uses Silver Ag99005MT to supply 5V/9W from IEEE802.3af-compliant and featuring short-circuit and thermal protection for WisBlock projects.


Build DIY customised off-grid LoRa mesh networks with high-gain rubber antennas and Nordic nRF52840 cores for reliable kilometre-range connectivity.

Modular IoT prototyping board handles MCU and sensor modules via plug-and-play slots, supports USB, LiPo or solar power and is optimised for low-power use.
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