Photo Gallery

  • RGB LED modules, a DC-DC power supply and momentary switches for a test array.
  • More tin-plated module panels.
  • Gold-plated panel of coin cell lithium battery holder modules!
  • A batch of Hexabitz prototypes arriving from the PCB FAB house! It's always fun to panelize the modules in the most efficient arrangement!
  • Modules assembled in a tripod shape.
  • array2
  • 8 RGB LED modules in a special arrangement to test inter-array communication.
  • Hexabitz modules offer lots of hooks and connection options for external debuggers and devices.
  • Hexabitz scalability makes it easy to assemble and control 37 modules or more!
  • The novel wired-mesh concept enables efficient and scalable communication between a large number of MCUs. DMA and serial communication tricks allow sub-microsecond synchronization across the array for critical applications.
  • The truncated icosahedron, a.k.a., a soccer ball, is a special spherical shape that can be constructed using Hexabitz modules. What cool projects would you use it for?
  • A micro-SD card module, a coin cell battery module and a momentary switch is all you need to build a cute little click logger!
  • Hexabitz modules are very social by nature! They are full of serial ports and GPIOs to connect them with external hardware.
  • A sneak-peak from the lab!
  • An array of 12 AC solid state relays and a DC-DC power module.
  • Completely rearranging an array of 12 AC relay modules into a different configuration takes less than five minutes!
  • 12 AC solid state relay modules and a 3.3V DC-DC power supply module are ready to be put in use.
  • AC relay modules controlling 120V AC LED lamps.
  • It's often useful to plan the array before soldering it by stacking modules in the final configuration and deciding how they should connect to each other.
  • An assembled array with Hexabitz-own take on Kelvin clamps! Use this clamp to temporarily connect with your modules without breaking a sweat.
  • Two mechanical limit switches, an optical limit switch and a magnetic switch coupled with a single Hexabitz micro-SD card module make a perfect data logger.
  • Each one of the array communication ports can be easily re-purposed to read buttons and switches of all types.
  • Few Hexabitz arrays of different shapes
  • Older-generation modules along with a US quarter dollar.
  • Module dimensions in Hexabitz standard implementation.
  • Automatic exploration of array modules and its topology is a feature that can be easily accessed through any module's Command Line Interface (CLI).
  • The awesome attendies at the 25th Hardware Developers Didactic Galactic-HDDG meetup in San Francisco, got a sneak peak of Hexabitz last December in the first public demo of the platform!
  • Hexabitz prototypes demoed at HDDG 25
  • A batch of Hexabitz prototypes arriving from the PCB FAB house! It's always fun to panelize the modules in the most efficient arrangement!
  • Hexabitz loves to Starbucks! You can spot it occasionally in coffee shops around Seattle. Small, tidy & beautiful, you won't be embarrassed by your hardware prototypes anymore!

Videos

High-level overview of Hexabitz platform showing modules and assembled arrays.

Learn in this video tutorial how to assemble, reconfigure and disassemble Hexabitz arrays.

How do you build a board with 12 AC relays in few minutes? Watch this tutorial project to learn about building large Hexabitz arrays step by step: from designing your array and soldering modules to “array exploration” feature and building the array topology. Single, multicast and broadcast CLI Commands are demoed as well. The best comes at the end! Watch how you completely reconfigure your board shape and layout in matter of minutes!

Watch this compilation of Hexabitz tutorial projects to:

– Learn about synchronous and asynchronous messaging, input buttons, and remote memory access using a five-module RGB LED array.

– Learn about logging multiple switches (mechanical, optical, magnetic) simultaneously to a single H1BR60 (micro SD card) module.

– Use a micro SD card (H1BR60) and a double-coin cell battery module (H04R10) to make a portable click logger.

– Explore the TRACE mode to visualize your routes throughout the array!

– Control various AC loads using AC solid state relay modules (H0FR6).

Dr. Asaad Kaadan, Hexabitz founder and CEO, shares his journey searching for the holy grail of modular electronics with attendees at the 25th Hardware Developers Didactic Galactic meetup in San Francisco, CA last December. Learn about Hexabitz story and what makes the platform so different from hardware platforms out there!

Contact Us

Have anything to ask? Send us any questions or comments and we will get back to you asap.

0