10_0_qhhtzb6_3
528 results for "10_0_qhhtzb6_3"
Ghoost Board
A fully custom 100% mechanical keyboard with a custom black PCB, hot-swap clicky switches, and full RGB where every internal component is hand soldered and nothing is by assemble.
ghost lite tx
Boost gamepad control of ROS robots to kilometer ranges and 100% reliability. Throw away all your nano dongles :)
ghost lite tx conn
Boost gamepad control of ROS robots to kilometer ranges and 100% reliability. Throw away all your nano dongles :)
ghost rx
Boost gamepad control of ROS robots to kilometer ranges and 100% reliability. Throw away all your nano dongles :)
the secret weapon
Your goal is simple: help build the largest collaborative PCB alongside 100 other highschoolers!
BCR Breakout
Adapter to get 5vdc from the BCR port on TRS-80 Model 100 and similar computers, and provide it on a standard usb port.
Controller Board
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
Core Module
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
Core Module Intel
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
Programmer Board
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.