AccelBand

FreeRTOS
C++
Analog Design
Digital Design
PCB Prototyping
RF
Power Management
Analog Front End
Low Power
Wireless Power Transfer
Multi-layer Design
Manufacturing
Systems Engineering
Bluetooth
Monthly Contract
The AccelBand project involved the design and development of a leg-worn transcutaneous neuromodulation device aimed at treating neurogenic bowel dysfunction in individuals with spinal cord injury. Our engineering team was responsible for creating both the hardware and embedded software solutions, including designing the stimulation, impedance measurement, and calibration circuits. On the software side, we developed an event-driven architecture using FreeRTOS and C++, ensuring the system was scalable and highly reliable. The platform is built on the nRF52832 SoC, demonstrating our expertise in delivering complex, integrated hardware and software solutions.
FreeRTOS
C++
Analog Design
Digital Design
PCB Prototyping
RF
Power Management
Analog Front End
Low Power
Wireless Power Transfer
Multi-layer Design
Manufacturing
Systems Engineering
Bluetooth
Monthly Contract
AccelBand
01
About the Client
02
About the Problem
03
Working Methodology
04
The Solution
05
The Results