Advanced Si & GaN Chip Design & Fabrication.
Made in India. Engineered for the World.
Incubated at
Nirmaan
IIT Madras
Deep Tech
SPAR Dynamics is a pioneering deep-tech startup incubated at the prestigious Indian Institute of Technology, Madras (Nirmaan). We are driven by the vision of self-reliance in the semiconductor space, crafting "Made in India" Si & GaN chips that power the next generation of robotics and educational tools. We are working on the next generation of microprocessors and SoCs that will power the educational sector with a focus on AI integrated robotics.
From Motor Drivers to RISC-V Architectures
We specialize in open-standard instruction set architectures (ISA). Our RISC-V designs are tailored for the research and education sectors, providing transparent, customizable, and efficient processing power for experimental setups and academic learning.
Precision control is the heart of robotics. SPAR Dynamics designs high-efficiency GaN based motor driver ICs that offer superior thermal management and current handling capabilities, essential for industrial automation and hobbyist robotics alike.
Contributing to the national semiconductor mission, we design and fabricate locally, reducing dependency on imports and fostering a robust domestic ecosystem for chip manufacturing.
Next-Gen Lithography
Next-generation wireless actuation. Zero configuration. Ultra-low latency hardware control right from your pocket.
Engineered for zero-lag performance over dual-protocol architectures. The SPAR Joystick app provides direct hardware mapping to give you clinical precision over your complex wheel dynamics, custom kinematic rigs, and advanced robotic configurations.
WiFi Control
BLE Tethering - Higher range
No custom wrappers required. SPAR Joystick features direct payload templates engineered for global standard silicon architectures alongside full native integration for upcoming indigenous hardware ecosystems.
Raspberry Pi
Pico WH
Espressif
ESP8266
Espressif
ESP32
Open Source
Arduino
Made In India
Microcontrollers
SPAR Custom
Motor Drivers
| Microcontroller / Board | Circuit Diagram | Wireless Module | Connectivity Mode | Motor Driver | Firmware Source |
|---|---|---|---|---|---|
|
Arduino Nano V3.0
ATmega328P
|
HM-10 Module | Bluetooth Only (BLE 4.0) | L298N Dual H-Bridge | Nano BLE Firmware | |
|
Arduino UNO R3
ATmega328P
|
HM-10 Module | Bluetooth Only (BLE 4.0) | L298N Dual H-Bridge | Uno BLE Firmware | |
|
Arduino UNO R4 Wifi
Renesas RA4M1 + ESP32S3
|
ESP32S3 | Wifi + Bluetooth (BLE 4.0) | L298N Dual H-Bridge | UNO R4 Wifi Firmware | |
|
ESP8266 NodeMCU
ESP-12E / V3
|
Integrated SoC | WiFi Only (AP / Station) | L298N Dual H-Bridge | ESP8266 Firmware | |
|
ESP32 DevKit
ESP-WROOM-32D
|
Integrated SoC | Wifi + Bluetooth (BLE 4.0) | L298N Dual H-Bridge | ESP32 Firmware | |
|
Raspberry Pi PICO-WH
RP2040 + CYW43439
|
CYW43439 | Wifi + Bluetooth (BLE 4.0) | L298N Dual H-Bridge | Pico-WH Firmware | |
|
ESP32C3
ESP32C3
|
Integrated SoC | Wifi + Bluetooth (BLE 4.0) | L298N Dual H-Bridge | ESP32C3 Firmware | |
|
ESP32S3
ESP32S3
|
Integrated SoC | Wifi + Bluetooth (BLE 4.0) | L298N Dual H-Bridge | ESP32S3 Firmware |
Our chips are designed to handle the complex actuation requirements of modern robots. From drones to industrial arms, SPAR Dynamics provides the logic and power handling capability required for precise motion control.
We are democratizing chip design for students. Our educational RISC-V kits allow universities and research labs to experiment with computer architecture at the silicon level, bridging the gap between theory and fabrication.
Aditya Rao, SPAR Dynamics, Center for Innovation,
IIT Madras, Chennai - 600036
