A Self-Driven Courier at Your Doorstep
A California startup manufacturing autonomous delivery robots partnered with Innodisk for a high-performance DRAM solution to meet their AIoT needs. The robots use sensors to gather and analyze environmental data in real time, making decisions as they interact with their surroundings. Innodisk provided industrial-grade, high-capacity memory that supported the robots' demanding computational workload in a compact, easy-to-integrate solution.
Industry | Retail & Logistics |
End-Use Scenario | Autonomous Delivery Robots |
Region | USA |
Innodisk Solution | DDR4 SODIMM DRAM Module |
Heavy workload
Real-time computing is heavy work and sufficient memory is essential.
Tough environmental conditions
Working outside can be tough on a robot and the components have to handle changing weather conditions, and shock and vibration.
Space constraints
Saving-space is key to reducing both weight and bulk size.
Innodisk provided high-performance memory that delivered the necessary capabilities to handle the robot’s onboard computation. Designed for industrial-grade applications, their DRAM is built to endure the challenges of edge environments. Additionally, the compact SODIMM form factor was the perfect fit for the robot, enabling it to save valuable space while ensuring optimal performance.
Marble is an exciting startup with big dreams. Their autonomous robots are the first step in their plans to offer widespread affordable, environmentally friendly and reliable delivery. They are passionate about using cutting-edge technology as an answer to the logistical challenges of our modern day society. In partnership with Innodisk, they have found memory and storage that fulfills the need of AI applications in IoT environments.
WHY INNODISK ?
At Innodisk, we believe that any challenge can be overcome through cooperation. By maintaining a strong line of communication all the way from inquiry to implementation, we ensure a tailor-made solution that fits your application. We remain committed to innovation with our continual focus on hardware, firmware, and software integration.
