
MiMax is a patent-holding authority specializing in video phase-locking and compression technologies. The company aims to disrupt the autonomous driving vehicle market with innovative anti-collision technology for drones, trains, cars, and ships. By leveraging common video hardware components like GPUs and FPGAs, MiMax achieves greater efficiencies and lower costs. Their technology is applicable across various sectors, including industrial control, transportation, defense, and gaming, enhancing display sharing and improving self-driving accuracy. With a strong focus on rapid data processing and movement detection, MiMax is positioned to revolutionize how users identify data differences and matches in real-time environments.

MiMax is a patent-holding authority specializing in video phase-locking and compression technologies. The company aims to disrupt the autonomous driving vehicle market with innovative anti-collision technology for drones, trains, cars, and ships. By leveraging common video hardware components like GPUs and FPGAs, MiMax achieves greater efficiencies and lower costs. Their technology is applicable across various sectors, including industrial control, transportation, defense, and gaming, enhancing display sharing and improving self-driving accuracy. With a strong focus on rapid data processing and movement detection, MiMax is positioned to revolutionize how users identify data differences and matches in real-time environments.
Headquarters: Kirkland, Washington, USA
Tech focus: Video phase-locking, lossless video compression, GPU/FPGA-based acceleration
Applications: Drones, autonomous vehicles, trains, ships, industrial control, defense, gaming
Team size (approx.): 28 employees
Patents: Multiple patents (includes US Pat. No. 11,884,312-B2)
Real-time video processing and compression for autonomous systems, display sharing, and rapid difference/match detection in streaming environments.
Computer vision / Autonomous systems / Embedded video processing
50000.00
Listed as last funding event; public profiles obfuscate detailed funding history