Optical Data Transfer
ODT
High speed optical data transfer powered by microLEDs
ODT leverages the ultra-fast switching speed of QubeDot microLEDs to enable high-frequency optical data transmission.
Because each microLED can switch up to 500 MHz frequencies, optical data rates significantly exceed conventional light sources, while maintaining extremely low energy consumption.
Efficient. Compact. High bandwidth.
With QubeDot
500 MHz switching per pixel.
Parallel optical channels possible.
Low energy microLED transmission.
Compact, integrated system.
The problem
Single optical sources limiting bandwidth.
High energy consumption per transmitted bit.
Key Specifications
Ultra-Fast Switching
Up to 500 MHz per pixel → Enables high-frequency modulation.
Low Energy Consumption
microLEDs require significantly less power than conventional LEDs.
Parallel Optical Channels
Use multi-pixel arrays for multiplexed communication.
System Integration Ready
USB-controlled starter platform or custom electronics integration possible.
650 g. Aluminium housing. USB-C powered. Built to go wherever your samples are.
High-performance µLED illumination. 800 × 800 µm² field of view. This is what portable analysis looks like.
Technical details
Light Source
Individually controllable microLED array
Modulation
Up to 500 MHz range
Pixel Size
Down to 5 µm
Energy Efficiency
Extremely low per-pixel power
Integration
USB or custom driver electronics
Our LEDs find space in the tiniest of places, they can be packed as closely or as densely as possible.
All our products and displays are fully configurable, dimensions, pixel layout, and symbology are tuned to your application. For full specifications download datasheet.
SPC
Sedimented Particle Counter
Need facility-wide cleanroom monitoring, but more efficient?