Solution
A modular, invisible solution for any surface format
A unique electronic architecture combining performance, industrial flexibility, and total design freedom.
Any Size & Format, Just 2 Electronic SKUs
SCALABLE DESIGN WITH MINIMAL HARDWARE COMPLEXITY
It allows you to build a wide range of interactive surfaces using the same core technology.
GMS™
CONTROLLER BOARD
GMS™
SENSOR BOARD
Ready-Made & Custom Formats
Using this architecture, we support a range of standard concept sizes and formats.
60’’
(59,1’’)
Dimensions (W × H): 901 × 1201 mm
(35.46 × 47.28 in)
Controller board: x 1
Sensor boards: x 26
Ratio: 4:3
65’’
(64,6’’)
Dimensions (W × H): 1430 × 804 mm
(56.31 × 31.67 in)
Controller board: x 1
Sensor boards: x 27
Ratio: 16:9
75’’
(75,6’’)
Dimensions (W × H): 1675 × 942 mm
(65.89 × 37.06 in)
Controller board: x 1
Sensor boards: x 36
Ratio: 16:9
DESIGNED FOR MAXIMUM FLEXIBILITY AND SCALABILITY
Sensor pitch tuning (X/Y) enables precise format adaptation.
Orientation and ratio configurations
Fully custom surface sizes/ratio on demand
Firmware built for your setup
Each setup is optimized through firmware.
This ensures optimal performance regardless of the configuration.
Standard formats
Standard firmware
Custom formats
Custom firmware
Core electronic architecture
CONTROLLER BOARD SPECIFICATIONS
AMI Xperion7-107
Up to 550 MHz processing power
Cortex-M7 architecture
RAM: 565 Ko
SENSOR BOARD CHARACTERISTICS
AMI Xperion7-107
Up to 550 MHz processing power
Cortex-M7 architecture
RAM: 565 Ko
INDUSTRIAL-GRADE PCB DESIGN
ENIG surface finish
35 µm copper thickness
FR4 PCB material
2-layer board structure
White solder mask
PCB thickness: 1.6 mm
System architecture
All columns on the sensor board are interconnected, while each row is individually connected to the main board.
Low Power, High Performance
CONNECTIVITY OPTIONS
Communication Interfaces | Power option |
USB 1.1 or USB Full Speed | AC power or external battery |
Wireless 2.4GHz | AC power or external battery |
ULTRA-LOW POWER CONSUMPTION
Our technology is designed to be highly energy efficient.
Surface size | Dimensions (W x H) | Consumption (mA @5V) | Consumption (W) |
60" | 901 × 1201 mm | 498mA | 2.49W |
65" | 1430 × 804 mm | 512mA | 2.56W |
75’’ | 1675 × 942 mm | 642mA | 3.21W |
With an average power consumption of 551 mA @ 5V, the display could run for approximately 7 hours on a standard 5,000 mAh smartphone battery
FULLY COMPATIBLE WITH HID PROTOCOL, ENSURING SEAMLESS INTEGRATION WITH EXISTING SYSTEMS.
Engineered for Performance
3D Position accuracy
0.5mm
(Up to 1.5 mm)
Absolute positionning (no drift)
Range
Up to 20 cm
distance from the sensors
Report rate
Standard: 300Hz frame rate
(Up to 350 Hz)
3D orientation accuracy
Up to 0.5° with
0.1° resolution
Range on orientation
360°
detection range
Low latency
< 20 ms
latency
No Frame. No Limits.
FULLY EMBEDDED. NOTHING VISIBLE.
Sleek and modern product designs
Seamless user experiences
Greater freedom for industrial designer
Surface
Compatibility
PLASTIC
GLASS
ALUMINUM
HPL, MDF, ...
Based on magnetostatics, the sensing layer adapts to many surface types, as long as they are non-ferromagnetic.
Designed for Industrial Efficiency
ADAPT YOUR PRODUCT AT THE LAST MOMENT
Our architecture enables postponed differentiation: the final surface format is defined only when production is launched.
This approach allows you to:
Reduce inventory costs
Minimize storage footprint
Increase operational agility
FLEXIBLE SUPPLY CHAIN MANAGEMENT
Sensor boards and controller boards can be ordered independently.
This provides greater flexibility in sourcing, production planning, and inventory management.
Pricing
To access our pricing, please first complete the form below to receive our NDA (Non-Disclosure Agreement). Once signed, kindly send it back to [email protected]. Upon receipt, you will receive full details of our pricing.