We design and build custom test systems and automation tools – from wafer probing to end-of-line testing and from process automation to optical alignment.
System Design including:
- Hardware: Circuit Design & Hardware PCB Layout
- Optics: Design lens systems & light paths
- Mechanics: Design & CAD
- Firm- & Software: FPGAs, Driver, API
- Automation: AOI, Active Alignment, P&P
Firmware
Firmware for Medical Device
- Detector State Machine
- Raw data acquisition
- Data pre processing
- Host communication
Proton Detector
Tracker for Proton Therapy
- 24k Stripes
- 1GS/s per Stripe
- 24 Tbps raw data acquisition
- Data pre processing in HW
X-Ray Detector
Spatially resolved spectroscopy
- GigE module
- Embedded control and readout
- Integrated HV supply
- Peltier cooling
Test Types
- Wafer & Frame test with probe cards
- Packaged ICs with test socket board
- Higher integrated devices with pogo pin or connector interfaces
Signal Integrity
- Reliable and repeatable contact quality
- Impedance controlled interfaces for high speed analog and digital signals
- Low leakage interfaces for low current measurements
Conditions
- Cleanroom class
- Temperature range
- Test application including light, magnetic field, pressure, etc.
Whether you need an early-stage feasability,
detailed design or a complete turnkey system:
we bring together optics, electronics,
mechanics and software to match
your specific needs.
Enabling Data Flow
FPGA Based System Architectures
We build scalable, high performance FPGA systems – for control, data acquisition and communication
Smart Control & Sensor Integration
- Real-time sensor communication
- Analog/digital circuit control
- ADC/DAC Interfacing
Fast Data & Memory Handling
- Reliable and repeatable contact quality
- Impedance controlled interfaces for high speed analog and digital signals
- Low leakage interfaces for low current measurements
Scalable Interfaces & Architectures
- Electrical & optical interfaces
- Single FPGA to 100+ synchronized systems
- Optimized cost-performance balance