We design an 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 a 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
What is the most efficient test engineering for you?
