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Advancing Scientific Innovation

Client:

Oxford Instruments

Project:

Apollo X-Ray Detection System

Goal:

Create a next-generation electronics platform to control advanced electron detectors and X-ray analysis systems while significantly improving data processing capabilities.

Man viewing x-ray

Results

95% reduction in experiment duration
More efficient use of researcher time and laboratory resources
Supports real-time data visualisation and interpretation
Enables seamless integration with existing laboratory systems
A step change in processing power
False-colour microscopy and spectral images

Challenge

Oxford Instruments needed to modernise their electron microscopy and X-ray analysis systems, moving from 16-bit microcontrollers and FireWire to a more powerful and flexible architecture. The solution needed to handle dramatically increased data rates while maintaining precision and reliability.
False-colour microscopy and spectral images
Electron microscope image of bacteria

Our Solution

We co-developed an electronics control platform with Oxford Instruments that:
Manages multiple X-ray detectors simultaneously
Processes over 1 million X-rays per second per channel
Controls four detectors from a single unit
Reduces scanning time from 11 hours to 30 minutes
Enables high-speed data acquisition
Features modular system architecture
Provides seamless integration with existing systems
Supports future expandability and updates
Industrial Innovation micron device

User Benefits

Experiment times cut from 11 hours to 30 minutes
Higher-resolution X-ray mapping
More detailed sample analysis
Improved research productivity
Real-time data visualisation
Enhanced experimental accuracy
Multiple detector support
Streamlined workflow

Technical Solution

The technical work included:

Custom Linux platform implementation
Advanced driver development for detector control
High-speed data acquisition system
Multi-channel processing architecture
Custom board support package
Real-time data analysis capabilities
Sophisticated signal processing
Integrated testing framework
Automated calibration systems
Scalable system architecture

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