In today's fast-paced world, safeguarding your invaluable data is paramount. That's why our product development strategy emphasizes cybersecurity, for both hardware and software advancements. We are actively investing in software to enable the most up-to-date operating systems, setting your lab up to successfully meet future compliance needs. In partnership with our customers, we continue to evolve our solutions to support your operational and compliance needs.
Germanium detectors are excellent for high-resolution gamma spectroscopy, which is vital for precise nuclide identification and measurement. However, they face challenges in tough environments. Mirion's High Purity Germanium (HPGe) detectors are designed to overcome these challenges:
Mirion's HPGe detectors have even proven their durability in space, driving innovations for Earth-based applications. We provide solutions tailored to the challenging and diverse environments our customers face.
At Mirion Technologies, hardware and firmware updates work in unison to provide robust, future-proof, and secure offerings. Our approach integrates continuous updates and cybersecurity measures to ensure comprehensive protection.
A Multi-Channel Analyzer (MCA) processes and analyzes signals from detectors interacting with gamma rays. Key functions include:
The Lynx® II Digital Signal Analyzer (DSA) delivers superior performance, fast communication and reliable connectivity. It features a 32k channel integrated digital signal analyzer based on advanced digital signal processing (DSP) techniques, supporting a wide range of spectroscopy detector technologies and energy ranges.
The Lynx II offers fast communication with increased speeds that improve software response and reduce bootup times.
It supports connectivity through Ethernet and USB, simplifying the setup process and enhancing user convenience with expanded interconnectivity options.
Mirion's Lynx II MCA firmware is engineered with robust cybersecurity measures to meet stringent regulatory requirements.
The Lynx II system enables seamless integration with existing Mirion systems.
To enhance a forward-thinking, secure gamma spectroscopy program, Mirion Technologies integrates its Genie™, Apex®, and ISOCS™ software with its devices to boost both efficiency and security. Mirion is committed to continual software advancements, including recent enhancements to the established Genie software platform, to provide users with state-of-the-art features ensuring a secure, efficient, and reliable gamma spectroscopy program.
Genie Spectroscopy Software Suite provides the core software functionality for a comprehensive, high quality, and defensible gamma or alpha spectrometry system. Introduced in 2023, version 4.0 of the Genie software builds upon 40 years of experience supporting the comprehensive spectroscopy needs of customers worldwide. This update introduces significant enhancements, while maintaining compatibility with existing users’ Genie 2000 processes.
Proven Features
New in Genie v4.0
The Apex family of software applications combine the proven analysis algorithms of Genie with workflow management, calibration and QA/QC enforcement, and sample databases to ensure high quality counts in busy operational environments.
Radiological laboratories rely on Apex software to simplify training and facility operations. The software’s user-friendly design and system compatibility make it easy to efficiently manage counting rooms. Get an overview of the software packages available:
ISOCS calibrations have been deployed in 6,000+ gamma spectroscopy systems, with hundreds of Verification and Validation (V&V) references. Established for 25+ years, ISOCS software offers extensive geometry modeling templates, and options for customization, available directly within the Genie and Apex-Gamma environments.
Over the years, mathematical modeling techniques like ISOCS calibrations have been approved in regulations such as US NRC Reg 1.21, ASTM C26.10 – NDA Techniques, and more. Additionally, full factory detector characterizations provide traceability to use NIST-traceable and DAKKS-certified calibration sources.
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