Introducing the Magics Vision Series
Modern nuclear and high-radiation environments increasingly demand compact, high-resolution imaging systems that can operate reliably without compromise. Traditional solutions, often based on bulky analog technology, face significant limitations: poor image quality, fragile components, and the need for heavy shielding.
At Magics Technologies, we’ve taken a fundamentally different approach.
A Fully Integrated Platform for Radiation-Hardened Imaging
The Magics Vision Series brings together all the building blocks required to design high-performance imaging systems for harsh environments, in a compact, modular, and radiation-hardened platform. The series includes:
- MAG-IMG002X1-NC, a Full-HD CMOS image sensor qualified up to 1 MGy (TID)
- MAG-CXP00002-NP, a CoaXPress-compatible serializer for high-speed video transfer
- MAG-PSU00001-NP, a single-supply power controller that simplifies integration
- MAG-DRV00002-NP, a multi-channel driver for lens, lighting, or motion control
These ICs are designed to work together as a system, enabling inspection and monitoring applications where space, weight, and dose resilience are critical factors.
From Concept to Deployment
As part of this launch, we’re also introducing the MAG-VIS100xx-N, a compact, 3-board reference module that integrates all Vision Series components into a single stack. The module is available in monochrome or color, with optional lens control, and is designed to serve as the electronic heart of radiation-hardened camera systems.
To support prototyping and testing, the MAG-CAM1000X-N evaluation kit gives developers direct access to Magics' imaging technology in a ready-to-use format for integration in benign environments.
Join the Vision Series Webinar: November 27
We’re hosting a free technical webinar on November 27 at 17:00 CET to walk through the Vision Series platform, demonstrate its capabilities, and answer questions directly from the engineering team.
Whether you're developing inspection tools, radiation imaging systems, or embedded vision for nuclear environments, this session will offer practical insight into what’s now possible, without compromise on size, reliability, or image quality.
👉 Register for the webinar here
