Powerful medical grade Terminal especially for the mona applications
Sustainable investment
The mona Terminal specially developed by Clinomic already has the hardware features that ensure suitability for future developments of the software
Benefit and user focus
Developed as an integral solution, hardware and software form a sensible symbiosis that provides users with the best possible support in their tasks and guarantees efficient workflows.
Efficiency boost
Productivity features such as speech recognition, integrated video conferencing system, GPU chip for AI support, RF chip for authentication, and much more characterize mona Terminal.
Clever and sophisticated
Sophisticated, practical design, e.g. touch screen, i.e. no mouse, no keyboard, no tangled cables, hygienic, intuitive to use. The wall mount means: space-saving, light as a feather, flexible positioning.
Integrated solution
mona Terminal integrates high-performance computing (HPC) with numerous peripheral components such as video conferencing system, radar and RF sensors, touchscreen, AI-controlled beam-forming microphone, stereo speakers, 4k camera, ambient lighting, etc.
5-axis wall mount
Space-saving installation, easy positioning of terminal: horizontally positioned for input on the touch panel, vertically positioned for video conferences, out of the way when space is required, directly at the bedside for care delivery, ward rounds or documentation.
Fancy design
The modern design impresses your staff as well as patients and visitors. Users enjoy working with mona Terminal just as much as they enjoy picking up their smartphone.
24″ Touchscreen
Full HD touchscreen display for razor-sharp images, e.g. radiological images, medical reports and other documents.
Radio devices
Wi-Fi and 5G & LTE network connectivity, RF sensor for rapid authentication, radar for future features such as biometric recognition.
The mona Terminal is specially developed hardware for the intensive care unit that enables user-friendly operation and support of the mona applications. The mona Terminal has a 24-inch 4K touchscreen, built-in camera, microphone, loudspeaker and many other functions.
Yes, mona Terminal is certified in accordance with the Medical Device Regulation (MDR) and meets all relevant medical standards.
The AI-controlled directional microphone array of mona Terminal improve audio quality through targeted noise cancellation and precise voice pick-up. The microphone array uses directional response patterns to focus on the speakers and attenuate unwanted background noise. Artificial intelligence (AI) continuously analyzes the audio input, identifies noise and dynamically adjusts microphone sensitivity to optimize speech intelligibility. Through active noise cancellation, the AI filters out ambient noise, which is particularly important in intensive care units. Adaptive signal processing allows it to automatically adapt to different noise environments and improve audio quality in real time, keeping communications clear and understandable in the challenging conditions of the intensive care unit.
The built-in high-speed chipset from NVIDIA in our Mona offers decisive advantages through its fast data processing and real-time AI analysis. It enables the rapid processing of large amounts of data, which is essential for high-resolution image and video data as well as for the precise analysis of medical information. This significantly reduces latency and supports applications that require real-time responses. In addition, the chipset’s performance provides the flexibility and scalability needed to adapt to new AI technologies and future requirements, making the investment in mona Terminal future-proof.
The terminal is designed to be easy to clean and does not require external peripheral devices such as keyboards or mice, which, in addition to the easy handling of mona Terminal, improves hygiene in the medical environment of your intensive care unit.
Thanks to the powerful GPU for AI calculations and the modular design, future enhancements such as automatic controls or additional software-controlled features can be integrated utilizing the current hardware features.
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