Turning the Headset On and Off

To Turn the nXZEN Headset On

Press and hold the SIDE button until 2 quick flashes of blue light occur, followed by a 3-second flash. A series of ascending tones (low to high) can be heard from your headset.

To Turn the nXZEN headset Off

Press and hold the SIDE button until 4 quick flashes of blue light occur, or 4 beeps followed by 5 descending tones (high to low) can be heard from your headset.

Adjusting the Digital Volume Control

When on a call, the volume control on your headset is synchronized to the volume on your phone. That is, as you change the volume you see the volume bars on your phone change accordingly. However, if you change the volume control on your phone, it has no effect on the headset volume level.

To Increase Volume

Press and release the volume control (+) button for slight volume increase. Press and hold down the volume control (+) button for continuous increase.

TM

10 Quick Start

Page 10
Image 10
GENNUM 5000 user manual Turning the Headset On and Off, Adjusting the Digital Volume Control

5000 specifications

The GENNUM 5000 is an advanced imaging system that represents a significant leap forward in the realm of medical diagnostics and scientific research. It integrates cutting-edge technologies to enhance image quality, streamline workflows, and facilitate data management. Renowned for its versatility, the GENNUM 5000 caters to a diverse range of applications in various sectors including healthcare, biomedicine, and industrial testing.

One of the standout features of the GENNUM 5000 is its high-resolution imaging capabilities. The system is equipped with proprietary sensor technology that delivers enhanced clarity and detail, enabling practitioners to obtain precise images critical for diagnosis and analysis. This high-resolution sensor can adapt to various lighting conditions, ensuring optimal image quality across different environments.

In terms of usability, the GENNUM 5000 boasts a user-friendly interface that simplifies operation. Clinicians and technicians can navigate through its complex functionalities effortlessly, reducing the learning curve and increasing efficiency in busy settings. The touch-screen display provides intuitive access to features such as zoom, contrast adjustment, and real-time image processing, allowing for immediate visualization of results.

Connectivity is another key characteristic of the GENNUM 5000. The system supports multiple data transfer protocols, including wireless and wired options, ensuring seamless integration with existing hospital information systems and electronic health records. This connectivity facilitates secure data sharing and collaboration among interdisciplinary teams, enhancing diagnostic accuracy and patient care.

The GENNUM 5000 also incorporates advanced image analysis software featuring artificial intelligence algorithms. These algorithms assist in identifying patterns and anomalies, further augmenting clinical decision-making processes. With automatic segmentation and quantification capabilities, the system can markedly reduce the time required for analysis, allowing for quicker and more informed decisions.

Moreover, the GENNUM 5000 is designed with versatility in mind, accommodating a wide range of imaging modalities. From X-ray and MRI to ultrasound and beyond, this system is capable of supporting different imaging techniques, making it an invaluable asset in multi-disciplinary settings.

Durable yet sleek, the design of the GENNUM 5000 complements modern clinical environments while ensuring the robust performance needed in high-demand situations. Its compact footprint allows for efficient use of valuable space in healthcare facilities.

In conclusion, the GENNUM 5000 is a state-of-the-art imaging system that promises to transform the landscape of medical diagnostics. With its remarkable features, including high-resolution imaging, user-friendly interface, advanced connectivity, AI-driven analytics, and versatility across imaging modalities, the GENNUM 5000 offers a comprehensive solution for today’s healthcare and research challenges.