Scenes Selector

Setting Up the Philips amBX PC Scenes

The Scenes Selector contains 15 scenes. There are 3 different scene types:

•Static scenes: are scenes where you set the color and/or intensity of all Lights and Fans individually.

You define these settings in the Peripheral Scene Settings Panel.

•Dynamic scenes : are animated scenes where you can set a range of color and intensity, the Lights need to pass through during a certain time-span.

You define these settings in the Animation Settings panel.

•Preset scenes : are 5 scenes Philips already programmed for you and that contain complex animations, which can use different amBX™ peripherals, Fans included.

You cannot adjust the settings of these scenes.

Tip

•If you want to use your Philips amBX™ PC Gaming Lights as regular lighting in your room, you can select the scene White lights. In this scene all lighting peripherals are set to white light and 100% brightness. You still can adjust the brightness with the hardware brightness slider on the Speaker Lights.

•If you want to use your Philips amBX™ PC Gaming Fans to cool down your room, you can select the scene All fans. In this scene all fans are set to 100% intensity and the lights are disabled.

Warning

In the Scenes Selector, it is not possible to add new scenes. You can only overwrite existing scenes by changing the Scene Settings and saving these changes in the Scene Settings screen.

SGC5101BD specifications

The Philips SGC5101BD is a versatile and innovative healthcare device designed to enhance patient care and streamline processes in medical environments. This equipment integrates advanced technology to provide healthcare professionals with the tools necessary for effective monitoring and assessment of patients' health.

One of the main features of the SGC5101BD is its intuitive user interface, which allows healthcare providers to navigate easily through its functions. This user-friendly design minimizes the learning curve for new users, ensuring that staff can quickly become proficient in operating the device. The display is clear and customizable, providing essential information at a glance, which enhances workflow efficiency.

The device is equipped with multi-modal monitoring capabilities that allow it to track a variety of vital signs and physiological parameters essential for patient assessment. This includes heart rate, blood pressure, respiratory rate, and oxygen saturation. Such comprehensive monitoring is vital in critical care settings, where real-time data can significantly impact patient outcomes.

The SGC5101BD utilizes cutting-edge wireless technology, allowing data to be transmitted seamlessly to central monitoring systems or mobile devices. This feature ensures that healthcare professionals can access patient information from virtually anywhere within a healthcare facility, enabling timely decision-making and improving patient response times.

This model also emphasizes durability and reliability, equipped to withstand the rigorous demands of daily use in hospitals and clinics. The design incorporates high-quality materials and components that support longevity and performance, making it a worthy investment for healthcare institutions.

Another remarkable characteristic of the SGC5101BD is its capability for integration with existing healthcare systems. This interoperability allows the device to work in conjunction with electronic health records (EHR), streamlining documentation and improving the overall efficiency of patient management.

Furthermore, the SGC5101BD is designed with patient comfort in mind. Its sensors and interfaces are ergonomically designed to minimize discomfort during assessments, an essential aspect of modern medical care.

Overall, the Philips SGC5101BD stands out with its combination of advanced monitoring features, user-friendly design, and robust technology, making it an invaluable tool in the pursuit of quality patient care. The integration of innovative technologies ensures that healthcare professionals have access to precise data, which is critical for effective treatment strategies and improving patient outcomes.