Kirisun UP405S DMR Portable Radio

Part of Kirisun's new-generation enhanced business radios, the entry-level UP405S is compact, lightweight, and user-friendly. It operates in both digital and analog modes and provides crystal clear high-quality audio. The UP405S with its Active View display is designed to provide excellent performance and reliable communication at an affordable price point, making it suitable for a wide range of business applications.

• Active View Display: The shatterproof Active View of the UP405S uses hidden LED lighting to display the customizable boot-up logo, as well as channel, radio, and volume information with full clarity under both daytime and nighttime conditions.
• Improved Audio Quality: Delivering clear and loud voice calls even in noisy environments, the UP405S includes advanced AI-based noise cancellation technology that decreases background noise by up to 30dB, ensuring reliable and intelligible voice calls.
• Bluetooth Connectivity: The Bluetooth functionality enables over-the-air configuration and software updates. By using smartphone or PC-based software tools, you can skip the cumbersome steps of physical connections, driver installations, and other typical operation to maximize work efficiency out in the field.
• Multiple Audio Profiles: The UP405S allows users to select from 10 preset audio profiles. Each profile offers unique levels of equalization to enhance treble, mid-range, and/or bass frequencies and provides an improved audio experience and help to cope with noisy work environments.
• Analog, Digital and Mixed Modes: It supports conventional analog, conventional digital, and mixed modes. The ability to switch between modes allows the UP405S to communicate with legacy analog radios and to provide a cost-effective and flexible migration path for organizations transitioning from analog to digital mobile radio systems.
• Industry Benchmark Sensitivity: The advanced design of the receiver in the UP405S brings a sensitivity of > 0.22 uV, allowing it to provide maximized range when receiving weak signals.