8" In-Wall/Ceiling PoE+ IP Loudspeaker with Integrated Microphone, LED Display, and Flasher, VoIP Compatible, InformaCast/SA-Announce Integration, Cisco SRST Support, for Advanced Audio-Visual Communication
Features:
Revolutionary PoE+ IP Loudspeaker System for Advanced Communication
The Atlas Sound IP-SDMFLED is a cutting-edge 8" in-wall/in-ceiling PoE+ IP loudspeaker system that revolutionizes network-wide communication. This all-in-one solution combines a powerful speaker, microphone, flasher, and LED display to create a comprehensive communication endpoint. Designed for environments with high ambient noise or large spaces, the IP-SDMFLED ensures your message is seen and heard clearly, making it ideal for corporate offices, educational institutions, healthcare facilities, and public spaces.
Seamless Integration with VoIP and Advanced Notification Systems
Leveraging VoIP technology, the IP-SDMFLED extends tele-presence capabilities with enhanced audio performance. It registers directly as a communication endpoint within InformaCast and SA-Announce Advanced Notification applications, supporting both visual text and audio broadcasts. This integration enables advanced alerting, bell schedules, pre-recorded announcements, and scheduled communications, all while utilizing your existing WAN/LAN network architecture.
Enhance Physical Security and Day-to-Day Communications
The IP-SDMFLED goes beyond simple audio announcements. Its integrated LED display and flasher provide visual reinforcement for important messages, significantly improving communication effectiveness in noisy or visually-oriented environments. This multi-modal approach to information delivery enhances physical security protocols and streamlines day-to-day communications, ensuring that critical information reaches your audience through multiple sensory channels.
Cisco Environment Compatibility for Robust Communication
In Cisco environments, the IP-SDMFLED shines as a versatile communication tool. It can join Cisco's Unified Survivable Remote Site Telephony (SRST) as a supported device within the SRST endpoint architecture. This capability provides critical call-processing redundancy for remote locations when access to the centralized Cisco Unified Communications Manager is interrupted due to WAN outages. The ability to maintain LAN communication between phones and speakers becomes particularly vital during emergencies, ensuring continuous communication even in challenging network conditions.
High-Performance Audio for Clear Message Delivery
Equipped with a powerful 8" speaker, the IP-SDMFLED delivers high-output audio capable of overcoming challenging acoustic environments. Whether you're broadcasting in a bustling warehouse, a crowded cafeteria, or a sprawling campus, this system ensures your message cuts through the ambient noise with clarity and precision. The integrated microphone also enables two-way communication, making it an ideal solution for intercom applications or emergency response scenarios.
Flexible Installation Options
Designed for versatility, the IP-SDMFLED can be installed in-wall or in-ceiling, adapting to various architectural requirements and aesthetic preferences. This flexibility allows for optimal placement to maximize coverage and effectiveness in any space. The sleek, modern design of the unit ensures it blends seamlessly with diverse interior styles, maintaining a professional appearance while delivering powerful functionality.
Power over Ethernet Plus (PoE+) for Simplified Deployment
Leveraging PoE+ technology, the IP-SDMFLED simplifies installation and reduces infrastructure costs. This feature allows the device to receive both power and data through a single Ethernet cable, eliminating the need for separate power sources. This not only streamlines the installation process but also provides greater flexibility in device placement, as it's not constrained by the location of power outlets.
MPN | IP-SDMFLED |
---|---|
Color | White |
UPC / EAN | 612079664399 |
Brand | Atlas Sound |
Product Condition | New |
Availability | Out of Stock |