We are excited to announce that Summit Technology Group has decided to bring the distribution of our AI-delivered ATMOS weather service in-house starting January 1, 2025. This change allows us to focus more closely on delivering an unparalleled experience directly to our valued clients.

As the winter months approach, broadcast facilities in regions prone to severe weather must be well-prepared to maintain reliable service and ensure the safety of personnel and equipment. Proactive preparation can mitigate operational risks, reduce downtime, and enhance station resilience. Whether you manage a radio or TV station, taking these practical steps can help you stay on-air even during the harshest conditions.

Companion advertising refers to a comprehensive strategy that delivers additional visual or interactive content alongside audio streams. For example, when a listener tunes into a TundraCast-powered stream, synchronized visual content, banner, and engaging call-to-action can appear on their device screen.

Broadcast facilities, especially those in educational institutions like high schools and colleges, often face unique challenges when it comes to integrating new technologies. These networks are typically configured to block or limit traffic on non-standard ports to maintain security and control. While this is crucial for protecting the network, it can complicate the deployment of streaming services, which often rely on specific ports that may not be open by default.

Summit Technology Group’s PostMaster adds cybersecurity to Inovonics’ 732 - Summit Technology Group and Inovonics, Inc. have announced the latest innovation in Program Associated Data (PAD) delivery with the integration of PostMaster™ Cloud Connect in the Inovonics Model 732 Advanced Dynamic RDS Encoder. The latest firmware revision of the Model 732 now includes the ability to connect to a PostMaster channel and monitor for dynamic metadata.

Summit Technology Group has announced the release of its improved TundraCast™ Audio Streaming product complete with an intuitive web-based admin portal, powerful monetization tools, advanced geo-blocking, and a comprehensive toolset for HLS streaming, metadata management and SoundExchange reporting. The announcement follows months of development and feedback from broadcast radio stations who currently use TundraCast or expressed interest in certain features.

In the fast-paced world of broadcasting, ensuring uninterrupted service is crucial. From natural disasters to technical malfunctions, various factors can threaten the stability of broadcast operations. As a broadcast engineer, developing a robust disaster recovery plan is essential to mitigate risks and maintain seamless service delivery. This article explores the key components of an effective disaster recovery plan and offers insights into implementing and managing these strategies.

Relocating a broadcasting studio is a significant undertaking that involves meticulous planning and a comprehensive understanding of both technical and logistical challenges. Whether you're expanding to a new market, upgrading your facilities, or simply moving to a more strategic location, it's crucial to consider several engineering aspects to ensure a smooth transition.

In the rapidly evolving world of broadcasting, staying ahead of technological advancements is crucial. One of the most significant upgrades a broadcast studio can undertake is the transition to an Axia Audio over IP (AoIP) system. Axia AoIP systems, developed by Telos Alliance, offer a range of benefits that enhance the efficiency, flexibility, and quality of broadcast operations. This article explores the key advantages of upgrading to an Axia AoIP system.

In the competitive world of AM broadcasting, efficiency and cost-effectiveness are crucial for maintaining profitability and sustainability. Modulation Dependent Carrier Level (MDCL) technology is a powerful tool that can help AM broadcasters achieve significant energy and cost savings. This article explores how MDCL works, its benefits, and real-world examples of its successful implementation.

As technology advances, FM radio broadcasters have the opportunity to enhance their operations significantly. One crucial upgrade is transitioning from a traditional FM tube-type transmitter to a modern FM solid-state transmitter. This upgrade offers numerous benefits, including improved efficiency, reliability, and cost-effectiveness. In this article, we explore the key advantages of making this transition and how it can optimize your broadcasting operations.

A wide variety of LPFM related topics addressed by industry professionals from Summit Technology Group, American Amplifier Technology, Aqua Broadcast, Bext, GatesAir, Nautel, Progressive Concepts, and WorldCast Systems.