This Monday night we will talk about What new DMR features and/or radios do you want to arrive in 2025?
Join us on Brandmeister Talk Group 31266 (Michigan Nets channel) for the DMR Tech Net on Monday, December 30th starting at 7:30 PM ET. The net will conclude at 8:25pm to allow time to QSY to BrandMeister talk group 3126 for the Michigan One DMR Net (which begins at 8:30 PM ET.
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There are some exciting new features coming in 2025 for Amateur Radio enthusiasts! Here are a few highlights:
New Features:
- Enhanced Digital Capabilities: Many new radios will offer improved digital modes, including better audio quality and more efficient data transmission.
- Super-DX Function: This feature increases receiver sensitivity and improves weak signal reception. It’s being introduced in several new models.
- Audio Digital Signal Processing (ASP): This technology ensures reliable audio quality even for weak signals, expanding communication range.
- Advanced Connectivity Options: Expect built-in Bluetooth, USB peripherals support, and enhanced APRS (Automatic Packet Reporting System) capabilities.
- Improved Battery Life: Newer models will come with larger batteries and more efficient power management systems for extended use.
These new features and radios are designed to enhance the overall experience for Amateur Radio operators, making communication more reliable and enjoyable
2025 is likely to see continued evolution in Digital Mobile Radio (DMR) technology, driven by the increasing demand for reliable, efficient, and feature-rich communication solutions. Here are some potential developments:
- Enhanced Audio Quality and Noise Suppression:
- Improved Voice Coding: Expect advancements in voice coding algorithms that further enhance audio clarity and intelligibility, especially in noisy environments. This could involve more sophisticated noise suppression techniques and adaptive algorithms that adjust to changing background noise levels.
- Wideband Audio: Some DMR radios may start to support wider bandwidths for improved audio quality, although this might require adjustments to existing frequency allocations.
- Enhanced Data Capabilities:
- Faster Data Rates: Increased data transmission speeds could enable faster file transfers, more efficient remote device management, and support for more demanding applications like real-time video streaming.
- Advanced Data Applications: Expect to see the emergence of new data applications tailored to specific industries, such as remote asset tracking, condition monitoring, and enhanced workforce management solutions.
- Improved GPS Integration and Location-Based Services:
- More Accurate Positioning: More precise GPS integration could enable more accurate location tracking of personnel and assets, improving situational awareness and response times in emergency situations.
- Geo-fencing and Location-Based Alerts: Advanced location-based services, such as geo-fencing and location-based alerts, could enhance safety and security features.
- Enhanced Security Features:
- Stronger Encryption: More robust encryption algorithms and protocols could be implemented to protect sensitive communications from eavesdropping and unauthorized access.
- Authentication and Authorization: Advanced authentication and authorization mechanisms could be integrated to ensure secure access to the network and control access to specific features and functionalities.
- Increased Interoperability:
- Cross-Platform Compatibility: Continued efforts to improve interoperability between different DMR platforms and systems could enhance communication capabilities and flexibility for users.
- Integration with Other Technologies: Expect to see increased integration of DMR with other technologies, such as LTE and Wi-Fi, to create more comprehensive and integrated communication solutions.
- New Radio Designs and Form Factors:
- Ruggedized and Durable Designs: Radios will continue to be designed for ruggedness and durability to withstand harsh environments and demanding conditions.
- Compact and Lightweight Designs: Smaller and lighter form factors will be sought after to improve user comfort and ergonomics.
- Enhanced Battery Life: Longer battery life will be a key consideration for users who rely on their radios for extended periods.
- Cloud-Based Services and Remote Management:
- Remote Device Management: Cloud-based platforms could enable remote device management, configuration, and software updates, simplifying maintenance and reducing downtime.
- Data Analytics and Reporting: Cloud-based services could provide advanced data analytics and reporting capabilities, allowing users to gain valuable insights into their communication usage patterns.
By staying abreast of these evolving trends, DMR users can leverage the latest advancements in technology to enhance their communication capabilities and gain a competitive edge.
The evolution of Digital Mobile Radio (DMR) technology is likely to continue accelerating in 2025, given the ongoing advancements in communication technology and user needs. Here’s what we can potentially expect:
- Enhanced Radio Features
- Advanced Display Options:
More radios with full-color, high-resolution touchscreens offering easier navigation and graphical data representation, including mapping and GPS integration. - AI-Powered Features:
Radios might incorporate AI for features like adaptive noise cancellation, automatic voice-to-text transcription for logging, and predictive signal optimization. - Expanded GPS and Geofencing:
Improved GPS capabilities, including geofencing features for automated alerts and location-based controls, could become standard for personal and fleet communications. - Dual-Band and Multi-Mode Support:
More radios supporting dual-band (VHF/UHF) and multi-mode (DMR, FM, and other digital protocols like NXDN and P25) operation to meet the growing demand for interoperability.
- Software and Connectivity Enhancements
- Over-the-Air (OTA) Programming:
Greater emphasis on OTA firmware updates and programming to simplify managing fleets and individual user radios remotely. - Wi-Fi and Bluetooth Integration:
Improved wireless integration for seamless pairing with accessories like headsets, smartphones, and external applications. - IoT Integration:
Radios could serve as nodes in IoT networks, enabling advanced applications like remote monitoring, automation, and telemetry. - 5G-Enabled Radios:
Radios with 5G modules for seamless integration between DMR and cellular networks, offering greater range and reliability in hybrid use cases.
- Network and System Advancements
- Wide-Area DMR Networks:
More robust support for global or regional networks to make amateur and professional DMR more accessible and interoperable worldwide. - Improved Codec Performance:
Enhanced AMBE+2 codec or its successors could provide better audio quality with lower data rates. - Edge Computing in Repeaters:
Repeaters with built-in edge computing capabilities for local analytics, intelligent routing, and reduced latency in voice and data communications.
- Portable and Wearable Devices
- Compact and Rugged Designs:
Smaller, lighter radios that maintain ruggedness for outdoor and industrial applications. - Wearable Radios:
Radios integrated into wearable devices like smartwatches or vests for convenience and hands-free operation.
- Open-Source and Customization Trends
- Open Standards and APIs:
Increased availability of open APIs for developers to create custom applications and integrations. - Customizable Interfaces:
Radios with more options for users to tailor interfaces and functionalities to their specific needs.
- Community and Ecosystem Growth
- More Affordable Radios:
The entry-level market might expand with affordable radios from newer manufacturers while maintaining quality, encouraging more amateurs to adopt DMR. - Improved Educational Resources:
Vendors and communities may offer better tools and documentation to help new users understand programming and network setup, further demystifying DMR.
As we approach 2025, several manufacturers are introducing new Digital Mobile Radio (DMR) models that incorporate advanced features to meet the evolving needs of both amateur and professional radio users. Here are some notable upcoming releases:
Quansheng M7
A compact DMR radio offering dual-band support (VHF/UHF), TDMA dual-time slot for efficient communication, an OLED HD display for clear visuals, and Type-C charging for convenience. It also features both Chinese and English menus, catering to a diverse user base.
ETMY ET-AD10
A versatile DMR Push-to-Talk Over Cellular (POC) radio that combines traditional DMR capabilities with 4G LTE connectivity. Running on Android 7.1, it supports global communication via platforms like Zello, effectively bridging the gap between radio and smartphone functionalities.
Hytera HP795Ex
A next-generation intrinsically safe DMR radio designed for hazardous environments. It boasts a robust and ergonomic design, ensuring safety and reliability for users operating in challenging conditions.
Retevis Ailunce HD2
An upgraded version of the popular HD1 model, this handheld DMR radio comes equipped with GPS for location tracking, Bluetooth for wireless connectivity, a high-capacity 3200mAh battery, and the ability to store up to 500,000 contacts. It also includes NOAA emergency alerts, making it suitable for both amateur and emergency communication.
AnyTone AT-D890UV
The AnyTone AT-D890UV is an upcoming dual-band (VHF/UHF) DMR and FM handheld radio that integrates several advanced features to enhance user experience. Key specifications include:
- Dual-Band Operation: Supports both VHF and UHF frequencies, accommodating a wide range of communication needs.
- DMR and FM Modes: Operates in both Digital Mobile Radio (DMR) and traditional FM modes, offering flexibility in various communication environments.
- Bluetooth and GPS Integration: Equipped with Bluetooth for wireless connectivity and GPS for location tracking, facilitating advanced functionalities like APRS (Automatic Packet Reporting System) for both transmitting and receiving location data.
- USB Charging: Features USB charging capability, providing convenience for users to recharge the device using standard USB power sources.
- Airband Reception: Includes airband reception, allowing users to monitor aviation frequencies, which is beneficial for aviation enthusiasts and professionals.
While the AT-D890UV has been listed as “Coming Soon” on various retailer websites, such as Wouxun.US
Wouxun, and has been discussed in online communities and videos YouTube, as of December 2024, there has been no official release from AnyTone. For the most accurate and up-to-date information regarding the release date and availability of the AT-D890UV, I recommend regularly checking AnyTone’s official website Anytone or contacting authorized dealers.
For a visual overview and further insights into the AnyTone AT-D890UV, you might find the following video helpful:
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You can always chat with the DMR Tech Net team on TGIF talk group 31268, the DMR Tech Net channel or Brandmeister talk group 31266, the Michigan Nets channel.
The DMR Tech Net team is assisting Dustin N8RMA with NCS duties on the Michigan One DMR net, Monday nights at 8:30 PM ET on BrandMeister Talk Group 3126, the statewide Michigan calling channel.
Here is the list of the upcoming NCS (Net Control Stations) for it:
- Dec 30 Rick AD8KN
- Jan 6 Steve KC8WXM
- Jan 13 Dustin N8RMA
- Jan 20 Brad KE8WNV
https://www.michiganonedmr.net/
Here is the audio transcription by Zoom of this DMR Tech Net. Click (HERE) to hear the audio of the show.