Mixlr for Creators vs RFLossIOS

MIXLR FOR CREATORS Live audio, made simple. Mixlr for Creators lets you broadcast high-quality live audio directly from your phone. Whether you’re a sports broadcaster, podcaster, musician, radio host, DJ, or content creator, Mixlr makes it easy to go live, grow your audience, and engage listeners in real time. With just a few taps, you can stream live audio from anywhere, interact with your audience, and manage your broadcasts on the go—no complicated setup required. KEY FEATURES • Live Audio Broadcasting – Stream instantly from your mobile device • AudioLink (AUv3) – Route audio from professional host apps like AUM directly into your Mixlr broadcast • Real-Time Listener Engagement – See who’s listening and interact with your audience • Live & On-Demand in One Place – Broadcast live, then save and publish shows for listeners to catch up anytime • Designed for Professionals – Built for creators, teams, and organisations who want high-quality audio in a simple, ad-free experience • Broadcast Anywhere – Go live from rehearsals, events, interviews, or home • Expand Your Reach – Connect with listeners around the world PERFECT FOR CREATORS AND ORGANIZATIONS LIKE: • Sports broadcasters • Podcasters • Radio hosts • Live event producers • Community broadcasters & faith groups • Schools, colleges, and universities • Independent creators of all kinds DOWNLOAD NOW AND START BROADCASTING TODAY! Help and support: https://help.mixlr.com Privacy policy: https://mixlr.com/privacy Terms of use: https://mixlr.com/terms-of-use

RFLossIOS helps you evaluate radio links between two locations on an interactive map. Set two points, search for towns, inspect the path, and view line-of-sight and terrain profiles. The app highlights possible obstacles along the route and provides RF calculations including FSPL, received power, noise floor, SNR, and link margin. It is designed for practical field-oriented link planning for VHF and higher frequencies. Obstacle and terrain sources include OSM buildings, AHN5 DSM/DTM for the Netherlands, Copernicus DEM 30m, and NASA SRTMGL1 where available. Building height data depends on the selected source and may be incomplete. FSPL calculations are intended for VHF and higher frequencies, and only when the path has no blocked LOS obstruction.