SIGNAL / FREQUENCY TIERS
SelectYour Frequency
Three distinct signal paths for Internet Radio. Each tier is a deliberate choice in how you consume, interact, and broadcast within our high-fidelity digital ecosystem.
SIGNAL / 02
HIGH-FIDELITY
For the dedicated audiophile.
- STREAMINGLossless 320kbps audio quality
- ACCESSExclusive early-access to archives
- CHATVerified listener badge & private rooms
- SUPPORTPriority technical support
- AD-FREECompletely ad-free experience
- SYNCOffline listening & high-res downloads
- CONTROLDirect request line to DJs
SIGNAL / 03
BROADCASTER
For the content creator.
- STREAMINGStudio-grade 48kHz broadcast quality
- ACCESSUnlimited cloud storage for shows
- CHATModerator tools & channel management
- SUPPORTDedicated account manager
- AD-FREEWhite-label broadcast options
- SYNCAPI access for custom integrations
- CONTROLFull scheduling & automation tools
- PRIVILEGEExclusive creator-only events
ALL FREQUENCIES INCLUDELIVE BROADCAST ACCESS · INTERACTIVE CHAT · 24/7 SIGNAL UPTIME
Compare full specificationsInfrastructure — 03
Midnight
Signal Specs.
Internet Radio provides a deliberate, high-fidelity broadcast experience. We bridge the gap between atmospheric late-night radio and modern digital interactivity.
Live Broadcast
Experience the raw energy of real-time audio streaming. Our infrastructure ensures zero-latency delivery, keeping you locked into the signal wherever you are in the world.
- High-fidelity streaming
- Global node distribution
- Adaptive bitrate control
Interactive Chat
Join the conversation in our dedicated broadcast channels. Connect with listeners and hosts in a high-contrast, minimal interface designed for rapid, meaningful exchange.
- Real-time message relay
- Verified listener badges
- Encrypted channel history
Signal Integrity
We maintain a pristine digital environment. Our broadcast protocols are built for stability, ensuring your connection to Internet Radio remains clear, constant, and electric.
- 24/7 uptime monitoring
- Redundant server clusters
- Low-noise audio processing