Technical deep dives into real-time audio systems, low-latency DSP architecture, and the technology powering next-generation broadcast playout.
Exploring the technical implementation of PTP hardware sync, sub-nanosecond oscillator jitter control, and zero-drift circular ringbuffers in the brūhi audio engine core.
How we leverage memory-safe concurrency and single-writer multi-reader lock-free ringbuffers to fan-out thousands of concurrent streams without latency spikes.
A blueprint for cloud-native station automation, distributed failover clusters, and real-time browser session control for radio DJs and broadcast engineers.
Bypassing external stereo generators: how software MPX subcarrier synthesis achieves compliant 19 kHz stereo pilot tones and RDS transmission.
Implementing EBU R128 and ITU-R BS.1770-4 loudness normalization in real-time broadcast DSP with lookahead true-peak limiting.
Deploying Secure Reliable Transport (SRT) for remote studio-to-transmitter links with configurable ARQ packet retransmission and zero glitch dropouts.