This training package provides clear, visual and practical onboarding for broadcast engineers, covering satellite DVB, cable DVB-C, DVB-T/T2 OFDM, transport streams, MPEG timing, spectrum analysis, waveform/vector monitoring, modulation and forward error correction.
Complete satellite DVB signal-chain introduction: RF, LNB/IF, modulation, PLS, DVB-S2 framing, symbol rate, MER/BER/C/N, Viterbi, MPEG-TS packets and PSI/SI tables.
Practical cable television engineering course covering QAM constellations, 8 MHz channel planning, symbol rate, return path, ingress, DOCSIS context, service tables and field-meter diagnostics.
Practical DVB-T/T2 and OFDM field-meter course covering OFDM carriers, guard interval, echoes, SFN timing, MER/BER, constellation, impulse noise, reflection ripple, antenna strategy and QEF reception.
Advanced RF and satellite modulation course covering pulsed RF bandwidth, IQ representation, QPSK, pulse shaping, 8PSK, APSK, synchronization, eye diagrams, MER/EVM and spectrum interpretation.
RF spectrum analyser training covering time domain versus frequency domain, amplitude, attenuation, dB/dBW/dBm, span, zero span, RBW, VBW, trace modes, waterfall displays, heterodyne and FFT analysis, and front-end protection.
Practical video signal monitoring course covering waveform basics, RGB parade, vectorscope colour interpretation, clipping, histogram false colour, audio QC and monitoring workflow.
Transport Stream training with practical TS analysis, 188-byte packets, PAT/PMT/SDT interpretation, EPG, Teletext, HbbTV signalling and TR101290 concepts.
Professional introduction to PCR, PTS, DTS, decoder clocks, STC recovery, lip sync, jitter, VBV buffering and real-world timing failures.
Focused course on convolutional encoding, trellis walking, decoder decisions, teacher-versus-decoder view and continuous sliding-window Viterbi decoding.
Software-defined radio training course covering SDR fundamentals, spectrum visualization, HackRF One workflow, signal reception, practical RF examples and safe lab-style exercises.
Practical video compression course covering codecs, GOP structure, bitrate, CBR/VBR, latency, artifacts, encoder settings, contribution feeds and broadcast delivery workflows.
Broadcast audio training covering level management, loudness, metering, clipping, silence detection, phase issues, embedded audio, monitoring and practical operational checks.
Broadcast IP engineering course covering multicast, UDP/RTP transport, addressing, VLANs, jitter, packet loss, stream monitoring, troubleshooting and IP contribution/distribution concepts.
Conditional access and service protection course covering scrambling, ECM/EMM signalling, service authorization, CA descriptors, smartcard concepts and operational diagnostics.
Deep-dive course on DVB PSI/SI tables covering PAT, PMT, SDT, NIT, EIT, TDT/TOT, descriptors, service discovery, table repetition and analyser-based diagnostics.
These courses can be purchased for internal training use by broadcast operators, integrators, engineering teams and technical departments that need a structured onboarding path for new engineers.
Customer-branded versions are available with customized logos, adapted wording, company-specific examples and optional internal procedures or product references.