Decode
Dolby Atmos, DTS:X Pro, Auro-3D and multichannel PCM are interpreted and mapped into the room.
SPECIALIST IMMERSIVE AUDIO PROCESSING · SOUTHERN AFRICA
The intelligence behind the cinema.
A specialist reference and project-enquiry resource for high-performance immersive-audio processors — from premium 11-channel systems through networked 32-channel reference platforms.
Southern Africa · Selected projects in Mauritius & Seychelles
THE SYSTEM BEFORE THE PRODUCT
A processor is not just an Atmos decoder.
It is the control centre for speaker routing, bass management, room optimisation, timing, level, HDMI switching, format decoding and — in the most advanced systems — active crossovers and networked audio.
The right processor is therefore determined by the room architecture. Speaker count, subwoofers, amplification, analog versus digital signal flow and long-term upgrade path all matter before a model name does.
SpecialistImmersive-audio focused
RegionalSouthern Africa
CalibratedRoom before electronics
System-ledProcessor + amplification + bass
TRINNOV ALTITUDE
Software-defined processing changes what the room can become.
Optimizer, Remapping and WaveForming move the processor beyond decoding. Speaker placement can be analysed in three dimensions, bass can be controlled as a system, and the signal path can scale from conventional analog outputs to AES/EBU and native Audio over IP.
WHAT THE PROCESSOR CONTROLS
Six jobs happen before sound reaches the amplifiers.
Route
Each bed, height, wide and subwoofer channel must reach the correct physical output.
Manage bass
Crossovers and subwoofer routing determine where low-frequency energy is reproduced.
Optimise
Room correction addresses timing, level, frequency response and — on some platforms — spatial behaviour.
Switch video
HDMI architecture determines compatibility with 4K120, 8K, HDR, eARC and modern sources.
Integrate
Control systems, remote support, presets and network audio turn the processor into part of the building.
SELECT BY ARCHITECTURE
The right processor is often decided by what happens after it.
Channel count is only the beginning. Output format, amplification, bass topology, calibration workflow and the way a system may grow can be more important than the badge on the front panel.
Balanced XLR into conventional power amplification.
A familiar and flexible route for systems built around premium multichannel amplifiers. Trinnov Altitude16/32, Anthem, Marantz, Lyngdorf and several specialist processors fit naturally here.
Analog, AES and network audio can coexist.
Useful when part of the room remains conventional while subwoofer arrays, active loudspeakers or selected amplifier channels move into the digital domain.
Audio over IP becomes part of the system architecture.
AltitudeCI and StormAudio Evo show what changes when Dante/AES67 is treated as an output architecture rather than an accessory connection.
The processor is designed around a wider loudspeaker platform.
Steinway Lyngdorf is the clearest example: processor, room correction and digital loudspeaker architecture are designed as one system.
SYSTEM ARCHITECTURE
Source → processor → amplification → loudspeakers → room.
The processor sits in the middle, but its performance is inseparable from everything on either side of it.
Understand the signal chain →Sources→Processor→Amplification→Speakers→Room
ROOM OPTIMISATION
Correction systems do not all solve the room in the same way.
3D measurement / remappingTrinnov OptimizerGeometry, timing, phase, amplitude and speaker position.Multi-speaker active controlDirac Live ARTActive Room Treatment builds on Dirac correction and bass control.Measurement-led residential calibrationARC GenesisAnthem's established correction platform with flexible target shaping.Room-aware voicingRoomPerfectLyngdorf's approach to preserving speaker character while adapting to the room.
BASS IS AN ARCHITECTURE
Four subwoofers are not the same as four independently controlled bass channels.
The way a processor routes, delays, equalises and optimises multiple subwoofers can matter more than the number of RCA or XLR sockets on the back panel. Large cinemas increasingly treat bass as a spatial system rather than a single mono channel.
THE 2026 PROCESSOR LANDSCAPE
The premium middle is getting much stronger.
For years, the biggest jump in processor capability happened when a project moved from a conventional 11–15 channel platform into Trinnov or StormAudio territory. Newer 16-channel products are compressing that gap.
ARCAM AVP45, AudioControl Hyperion, JBL Synthesis SDP-58 and other platforms now make sixteen processed channels, advanced Dirac options and modern HDMI available without necessarily moving to a 20–32 channel architecture.
Explore the new ARCAM AVP45 →
SPECIALIST REFERENCE PLATFORMS
Some processors make sense only when you understand the system around them.
FULLY DIGITAL ECOSYSTEMSteinway LyngdorfP300 2.1 · RoomPerfect · proprietary digital loudspeaker architecturePROCESSOR + AMPLIFICATIONFocalAstral 16 · 12 amplified channels · 4 balanced pre-outsAUDIO-FIRST 16 CHANNELBrystonSP4 · assignable XLR · Dirac · mature 4K HDMICINEMA-DERIVED DSPDatasatRS20i / LS10 · AES/EBU · Dirac · deep manual processing
PROCESSOR FAMILIES
Different architectures for different cinemas.
Optimizer / WaveForming / AoIPTrinnovDirac ART / modular I/OStormAudioHyperion / 48Gbps HDMI / DanteAudioControlARC Genesis / practical premiumAnthemBalanced processing / HEOSMarantzRoomPerfect / digital-firstLyngdorfSynthesis ecosystemJBL SynthesisRadia AV / Dirac / 16 channelsARCAMMX200 / Dirac / custom installMcIntoshPrisma / music-first processingPrimareMasters / BluOS / modularNADRoomPerfect / fully digital ecosystemSteinway LyngdorfAstral 16 / integrated powerFocalSP4 / 16-channel analogBrystonCinema-derived DSP / AESDatasat
FEATURED PROCESSORS
Platforms that define the current landscape.
TrinnovAltitudeCI8–32 standard · native Dante / AES67TrinnovAltitude1620-channel processing · analog-first AltitudeStormAudioISP Elite MK316–32 channels · modular I/O · Dirac ARTStormAudioISP Evo32-channel digital-first AES / AoIP architectureAnthemAVM 90 8K15.4 channels · four subwoofer outputs · ARCMarantzAV 1015.4 channels · balanced reference platformARCAMAVP4516 channels · Dirac ecosystem · 2026 Radia AVAudioControlHyperion DPR-1616 digital channels · Dante / AES67McIntoshMX20011.2 channels · compact 2U · DiracDIGITAL ECOSYSTEMSteinway P300 2.116 native · RoomPerfect · up to 256 mapped speakersPROCESSOR + AMPLIFIERFocal Astral 1616 channels · 12 amplified · Dirac Live16-CHANNEL PROCESSORBryston SP416 XLR · Dirac · configurable layoutsCINEMA-DERIVED REFERENCEDatasat RS20iAES/EBU · Dirac · active crossovers
COMPARE
Compare architecture, not badge hierarchy.
KNOWLEDGE
Understand what the processor is actually doing.
01
What does a processor actually do?
Decode, route, manage bass, calibrate and control the cinema.
02How many channels do you really need?
From 7.1.4 to 9.4.6 and beyond.
03Room correction systems explained
Optimizer, Dirac, ARC and RoomPerfect.
04XLR, AES/EBU, Dante and AES67
Why processor output architecture changes the rack.
05Multi-subwoofer bass management
Independent bass channels, arrays and optimisation.
06What makes a processor future-proof?
Software, HDMI boards, channel licensing and modular I/O.
PROJECT-SPECIFIC ADVICE
Start with the room and speaker layout.
Send the room dimensions, proposed speaker layout, subwoofer plan, amplification and video requirements. The processor shortlist should follow the architecture — not the other way around.