Club stage & lounge HS-03

Reference design; acoustic and production brief required.

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Choose a view, then a route, connection or device. Lines retain their original direction. Repeated device IDs refer to the same equipment across views.

HS-03 · Club stage & lounge

Stage PA, lounge audio, LED video and DMX lighting have distinct signal paths and operating responsibilities.

Video & data

Signal flow. Devices, connections and conditions follow the drawing.Open SVG ↗
HS-03 · Video & dataStage mixer and speaker processing feed two active tops and two active subs with individual AC power. The lounge has its own source, DSP and 100 V amplifier. An HDMI player feeds an LED processor and surface. A lighting console feeds three isolated DMX branches with twelve fixtures. Staff controls and building programme mute are separate routes. 3 end terminators one per active branch DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm Repeated device identifiers refer to the same equipment across views. Equipment illustrations are schematic; labels define quantities.{"sourceHash":"7dfb309789fbbb468a6fcca8050fb9cc603e1590b046b0c76ebe6b6e987d9305","view":"signal","nodes":["PLAYER","LEDP","LED"],"edges":["L10","L11"]}PIXEL COMMAND SOLUTIONS / HS-03 / VIDEO & DATAVideo & dataREFERENCE DESIGN · PROJECT VALIDATION REQUIREDPLAYER → LEDP: HDMIHDMILEDP → LED: matched LED data links not a general LAN switchmatched LED data links1 video player silent visuals in base scopePLAYER1 video player1 LED processorLEDP1 LED processor1 LED surface cabinets + receiver cards count by geometryLED1 LED surfaceVideo / LED data
Devices, connections & design conditions 2 connections
  • Stage PA, lounge audio, LED video and DMX lighting have distinct signal paths and operating responsibilities.
  • HS-03 reference diagram showing active stage speakers with individual power, independent lounge sound, LED data and isolated lighting branches.
PLAYER
1 video player silent visuals in base scope
LEDP
1 LED processor
LED
1 LED surface cabinets + receiver cards count by geometry
  1. PLAYER → LEDPHDMI
  2. LEDP → LEDmatched LED data links not a general LAN switch

3 end terminators one per active branch

DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power

Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage

Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm

Audio & return paths

Signal flow. Devices, connections and conditions follow the drawing.Open SVG ↗
HS-03 · Audio & return pathsStage mixer and speaker processing feed two active tops and two active subs with individual AC power. The lounge has its own source, DSP and 100 V amplifier. An HDMI player feeds an LED processor and surface. A lighting console feeds three isolated DMX branches with twelve fixtures. Staff controls and building programme mute are separate routes. 3 end terminators one per active branch DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm Repeated device identifiers refer to the same equipment across views. Equipment illustrations are schematic; labels define quantities.{"sourceHash":"7dfb309789fbbb468a6fcca8050fb9cc603e1590b046b0c76ebe6b6e987d9305","view":"audio","nodes":["DJ","DI","MIX","MIC","PROC","TOP","SUB","BGM","DSP","AMP","SPK"],"edges":["L01","L02","L03","L04","L05","L06","L07","L08","L09"]}PIXEL COMMAND SOLUTIONS / HS-03 / AUDIO & RETURN PATHSAudio & return pathsREFERENCE DESIGN · PROJECT VALIDATION REQUIREDDJ → DI: stereo linestereo lineDI → MIX: CH1/2CH1/2MIC → MIX: CH3–6CH3–6MIX → PROC: balanced L/Rbalanced L/RPROC → TOP: OUT1/2: line L/ROUT1/2: line L/RPROC → SUB: OUT3/4: lineOUT3/4: lineBGM → DSP: analogue L/Ranalogue L/RDSP → AMP: mono linemono lineAMP → SPK: 1 independent 100 V line1 independent 100 Vline1 guest DJ setDJ1 guest DJ set1 stereo line isolationDI1 stereo lineisolation1 stage mixer 6 of ≥8 inputs usedMIX1 stage mixer4 wired microphone channelsMIC4 wired microphonechannels1 speaker processor 2 inputs / ≥4 outputs limits, filters, delays, mutePROC1 speaker processor2 active tops each: signal + ACTOP2 active tops2 active subwoofers each: signal + ACSUB2 active subwoofers1 music playerBGM1 music player1 zone DSP 2 inputs / 1 output usedDSP1 zone DSP1 four-channel 100 V amplifier CH1 used; CH2–4 spareAMP1 four-channel 100 Vamplifier4 ceiling speakers 6 W tap / 24 W lineSPK4 ceiling speakersAudio
Devices, connections & design conditions 9 connections
  • Stage PA, lounge audio, LED video and DMX lighting have distinct signal paths and operating responsibilities.
  • HS-03 reference diagram showing active stage speakers with individual power, independent lounge sound, LED data and isolated lighting branches.
DJ
1 guest DJ set
DI
1 stereo line isolation
MIX
1 stage mixer 6 of ≥8 inputs used
MIC
4 wired microphone channels
PROC
1 speaker processor 2 inputs / ≥4 outputs limits, filters, delays, mute
TOP
2 active tops each: signal + AC
SUB
2 active subwoofers each: signal + AC
BGM
1 music player
DSP
1 zone DSP 2 inputs / 1 output used
AMP
1 four-channel 100 V amplifier CH1 used; CH2–4 spare
SPK
4 ceiling speakers 6 W tap / 24 W line
  1. DJ → DIstereo line
  2. DI → MIXCH1/2
  3. MIC → MIXCH3–6
  4. MIX → PROCbalanced L/R
  5. PROC → TOPOUT1/2: line L/R
  6. PROC → SUBOUT3/4: line
  7. BGM → DSPanalogue L/R
  8. DSP → AMPmono line
  9. AMP → SPK1 independent 100 V line

3 end terminators one per active branch

DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power

Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage

Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm

Control & status

Signal flow. Devices, connections and conditions follow the drawing.Open SVG ↗
HS-03 · Control & statusStage mixer and speaker processing feed two active tops and two active subs with individual AC power. The lounge has its own source, DSP and 100 V amplifier. An HDMI player feeds an LED processor and surface. A lighting console feeds three isolated DMX branches with twelve fixtures. Staff controls and building programme mute are separate routes. 3 end terminators one per active branch DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm Repeated device identifiers refer to the same equipment across views. Equipment illustrations are schematic; labels define quantities.{"sourceHash":"7dfb309789fbbb468a6fcca8050fb9cc603e1590b046b0c76ebe6b6e987d9305","view":"control","nodes":["PROC","DSP","LEDP","LIGHT","SPLIT","WASH","MOVE","PAN","CTL","NET","FIRE","ISO"],"edges":["L12","L13","L14","L15","L16","L17","L18","L19","L20","L21","L22","L23"]}PIXEL COMMAND SOLUTIONS / HS-03 / CONTROL & STATUSControl & statusREFERENCE DESIGN · PROJECT VALIDATION REQUIREDLIGHT → SPLIT: DMXDMXSPLIT → WASH: branches 1/2 addresses 1–64Branches 1/2· 1–64SPLIT → MOVE: branch 3 addresses 65–128Branch 3 · 65–128PAN ↔ CTL: IP commands / statusIP commands / statusNET → PAN: LAN / panel PoELAN / panelPoEFIRE → ISO: agreed contactAgreedcontactCTL ↔ DSP: IP source / gain / status driver to verifyIP source / gain /statusCTL ↔ PROC: IP agreed preset / status interface to verifyIP preset /statusCTL ↔ LEDP: IP agreed commands / statusIP commands / statusCTL ↔ LIGHT: IP cue commands / console state if supported by selected consoleIP cue / console state· if supportedISO → PROC: contact: all stage outputs muteContact: all stageoutputs muteISO → DSP: contact: lounge muteContact: lounge mute1 speaker processor 2 inputs / ≥4 outputs limits, filters, delays, mutePROC1 speaker processor1 zone DSP 2 inputs / 1 output usedDSP1 zone DSP1 LED processorLEDP1 LED processor1 lighting console ≥1 DMX universeLIGHT1 lighting console1 isolated splitter ≥4 outputs; 3 usedSPLIT1 isolated splitter8 wash fixtures ≤8 slots eachWASH8 wash fixtures4 moving fixtures ≤16 slots eachMOVE4 moving fixtures2 staff panels lounge and duty managerPAN2 staff panels1 system controller permissions + agreed presetsCTL1 system controller1 managed 16-port switch 12 ports assigned / reserved PoE budget ≥120 WNET1 managed 16-portswitch1 building signal interface external contractorFIRE1 building signalinterface1 isolation interface set two programme mute pathsISO1 isolation interfacesetControl / status
Devices, connections & design conditions 12 connections
  • Stage PA, lounge audio, LED video and DMX lighting have distinct signal paths and operating responsibilities.
  • HS-03 reference diagram showing active stage speakers with individual power, independent lounge sound, LED data and isolated lighting branches.
PROC
1 speaker processor 2 inputs / ≥4 outputs limits, filters, delays, mute
DSP
1 zone DSP 2 inputs / 1 output used
LEDP
1 LED processor
LIGHT
1 lighting console ≥1 DMX universe
SPLIT
1 isolated splitter ≥4 outputs; 3 used
WASH
8 wash fixtures ≤8 slots each
MOVE
4 moving fixtures ≤16 slots each
PAN
2 staff panels lounge and duty manager
CTL
1 system controller permissions + agreed presets
NET
1 managed 16-port switch 12 ports assigned / reserved PoE budget ≥120 W
FIRE
1 building signal interface external contractor
ISO
1 isolation interface set two programme mute paths
  1. LIGHT → SPLITDMX
  2. SPLIT → WASHbranches 1/2 addresses 1–64
  3. SPLIT → MOVEbranch 3 addresses 65–128
  4. PAN ↔ CTLIP commands / status
  5. NET → PANLAN / panel PoE
  6. FIRE → ISOagreed contact
  7. CTL ↔ DSPIP source / gain / status driver to verify
  8. CTL ↔ PROCIP agreed preset / status interface to verify
  9. CTL ↔ LEDPIP agreed commands / status
  10. CTL ↔ LIGHTIP cue commands / console state if supported by selected console
  11. ISO → PROCcontact: all stage outputs mute
  12. ISO → DSPcontact: lounge mute

3 end terminators one per active branch

DMX is one-way here cue state is not fixture telemetry each fixture also requires AC power

Shared: rack, signal cables, power, mounting and licences 4 separate PA AC feeds + 12 lighting feeds + LED power by design No external power amplifier for active PA Stage monitors are an option; add aux feeds, AC and mute coverage

Reference quantities, not a coverage or capacity guarantee No automatic timecode show or fixture feedback in this baseline AV programme mute does not replace certified voice alarm

Typical architecture · not a project drawing