Hotels, restaurants & clubs

• Two music players and a paging microphone feed four independent restaurant audio zones. Staff controls and the scheduling controller use separate control routes.
• HS-01 reference diagram showing five analogue inputs, four 100 V speaker lines, four wall controls and programme mute coordination.

BGM

2 music players 4 analogue channels

DSP

1 zone DSP 8 in / 8 out L/R summed internally

MIC

1 paging microphone set zone selection + talk

AMP

1 four-channel amplifier 4 × 120 W / 100 V

SPK

16 ceiling speakers 4 zones × 4 speakers 6 W tap / 24 W per line

1. BGM → DSPL/R × 2
2. MIC → DSP1 balanced mic
3. DSP → AMPOUT1–4: four mono line feeds
4. AMP → SPK4 separate 100 V lines

Shared once per restaurant rack, AC power, mounting, cables, licences 2 players allow 2 different programmes

Reference quantities, not measured coverage Everyday paging and programme mute do not replace a certified voice alarm system

• Two music players and a paging microphone feed four independent restaurant audio zones. Staff controls and the scheduling controller use separate control routes.
• HS-01 reference diagram showing five analogue inputs, four 100 V speaker lines, four wall controls and programme mute coordination.

DSP

1 zone DSP 8 in / 8 out L/R summed internally

MIC

1 paging microphone set zone selection + talk

PAN

4 staff panels one role per zone

CTL

1 controller day/evening schedule clock + permissions

NET

1 managed 16-port switch 10 ports assigned PoE budget ≥180 W

FIRE

1 building signal interface external contractor

ISO

1 isolation interface set

1. PAN ↔ CTLIP commands / status
2. NET → PANLAN + panel PoE
3. NET → CTLcontrol LAN
4. CTL ↔ DSPUDP/IP commands / status driver to verify
5. MIC → DSP4 zone contacts + PTT 5 GPIO inputs
6. FIRE → ISOagreed contact
7. ISO → DSPGPIO input 6: programme mute includes paging

Shared once per restaurant rack, AC power, mounting, cables, licences 2 players allow 2 different programmes

Reference quantities, not measured coverage Everyday paging and programme mute do not replace a certified voice alarm system

• Independent video outputs and audio mixes follow the approved A/B/A+B room mode. The partition sensor connects through a network contact interface.
• HS-02 reference diagram showing two displays, output audio extraction, room audio processing, separate 100 V lines and confirmed mode feedback.

GUEST

2 guest sources A and B / customer devices

MAT

1 HDMI matrix 4 × 2

EX

2 stereo audio extractors one per matrix output

DISP

2 displays A and B internal speakers off

MIC

4 microphone channels A1/A2 and B1/B2

CORE

1 room-combine processor 12 inputs / 2 mono outputs used A / B / separate / A+B

BGM

2 background players

AMP

1 four-channel 100 V amplifier CH1 / CH2 used CH3 / CH4 spare

SPK

16 ceiling speakers 8 per room × 6 W 48 W on each line

1. GUEST → MATHDMI IN1 / IN2 IN3 / IN4 reserved
2. MAT → EXOUT A / OUT B
3. EX → DISP2 HDMI pass-through paths
4. MIC → CORE4 balanced feeds
5. BGM → CORE4 analogue L/R channels
6. CORE → AMPOUT1 = A / OUT2 = B balanced line
7. AMP → SPK2 electrically separate lines
8. EX → COREEX-A L/R + EX-B L/R 4 analogue channels

Shared once per room pair rack, AC power, mounting, cables, control licences Alternative: built-in dual audio extraction replaces both extractors

A+B: one programme feed, selected microphone mix Do not sum EX-A and EX-B when carrying the same source Unknown partition: block automatic combine and show fault AV programme mute is not certified voice alarm

• Independent video outputs and audio mixes follow the approved A/B/A+B room mode. The partition sensor connects through a network contact interface.
• HS-02 reference diagram showing two displays, output audio extraction, room audio processing, separate 100 V lines and confirmed mode feedback.

MAT

1 HDMI matrix 4 × 2

DISP

2 displays A and B internal speakers off

CORE

1 room-combine processor 12 inputs / 2 mono outputs used A / B / separate / A+B

SENSOR

1 partition sensor assembly open + closed contacts

GPIO

1 network contact interface 3 inputs used PoE Type 1 Class 3

FIRE

1 building signal interface external contractor

ISO

1 isolation interface set

PAN

2 room panels local roles / combined master

NET

1 managed 16-port switch 11 ports assigned PoE budget ≥120 W

1. SENSOR → GPIO2 contact inputs
2. FIRE → ISOagreed contact
3. ISO → GPIOthird input: programme mute
4. NET → GPIOLAN / PoE
5. NET → PANLAN / PoE
6. GPIO → COREIP: position + mute + link status no direct GPIO on chosen processor v2
7. PAN ↔ COREIP commands / confirmed mode
8. CORE ↔ MATIP route command / actual route
9. CORE ↔ DISPIP power command / status

Shared once per room pair rack, AC power, mounting, cables, control licences Alternative: built-in dual audio extraction replaces both extractors

A+B: one programme feed, selected microphone mix Do not sum EX-A and EX-B when carrying the same source Unknown partition: block automatic combine and show fault AV programme mute is not certified voice alarm

• 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

• 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

• 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