CR-03 · Hybrid situation briefing
Share approved briefing content and speech with a remote team.
Video & data
All 10 connections · 9 devices and services
Choose a connection to read its endpoints, direction and interface. Repeated device IDs refer to the same equipment across views.
From · SRC6 x information PCs includes the two local technical PCs; silent feeds
To · PROC1 x compositor 7 capture channels / 2 independent output programmes
Direction: source → destination · 6 HDMI: C1 to C6
From · SRC6 x information PCs includes the two local technical PCs; silent feeds
To · DESK2 x local operator sets monitor + keyboard + mouse; no extra PCs
Direction: source → destination · 2 separate local display outputs
From · DESK2 x local operator sets monitor + keyboard + mouse; no extra PCs
To · SRC6 x information PCs includes the two local technical PCs; silent feeds
Direction: source → destination · local keyboard and mouse USB
From · PROC1 x compositor 7 capture channels / 2 independent output programmes
To · LED1 x LED display package sender + receiving cards + surface + PSU
Direction: source → destination · O1 WALL; LED pixel map by design
From · PROC1 x compositor 7 capture channels / 2 independent output programmes
To · SHARE1 x HDMI-to-USB capture SHARE output only; excludes C7 call return
Direction: source → destination · O2 SHARE; independent 1080p30 programme
From · SHARE1 x HDMI-to-USB capture SHARE output only; excludes C7 call return
To · UC1 x conferencing PC set own local monitor; camera + content + USB audio
Direction: source → destination · USB video: approved content
From · UC1 x conferencing PC set own local monitor; camera + content + USB audio
To · PROC1 x compositor 7 capture channels / 2 independent output programmes
Direction: source → destination · HDMI: C7 call return; separate from UC local UI
From · CAM1 x PTZ camera SDI video; IP preset control
To · CAP1 x SDI-to-USB capture camera input; selected USB format
Direction: source → destination · SDI
From · CAP1 x SDI-to-USB capture camera input; selected USB format
To · UC1 x conferencing PC set own local monitor; camera + content + USB audio
Direction: source → destination · USB camera video
From · UC1 x conferencing PC set own local monitor; camera + content + USB audio
To · SERVICE1 x client conferencing service client network / WAN; outside AV management LAN
Bidirectional · IP: meeting media and signalling
SRC · 6 x information PCs includes the two local technical PCs; silent feeds
Connections: L01, L02, L03. Repeated device IDs refer to the same equipment.
DESK · 2 x local operator sets monitor + keyboard + mouse; no extra PCs
Connections: L02, L03. Repeated device IDs refer to the same equipment.
PROC · 1 x compositor 7 capture channels / 2 independent output programmes
Connections: L01, L04, L05, L07. Repeated device IDs refer to the same equipment.
LED · 1 x LED display package sender + receiving cards + surface + PSU
Connections: L04. Repeated device IDs refer to the same equipment.
SHARE · 1 x HDMI-to-USB capture SHARE output only; excludes C7 call return
Connections: L05, L06. Repeated device IDs refer to the same equipment.
UC · 1 x conferencing PC set own local monitor; camera + content + USB audio
Connections: L06, L07, L09, L10. Repeated device IDs refer to the same equipment.
SERVICE · 1 x client conferencing service client network / WAN; outside AV management LAN
Connections: L10. Repeated device IDs refer to the same equipment.
CAM · 1 x PTZ camera SDI video; IP preset control
Connections: L08. Repeated device IDs refer to the same equipment.
CAP · 1 x SDI-to-USB capture camera input; selected USB format
Connections: L08, L09. Repeated device IDs refer to the same equipment.
Devices, connections & design conditions 10 connections
- Six information feeds and one call return enter the compositor.
- The independent SHARE programme excludes the call return.
- Room microphones feed the call; call return feeds the room and AEC reference.
- SRC
- 6 x information PCs includes the two local technical PCs; silent feeds
- DESK
- 2 x local operator sets monitor + keyboard + mouse; no extra PCs
- PROC
- 1 x compositor 7 capture channels / 2 independent output programmes
- LED
- 1 x LED display package sender + receiving cards + surface + PSU
- SHARE
- 1 x HDMI-to-USB capture SHARE output only; excludes C7 call return
- UC
- 1 x conferencing PC set own local monitor; camera + content + USB audio
- SERVICE
- 1 x client conferencing service client network / WAN; outside AV management LAN
- CAM
- 1 x PTZ camera SDI video; IP preset control
- CAP
- 1 x SDI-to-USB capture camera input; selected USB format
- SRC → PROC6 HDMI: C1 to C6
- SRC → DESK2 separate local display outputs
- DESK → SRClocal keyboard and mouse USB
- PROC → LEDO1 WALL; LED pixel map by design
- PROC → SHAREO2 SHARE; independent 1080p30 programme
- SHARE → UCUSB video: approved content
- UC → PROCHDMI: C7 call return; separate from UC local UI
- CAM → CAPSDI
- CAP → UCUSB camera video
- UC ↔ SERVICEIP: meeting media and signalling
Reference design, not a completed installation. Independent composition and camera + external content workflow require FAT. Power, mounts, rack, 2 PDU and cable/PSU sets are separate BOQ lines. No failover.
Audio & return paths
All 6 connections · 5 devices and services
Choose a connection to read its endpoints, direction and interface. Repeated device IDs refer to the same equipment across views.
From · MIC2 x wired microphone zones initial layout; room coverage to be tested
To · DSP1 x AEC audio processor mic send / call return / AEC reference
Direction: source → destination · 2 balanced mic inputs
From · DSP1 x AEC audio processor mic send / call return / AEC reference
To · UC1 x conferencing PC set own local monitor; camera + content + USB audio
Direction: source → destination · USB send: mics after AEC; no return audio
From · UC1 x conferencing PC set own local monitor; camera + content + USB audio
To · DSP1 x AEC audio processor mic send / call return / AEC reference
Direction: source → destination · USB receive: call return
From · DSP1 x AEC audio processor mic send / call return / AEC reference
To · AMP1 x amplifier selected line and load type
Direction: source → destination · mono line output: return mix
From · AMP1 x amplifier selected line and load type
To · SPK2 x room loudspeakers call return only; no local mic reinforcement
Direction: source → destination · speaker circuit: matched load
From · DSP1 x AEC audio processor mic send / call return / AEC reference
To · DSP1 x AEC audio processor mic send / call return / AEC reference
Direction: source → destination · internal AEC reference: actual room return mix
UC · 1 x conferencing PC set own local monitor; camera + content + USB audio
Connections: L12, L13. Repeated device IDs refer to the same equipment.
MIC · 2 x wired microphone zones initial layout; room coverage to be tested
Connections: L11. Repeated device IDs refer to the same equipment.
DSP · 1 x AEC audio processor mic send / call return / AEC reference
Connections: L11, L12, L13, L14, L16. Repeated device IDs refer to the same equipment.
AMP · 1 x amplifier selected line and load type
Connections: L14, L15. Repeated device IDs refer to the same equipment.
SPK · 2 x room loudspeakers call return only; no local mic reinforcement
Connections: L15. Repeated device IDs refer to the same equipment.
Devices, connections & design conditions 6 connections
- Six information feeds and one call return enter the compositor.
- The independent SHARE programme excludes the call return.
- Room microphones feed the call; call return feeds the room and AEC reference.
- UC
- 1 x conferencing PC set own local monitor; camera + content + USB audio
- MIC
- 2 x wired microphone zones initial layout; room coverage to be tested
- DSP
- 1 x AEC audio processor mic send / call return / AEC reference
- AMP
- 1 x amplifier selected line and load type
- SPK
- 2 x room loudspeakers call return only; no local mic reinforcement
- MIC → DSP2 balanced mic inputs
- DSP → UCUSB send: mics after AEC; no return audio
- UC → DSPUSB receive: call return
- DSP → AMPmono line output: return mix
- AMP → SPKspeaker circuit: matched load
- DSP → DSPinternal AEC reference: actual room return mix
Reference design, not a completed installation. Independent composition and camera + external content workflow require FAT. Power, mounts, rack, 2 PDU and cable/PSU sets are separate BOQ lines. No failover.
Control & status
All 6 connections · 7 devices and services
Choose a connection to read its endpoints, direction and interface. Repeated device IDs refer to the same equipment across views.
From · PANEL1 x layout / room panel share and mute state stay in UC app unless API is validated
To · NET1 x management switch 16 ports; 6 used + 1 service
Bidirectional · IP management
From · NET1 x management switch 16 ports; 6 used + 1 service
To · PROC1 x compositor 7 capture channels / 2 independent output programmes
Bidirectional · IP: layouts / input and output state
From · NET1 x management switch 16 ports; 6 used + 1 service
To · CAM1 x PTZ camera SDI video; IP preset control
Bidirectional · IP: presets / status
From · NET1 x management switch 16 ports; 6 used + 1 service
To · DSP1 x AEC audio processor mic send / call return / AEC reference
Bidirectional · IP: audio control / status
From · NET1 x management switch 16 ports; 6 used + 1 service
To · LED1 x LED display package sender + receiving cards + surface + PSU
Bidirectional · IP: sender control / status
From · UPS1 x UPS system agreed source, wall, control and meeting loads
To · NET1 x management switch 16 ports; 6 used + 1 service
Direction: source → destination · IP power status
PROC · 1 x compositor 7 capture channels / 2 independent output programmes
Connections: L18. Repeated device IDs refer to the same equipment.
LED · 1 x LED display package sender + receiving cards + surface + PSU
Connections: L21. Repeated device IDs refer to the same equipment.
CAM · 1 x PTZ camera SDI video; IP preset control
Connections: L19. Repeated device IDs refer to the same equipment.
DSP · 1 x AEC audio processor mic send / call return / AEC reference
Connections: L20. Repeated device IDs refer to the same equipment.
PANEL · 1 x layout / room panel share and mute state stay in UC app unless API is validated
Connections: L17. Repeated device IDs refer to the same equipment.
NET · 1 x management switch 16 ports; 6 used + 1 service
Connections: L17, L18, L19, L20, L21, L22. Repeated device IDs refer to the same equipment.
UPS · 1 x UPS system agreed source, wall, control and meeting loads
Connections: L22. Repeated device IDs refer to the same equipment.
Devices, connections & design conditions 6 connections
- Six information feeds and one call return enter the compositor.
- The independent SHARE programme excludes the call return.
- Room microphones feed the call; call return feeds the room and AEC reference.
- PROC
- 1 x compositor 7 capture channels / 2 independent output programmes
- LED
- 1 x LED display package sender + receiving cards + surface + PSU
- CAM
- 1 x PTZ camera SDI video; IP preset control
- DSP
- 1 x AEC audio processor mic send / call return / AEC reference
- PANEL
- 1 x layout / room panel share and mute state stay in UC app unless API is validated
- NET
- 1 x management switch 16 ports; 6 used + 1 service
- UPS
- 1 x UPS system agreed source, wall, control and meeting loads
- PANEL ↔ NETIP management
- NET ↔ PROCIP: layouts / input and output state
- NET ↔ CAMIP: presets / status
- NET ↔ DSPIP: audio control / status
- NET ↔ LEDIP: sender control / status
- UPS → NETIP power status
Reference design, not a completed installation. Independent composition and camera + external content workflow require FAT. Power, mounts, rack, 2 PDU and cable/PSU sets are separate BOQ lines. No failover.
Typical architecture · not a project drawing