![Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter [10/119] Manual frequency selection](/img/pdf.png)
Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter [10/119] Manual frequency selection
![Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter [10/119] Manual frequency selection](/views2/1989594/page10/bga.png)
10
Multiple System Setup
A setup using networked receivers is the fastest and easiest way to distribute the best open channel to each system. See Networking ULX-D Receivers for
networking details.
Note: Networked receivers must all be within the same frequency band.
Use this procedure to tune a receiver and transmitter to the best open channel.
Scan and Sync
Important! Before you begin:
Turn off all transmitters for the systems you are setting up. (This prevents
them from interfering with the frequency scan.)
Turn on the following potential sources of interference so they are operating
as they would be during the presentation or performance (the scan will
detect and avoid any interference they generate).
• Other wireless systems or devices
• Computers
• CD players
• Large LED panels
• Effects processors
1. Press the
SEL button to select a channel.
2. Perform a group scan on the receiver:
SCAN > GROUP SCAN.
3. Press
SCAN to start the scan. SCANNING appears on the LCD during the
scan.
4. After the scan completes, the receiver displays the group with the
most available frequencies. Press the flashing
ENTER button to deploy
frequencies to each receiver channel.
5. Power on the ULXD transmitter.
6. Press the
sync button on the receiver.
7. Align the IR windows until the receiver IR port illuminates red.
8. When complete,
SYNC SUCCESS! appears. The transmitter and receiver
are now tuned to the same frequency.
Manual Frequency Selection
To manually adjust group, channel, or frequency:
1. Press
SEL to choose a receiver channel and navigate to the RADIO
menu.
2. Use the control wheel to adjust the group, channel, or frequency.
3. Press
ENTER to save changes.
Networked Receivers
1. Turn on all receivers.
2. Conduct a group scan on the first receiver to find available frequencies in
each group:
SCAN > GROUP SCAN.
3. Press
ENTER to accept the group number and automatically assign the
next best channel to each receiver on the network. The receiver LEDs will
flash when a frequency has been assigned.
4. Turn on a transmitter and sync to the receiver.
Important! Leave the transmitter on and repeat this step for each
additional system.
Non-networked Receivers
1. Turn on all receivers.
2. Conduct a group scan on the first receiver to find available frequencies in
each group:
SCAN > SCAN > GROUP SCAN > SCAN
3. When the scan is complete, use the control wheel to scroll through
each group. Press ENTER to select a group that has enough available
frequencies for all channels in the system.
4. Sync a transmitter to each receiver channel.
Important! Leave all transmitters on use the following steps to set up
additional receiver channels:
1. Set each additional receiver channel to the same group as the first
receiver:
RADIO > G:
2. Conduct a channel scan to find available frequencies within the group:
SCAN > SCAN > CHANNEL SCAN > SCAN
3. When the scan is complete, press ENTER to assign frequencies to each
receiver channel.
4. Sync a transmitter to each receiver channel.
ULXD4Q
Digital Wireless Receiver
push
control
ENTER
EXIT
SCAN
RF
A B
OL
OL
gainaudio
RF
A B
OL
OL
gainaudio
RF
A B
OL
OL
audio
RX1
RX2 RX3
SCAN COMPLETE
G:01 CH:21
485.775 MHz
Rssi: -118 dBm
on
ULXD2
on
2
1
3
4 5
6
7
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
ULXD4Q
Digital Wireless Receiver
push
control
ENTER
EXIT
SCAN
power
RF
A B
OL
OL
gainaudio
RF
A B
OL
OL
gainaudio
RF
A B
OL
OL
gainaudio
RF
A B
OL
OL
gainaudio
RX1 RX2 RX3 RX4
o
n
U
L
X
D
2
<15 cm (8 in.)
RF
A B
OL
OL
gainaudio
RX1
EXIT
SCAN
EXIT
SCAN
SEL
sync
Channel Scan
Group Scan
Group Scan
SCANNING
Содержание
- Ulx d digital wireless microphone system 1
- Dual and quad receiver models 3
- Extremely efficient and reliable rf performance 3
- Features 3
- General description 3
- Scalable intelligent hardware 3
- Shure advanced power management 3
- Uncompromising digital wireless audio 3
- 15 cm 8 in 4
- A15224 4
- A15842 4
- Aa sb900 4
- Channel scan croup scan 4
- Deploy completed 4 of 4 channels set sync tx now 4
- Group scan 4
- Quickstart instructions 4
- Scan complete group 01 open freq 70 rx chan found 4 4
- Select rx to scan 1 receiver 2 receiver 3 receiver 4
- Back panel 5
- Front panel 5
- Receiver 5
- ① ac power input 5
- ① infrared ir sync window 5
- ② network icon 5
- ② rf antenna diversity input jack 2 5
- ③ encryption icon 5
- ③ rf cascade jack 2 5
- ④ lcd panel 5
- ④ mic line switch one per channel 5
- ⑤ balanced xlr audio output one per channel 5
- ⑤ scan button 5
- ⑥ menu navigation buttons 5
- ⑥ network status led green 5
- ⑦ control wheel 5
- ⑦ ethernet dante network secondary port 5
- ⑧ channel select button 5
- ⑧ network speed led amber 5
- ⑨ ethernet dante network primary port 5
- ⑨ sync button 5
- ⑩ rf diversity leds 5
- ⑪ rf signal strength leds 5
- ⑫ audio leds 5
- ⑬ gain buttons 5
- ⑭ power switch 5
- Advanced transmitter features 6
- Rf mute 6
- Transmitter input clip mic offset 6
- Transmitters 6
- Tx overload 6
- ① ⑫ ② ③ 6
- ④ ⑤ 6
- ④ ⑤ ⑥ 6
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 7
- Home screen display options 7
- Menu screens 7
- Receiver 7
- Receiver channel 7
- Receiver home screen 7
- Transmitter 7
- Aa alkaline battery runtime chart h mm 8
- Aa batteries 8
- Aa sb900 8
- Batteries 8
- G 01 ch 21 485 75 mhz rssi 118 dbm 8
- Installing the battery contact cover 8
- Scan complete 8
- Shure sb900 rechargeable battery 8
- Shure sb900 runtime 8
- Interference detection 9
- Reading the audio meter 9
- Receiver output level 9
- Setting gain 9
- System gain control 9
- Transmitter rf power 9
- Ulxd4q 9
- Channel scan group scan group scan 10
- G 01 ch 21 485 75 mhz rssi 118 dbm 10
- Manual frequency selection 10
- Multiple system setup 10
- Networked receivers 10
- Non networked receivers 10
- Scan and sync 10
- Scan complete 10
- Scanning 10
- Adjusting gain for summed outputs 11
- Audio summing 11
- Best practices for frequency diversity 11
- Best practices for high density mode 11
- Choosing an audio summing mode 11
- Choosing diversity output routing 11
- Frequency diversity 11
- Frequency diversity and encryption 11
- High density mode 11
- Setting the receiver to high density mode 11
- Creating a system preset 12
- Firmware 12
- Firmware versioning 12
- Transmitter presets 12
- Updating the receiver 12
- Updating the transmitter 12
- Antenna bias 13
- Custom groups 13
- Encryption 13
- Locking controls and settings 13
- Receiver 13
- Rf cascade ports 13
- System reset 13
- Transmitter 13
- Channel home screen 14
- Displays group channel frequency and tv information use the control wheel to edit values 14
- Note additional information can be accessed from the selected networking option 14
- Receiver menu descriptions 14
- Use the control wheel to assign and edit the selected receiver channel name 14
- Automatic ip addressing manual ip addressing 15
- Dante ip addressing 15
- Ip address configuration 15
- Network control software 15
- Networking acronyms 15
- Networking ulx d receivers 15
- Shure control 15
- Configuration switched default 16
- Overview of dante network modes 16
- Setting the dante networking mode 16
- Network connection and configuration examples 17
- Network example dante audio wwb6 17
- Network example wwb6 only 17
- Switched mode 17
- ① computer 17
- ① ② 17
- ② dhcp server 17
- ③ gigabit ethernet switch 17
- ③ receiver connection 17
- ④ receiver connection 17
- ④ ⑤ 17
- ⑤ dante receiver 17
- Backup dante audio is present on the secondary port 18
- Dante primary audio and shure control are present on the primary port 18
- Network characteristics 18
- Network example 18
- Note devices connected to the redundant network must be compatible with redundant audio 18
- Redundant audio mode 18
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 18
- The secondary dante ip address must be set to a different subnet 18
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 18
- ① computer 18
- ② dhcp server 18
- ③ gigabit ethernet switches 18
- ③ ③ 18
- ④ receiver connection 18
- ⑤ dante receiver 18
- Network example 19
- Split mode 19
- ① computer dante controller 19
- ① ② 19
- ② dhcp server secondary network 19
- ③ gigabit ethernet switch secondary network 19
- ④ receiver connections dante audio 19
- ⑤ computer shure control 19
- ⑤ ⑥ 19
- ⑥ dhcp server primary network 19
- ⑦ gigabit ethernet switch primary network 19
- ⑦ ⑧ 19
- ⑧ receiver connections shure control 19
- ⑨ dante receiver 19
- Assigning network device ids for shure control and dante control 20
- Best practices 20
- Dante device id ulxd rx1 20
- Identify device feature 20
- Setting the dante device id 20
- Setting the shure control device id 20
- Viewing dante device ids in the dante controller 20
- Configuring audio routes with the dante controller 21
- Dante receivers 21
- Dante transmitters 21
- Forming an audio route 21
- Connecting to an amx or crestron system 22
- Network troubleshooting 22
- Restore default settings 22
- Restore defaults overwrite current settings with default settings 22
- Restoring dante factory settings 22
- Restoring receiver and dante card factory settings 22
- Restoring the dante network card factory settings 22
- Locking the audio source in frequency diversity mode 23
- Managing and monitoring receiver settings 23
- Managing the ulxd receiver with wireless workbench 6 23
- Viewing the receiver in wwb6 inventory 23
- ① rf and audio meters 23
- ② transmitter settings 23
- ③ frequency settings 23
- ④ encryption icon 23
- ⑤ receiver output mute 23
- ⑥ receiver gain setting 23
- ⑦ custom groups 23
- ⑧ ir presets 23
- ⑨ utilities tab 23
- ⑩ network tab 23
- ⑪ advanced rf settings 23
- ⑫ encryption 23
- ⑬ frequency diversity mode 23
- ⑭ audio summing 23
- ⑮ locks 23
- Antenna faults 24
- Cables 24
- Compatibility 24
- Eliminating rf overload 24
- Encryption mismatch 24
- Firmware mismatch 24
- Increasing range 24
- Interface locks 24
- Radio frequency rf 24
- Reducing interference 24
- Rf leds 24
- Troubleshooting 24
- Audio output 25
- Cascade output 25
- Networking 25
- Rf input 25
- Ulx d specifications 25
- Ulxd4d ulxd4q 25
- Audio input 26
- Battery runtime 26
- Rf output 26
- Frequency range and transmitter output power 27
- Mic line 27
- Ta4m connector 27
- Tables and diagrams 27
- Xlr receiver output 27
- Xlr to ¼ output 27
- All systems 28
- Antennas 28
- Bodypack system 28
- Choice of one 1 of the following 28
- Furnished accessories 28
- Handheld systems 28
- Optional accessories 28
- Certifications 29
- Information to the user 29
- Licensing information 29
- Ulxd1 ulxd2 29
- Ulxd1 ulxd2 ulxd4d ulxd4q 29
- Ulxd4d ulxd4q 29
- Warning 29
- Frequencies for european countries 30
- Important 30
- Importante 30
- Ulxd g51 470 534 mhz max 20 mw 30
- Ulxd h51 534 598 mhz max 20 mw 30
- Ulxd k51 606 670 mhz max 20 mw 30
- Ulxd p51 710 782 mhz max 20 mw 30
- Ulxd r51 800 810 mhz max 20 mw 30
- Wichtig 30
- Dual and quad receiver models 32
- Extremely efficient and reliable rf performance 32
- Features 32
- General description 32
- Scalable intelligent hardware 32
- Shure advanced power management 32
- Uncompromising digital wireless audio 32
- 15 cm 8 in 33
- A15224 33
- A15842 33
- Aa sb900 33
- Channel scan croup scan 33
- Deploy completed 4 of 4 channels set sync tx now 33
- Group scan 33
- Quickstart instructions 33
- Scan complete group 01 open freq 70 rx chan found 4 33
- Select rx to scan 1 receiver 2 receiver 3 receiver 33
- Back panel 34
- Front panel 34
- Receiver 34
- ① ac power input 34
- ① infrared ir sync window 34
- ② network icon 34
- ② rf antenna diversity input jack 2 34
- ③ encryption icon 34
- ③ rf cascade jack 2 34
- ④ lcd panel 34
- ④ mic line switch one per channel 34
- ⑤ balanced xlr audio output one per channel 34
- ⑤ scan button 34
- ⑥ menu navigation buttons 34
- ⑥ network status led green 34
- ⑦ control wheel 34
- ⑦ ethernet dante network secondary port 34
- ⑧ channel select button 34
- ⑧ network speed led amber 34
- ⑨ ethernet dante network primary port 34
- ⑨ sync button 34
- ⑩ rf diversity leds 34
- ⑪ rf signal strength leds 34
- ⑫ audio leds 34
- ⑬ gain buttons 34
- ⑭ power switch 34
- Advanced transmitter features 35
- Rf mute 35
- Transmitter input clip mic offset 35
- Transmitters 35
- Tx overload 35
- ① ⑫ ② ③ 35
- ④ ⑤ 35
- ④ ⑤ ⑥ 35
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 36
- Home screen display options 36
- Menu screens 36
- Receiver 36
- Receiver channel 36
- Receiver home screen 36
- Transmitter 36
- Aa alkaline battery runtime chart h mm 37
- Aa batteries 37
- Aa sb900 37
- Batteries 37
- G 01 ch 21 485 75 mhz rssi 118 dbm 37
- Installing the battery contact cover 37
- Scan complete 37
- Shure sb900 rechargeable battery 37
- Shure sb900 runtime 37
- Interference detection 38
- Reading the audio meter 38
- Receiver output level 38
- Setting gain 38
- System gain control 38
- Transmitter rf power 38
- Ulxd4q 38
- Channel scan group scan group scan 39
- G 01 ch 21 485 75 mhz rssi 118 dbm 39
- Manual frequency selection 39
- Multiple system setup 39
- Networked receivers 39
- Non networked receivers 39
- Scan and sync 39
- Scan complete 39
- Scanning 39
- Adjusting gain for summed outputs 40
- Audio summing 40
- Best practices for frequency diversity 40
- Best practices for high density mode 40
- Choosing an audio summing mode 40
- Choosing diversity output routing 40
- Frequency diversity 40
- Frequency diversity and encryption 40
- High density mode 40
- Setting the receiver to high density mode 40
- Creating a system preset 41
- Firmware 41
- Firmware versioning 41
- Transmitter presets 41
- Updating the receiver 41
- Updating the transmitter 41
- Antenna bias 42
- Custom groups 42
- Encryption 42
- Locking controls and settings 42
- Receiver 42
- Rf cascade ports 42
- System reset 42
- Transmitter 42
- Channel home screen 43
- Displays group channel frequency and tv information use the control wheel to edit values 43
- Note additional information can be accessed from the selected networking option 43
- Receiver menu descriptions 43
- Use the control wheel to assign and edit the selected receiver channel name 43
- Automatic ip addressing manual ip addressing 44
- Dante ip addressing 44
- Ip address configuration 44
- Network control software 44
- Networking acronyms 44
- Networking ulx d receivers 44
- Shure control 44
- Configuration switched default 45
- Overview of dante network modes 45
- Setting the dante networking mode 45
- Network connection and configuration examples 46
- Network example dante audio wwb6 46
- Network example wwb6 only 46
- Switched mode 46
- ① computer 46
- ① ② 46
- ② dhcp server 46
- ③ gigabit ethernet switch 46
- ③ receiver connection 46
- ④ receiver connection 46
- ④ ⑤ 46
- ⑤ dante receiver 46
- Backup dante audio is present on the secondary port 47
- Dante primary audio and shure control are present on the primary port 47
- Network characteristics 47
- Network example 47
- Note devices connected to the redundant network must be compatible with redundant audio 47
- Redundant audio mode 47
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 47
- The secondary dante ip address must be set to a different subnet 47
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 47
- ① computer 47
- ② dhcp server 47
- ③ gigabit ethernet switches 47
- ③ ③ 47
- ④ receiver connection 47
- ⑤ dante receiver 47
- Network example 48
- Split mode 48
- ① computer dante controller 48
- ① ② 48
- ② dhcp server secondary network 48
- ③ gigabit ethernet switch secondary network 48
- ④ receiver connections dante audio 48
- ⑤ computer shure control 48
- ⑤ ⑥ 48
- ⑥ dhcp server primary network 48
- ⑦ gigabit ethernet switch primary network 48
- ⑦ ⑧ 48
- ⑧ receiver connections shure control 48
- ⑨ dante receiver 48
- Assigning network device ids for shure control and dante control 49
- Best practices 49
- Dante device id ulxd rx1 49
- Identify device feature 49
- Setting the dante device id 49
- Setting the shure control device id 49
- Viewing dante device ids in the dante controller 49
- Configuring audio routes with the dante controller 50
- Dante receivers 50
- Dante transmitters 50
- Forming an audio route 50
- Connecting to an amx or crestron system 51
- Network troubleshooting 51
- Restore default settings 51
- Restore defaults overwrite current settings with default settings 51
- Restoring dante factory settings 51
- Restoring receiver and dante card factory settings 51
- Restoring the dante network card factory settings 51
- Locking the audio source in frequency diversity mode 52
- Managing and monitoring receiver settings 52
- Managing the ulxd receiver with wireless workbench 6 52
- Viewing the receiver in wwb6 inventory 52
- ① rf and audio meters 52
- ② transmitter settings 52
- ③ frequency settings 52
- ④ encryption icon 52
- ⑤ receiver output mute 52
- ⑥ receiver gain setting 52
- ⑦ custom groups 52
- ⑧ ir presets 52
- ⑨ utilities tab 52
- ⑩ network tab 52
- ⑪ advanced rf settings 52
- ⑫ encryption 52
- ⑬ frequency diversity mode 52
- ⑭ audio summing 52
- ⑮ locks 52
- Antenna faults 53
- Cables 53
- Compatibility 53
- Eliminating rf overload 53
- Encryption mismatch 53
- Firmware mismatch 53
- Increasing range 53
- Interface locks 53
- Radio frequency rf 53
- Reducing interference 53
- Rf leds 53
- Troubleshooting 53
- Audio output 54
- Cascade output 54
- Networking 54
- Rf input 54
- Ulx d specifications 54
- Ulxd4d ulxd4q 54
- Audio input 55
- Battery runtime 55
- Rf output 55
- Frequency range and transmitter output power 56
- Mic line 56
- Ta4m connector 56
- Tables and diagrams 56
- Xlr receiver output 56
- Xlr to ¼ output 56
- All systems 57
- Antennas 57
- Bodypack system 57
- Choice of one 1 of the following 57
- Furnished accessories 57
- Handheld systems 57
- Optional accessories 57
- Certifications 58
- Information to the user 58
- Licensing information 58
- Ulxd1 ulxd2 58
- Ulxd1 ulxd2 ulxd4d ulxd4q 58
- Ulxd4d ulxd4q 58
- Warning 58
- Frequencies for european countries 59
- Important 59
- Importante 59
- Ulxd g51 470 534 mhz max 20 mw 59
- Ulxd h51 534 598 mhz max 20 mw 59
- Ulxd k51 606 670 mhz max 20 mw 59
- Ulxd p51 710 782 mhz max 20 mw 59
- Ulxd r51 800 810 mhz max 20 mw 59
- Wichtig 59
- Ulx d digital wireless microphone system 61
- Dual and quad receiver models 62
- Extremely efficient and reliable rf performance 62
- Features 62
- General description 62
- Scalable intelligent hardware 62
- Shure advanced power management 62
- Uncompromising digital wireless audio 62
- 15 cm 8 in 63
- A15224 63
- A15842 63
- Aa sb900 63
- Channel scan croup scan 63
- Deploy completed 4 of 4 channels set sync tx now 63
- Group scan 63
- Quickstart instructions 63
- Scan complete group 01 open freq 70 rx chan found 4 63
- Select rx to scan 1 receiver 2 receiver 3 receiver 63
- Back panel 64
- Front panel 64
- Receiver 64
- ① ac power input 64
- ① infrared ir sync window 64
- ② network icon 64
- ② rf antenna diversity input jack 2 64
- ③ encryption icon 64
- ③ rf cascade jack 2 64
- ④ lcd panel 64
- ④ mic line switch one per channel 64
- ⑤ balanced xlr audio output one per channel 64
- ⑤ scan button 64
- ⑥ menu navigation buttons 64
- ⑥ network status led green 64
- ⑦ control wheel 64
- ⑦ ethernet dante network secondary port 64
- ⑧ channel select button 64
- ⑧ network speed led amber 64
- ⑨ ethernet dante network primary port 64
- ⑨ sync button 64
- ⑩ rf diversity leds 64
- ⑪ rf signal strength leds 64
- ⑫ audio leds 64
- ⑬ gain buttons 64
- ⑭ power switch 64
- Advanced transmitter features 65
- Rf mute 65
- Transmitter input clip mic offset 65
- Transmitters 65
- Tx overload 65
- ① ⑫ ② ③ 65
- ④ ⑤ 65
- ④ ⑤ ⑥ 65
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 66
- Home screen display options 66
- Menu screens 66
- Receiver 66
- Receiver channel 66
- Receiver home screen 66
- Transmitter 66
- Aa alkaline battery runtime chart h mm 67
- Aa batteries 67
- Aa sb900 67
- Batteries 67
- G 01 ch 21 485 75 mhz rssi 118 dbm 67
- Installing the battery contact cover 67
- Scan complete 67
- Shure sb900 rechargeable battery 67
- Shure sb900 runtime 67
- Interference detection 68
- Reading the audio meter 68
- Receiver output level 68
- Setting gain 68
- System gain control 68
- Transmitter rf power 68
- Ulxd4q 68
- Channel scan group scan group scan 69
- G 01 ch 21 485 75 mhz rssi 118 dbm 69
- Manual frequency selection 69
- Multiple system setup 69
- Networked receivers 69
- Non networked receivers 69
- Scan and sync 69
- Scan complete 69
- Scanning 69
- Adjusting gain for summed outputs 70
- Audio summing 70
- Best practices for frequency diversity 70
- Best practices for high density mode 70
- Choosing an audio summing mode 70
- Choosing diversity output routing 70
- Frequency diversity 70
- Frequency diversity and encryption 70
- High density mode 70
- Setting the receiver to high density mode 70
- Creating a system preset 71
- Firmware 71
- Firmware versioning 71
- Transmitter presets 71
- Updating the receiver 71
- Updating the transmitter 71
- Antenna bias 72
- Custom groups 72
- Encryption 72
- Locking controls and settings 72
- Receiver 72
- Rf cascade ports 72
- System reset 72
- Transmitter 72
- Channel home screen 73
- Displays group channel frequency and tv information use the control wheel to edit values 73
- Note additional information can be accessed from the selected networking option 73
- Receiver menu descriptions 73
- Use the control wheel to assign and edit the selected receiver channel name 73
- Automatic ip addressing manual ip addressing 74
- Dante ip addressing 74
- Ip address configuration 74
- Network control software 74
- Networking acronyms 74
- Networking ulx d receivers 74
- Shure control 74
- Configuration switched default 75
- Overview of dante network modes 75
- Setting the dante networking mode 75
- Network connection and configuration examples 76
- Network example dante audio wwb6 76
- Network example wwb6 only 76
- Switched mode 76
- ① computer 76
- ① ② 76
- ② dhcp server 76
- ③ gigabit ethernet switch 76
- ③ receiver connection 76
- ④ receiver connection 76
- ④ ⑤ 76
- ⑤ dante receiver 76
- Backup dante audio is present on the secondary port 77
- Dante primary audio and shure control are present on the primary port 77
- Network characteristics 77
- Network example 77
- Note devices connected to the redundant network must be compatible with redundant audio 77
- Redundant audio mode 77
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 77
- The secondary dante ip address must be set to a different subnet 77
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 77
- ① computer 77
- ② dhcp server 77
- ③ gigabit ethernet switches 77
- ③ ③ 77
- ④ receiver connection 77
- ⑤ dante receiver 77
- Network example 78
- Split mode 78
- ① computer dante controller 78
- ① ② 78
- ② dhcp server secondary network 78
- ③ gigabit ethernet switch secondary network 78
- ④ receiver connections dante audio 78
- ⑤ computer shure control 78
- ⑤ ⑥ 78
- ⑥ dhcp server primary network 78
- ⑦ gigabit ethernet switch primary network 78
- ⑦ ⑧ 78
- ⑧ receiver connections shure control 78
- ⑨ dante receiver 78
- Assigning network device ids for shure control and dante control 79
- Best practices 79
- Dante device id ulxd rx1 79
- Identify device feature 79
- Setting the dante device id 79
- Setting the shure control device id 79
- Viewing dante device ids in the dante controller 79
- Configuring audio routes with the dante controller 80
- Dante receivers 80
- Dante transmitters 80
- Forming an audio route 80
- Connecting to an amx or crestron system 81
- Network troubleshooting 81
- Restore default settings 81
- Restore defaults overwrite current settings with default settings 81
- Restoring dante factory settings 81
- Restoring receiver and dante card factory settings 81
- Restoring the dante network card factory settings 81
- Locking the audio source in frequency diversity mode 82
- Managing and monitoring receiver settings 82
- Managing the ulxd receiver with wireless workbench 6 82
- Viewing the receiver in wwb6 inventory 82
- ① rf and audio meters 82
- ② transmitter settings 82
- ③ frequency settings 82
- ④ encryption icon 82
- ⑤ receiver output mute 82
- ⑥ receiver gain setting 82
- ⑦ custom groups 82
- ⑧ ir presets 82
- ⑨ utilities tab 82
- ⑩ network tab 82
- ⑪ advanced rf settings 82
- ⑫ encryption 82
- ⑬ frequency diversity mode 82
- ⑭ audio summing 82
- ⑮ locks 82
- Antenna faults 83
- Cables 83
- Compatibility 83
- Eliminating rf overload 83
- Encryption mismatch 83
- Firmware mismatch 83
- Increasing range 83
- Interface locks 83
- Radio frequency rf 83
- Reducing interference 83
- Rf leds 83
- Troubleshooting 83
- Audio output 84
- Cascade output 84
- Networking 84
- Rf input 84
- Ulx d specifications 84
- Ulxd4d ulxd4q 84
- Audio input 85
- Battery runtime 85
- Rf output 85
- Frequency range and transmitter output power 86
- Mic line 86
- Ta4m connector 86
- Tables and diagrams 86
- Xlr receiver output 86
- Xlr to ¼ output 86
- All systems 87
- Antennas 87
- Bodypack system 87
- Choice of one 1 of the following 87
- Furnished accessories 87
- Handheld systems 87
- Optional accessories 87
- Certifications 88
- Information to the user 88
- Licensing information 88
- Ulxd1 ulxd2 88
- Ulxd1 ulxd2 ulxd4d ulxd4q 88
- Ulxd4d ulxd4q 88
- Warning 88
- Frequencies for european countries 89
- Important 89
- Importante 89
- Ulxd g51 470 534 mhz max 20 mw 89
- Ulxd h51 534 598 mhz max 20 mw 89
- Ulxd k51 606 670 mhz max 20 mw 89
- Ulxd p51 710 782 mhz max 20 mw 89
- Ulxd r51 800 810 mhz max 20 mw 89
- Wichtig 89
- Dual and quad receiver models 91
- Extremely efficient and reliable rf performance 91
- Features 91
- General description 91
- Scalable intelligent hardware 91
- Shure advanced power management 91
- Uncompromising digital wireless audio 91
- 15 cm 8 in 92
- A15224 92
- A15842 92
- Aa sb900 92
- Channel scan croup scan 92
- Deploy completed 4 of 4 channels set sync tx now 92
- Group scan 92
- Quickstart instructions 92
- Scan complete group 01 open freq 70 rx chan found 4 92
- Select rx to scan 1 receiver 2 receiver 3 receiver 92
- Back panel 93
- Front panel 93
- Receiver 93
- ① ac power input 93
- ① infrared ir sync window 93
- ② network icon 93
- ② rf antenna diversity input jack 2 93
- ③ encryption icon 93
- ③ rf cascade jack 2 93
- ④ lcd panel 93
- ④ mic line switch one per channel 93
- ⑤ balanced xlr audio output one per channel 93
- ⑤ scan button 93
- ⑥ menu navigation buttons 93
- ⑥ network status led green 93
- ⑦ control wheel 93
- ⑦ ethernet dante network secondary port 93
- ⑧ channel select button 93
- ⑧ network speed led amber 93
- ⑨ ethernet dante network primary port 93
- ⑨ sync button 93
- ⑩ rf diversity leds 93
- ⑪ rf signal strength leds 93
- ⑫ audio leds 93
- ⑬ gain buttons 93
- ⑭ power switch 93
- Advanced transmitter features 94
- Rf mute 94
- Transmitter input clip mic offset 94
- Transmitters 94
- Tx overload 94
- ① ⑫ ② ③ 94
- ④ ⑤ 94
- ④ ⑤ ⑥ 94
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 95
- Home screen display options 95
- Menu screens 95
- Receiver 95
- Receiver channel 95
- Receiver home screen 95
- Transmitter 95
- Aa alkaline battery runtime chart h mm 96
- Aa batteries 96
- Aa sb900 96
- Batteries 96
- G 01 ch 21 485 75 mhz rssi 118 dbm 96
- Installing the battery contact cover 96
- Scan complete 96
- Shure sb900 rechargeable battery 96
- Shure sb900 runtime 96
- Interference detection 97
- Reading the audio meter 97
- Receiver output level 97
- Setting gain 97
- System gain control 97
- Transmitter rf power 97
- Ulxd4q 97
- Channel scan group scan group scan 98
- G 01 ch 21 485 75 mhz rssi 118 dbm 98
- Manual frequency selection 98
- Multiple system setup 98
- Networked receivers 98
- Non networked receivers 98
- Scan and sync 98
- Scan complete 98
- Scanning 98
- Adjusting gain for summed outputs 99
- Audio summing 99
- Best practices for frequency diversity 99
- Best practices for high density mode 99
- Choosing an audio summing mode 99
- Choosing diversity output routing 99
- Frequency diversity 99
- Frequency diversity and encryption 99
- High density mode 99
- Setting the receiver to high density mode 99
- Creating a system preset 100
- Firmware 100
- Firmware versioning 100
- Transmitter presets 100
- Updating the receiver 100
- Updating the transmitter 100
- Antenna bias 101
- Custom groups 101
- Encryption 101
- Locking controls and settings 101
- Receiver 101
- Rf cascade ports 101
- System reset 101
- Transmitter 101
- Channel home screen 102
- Displays group channel frequency and tv information use the control wheel to edit values 102
- Note additional information can be accessed from the selected networking option 102
- Receiver menu descriptions 102
- Use the control wheel to assign and edit the selected receiver channel name 102
- Automatic ip addressing manual ip addressing 103
- Dante ip addressing 103
- Ip address configuration 103
- Network control software 103
- Networking acronyms 103
- Networking ulx d receivers 103
- Shure control 103
- Configuration switched default 104
- Overview of dante network modes 104
- Setting the dante networking mode 104
- Network connection and configuration examples 105
- Network example dante audio wwb6 105
- Network example wwb6 only 105
- Switched mode 105
- ① computer 105
- ① ② 105
- ② dhcp server 105
- ③ gigabit ethernet switch 105
- ③ receiver connection 105
- ④ receiver connection 105
- ④ ⑤ 105
- ⑤ dante receiver 105
- Backup dante audio is present on the secondary port 106
- Dante primary audio and shure control are present on the primary port 106
- Network characteristics 106
- Network example 106
- Note devices connected to the redundant network must be compatible with redundant audio 106
- Redundant audio mode 106
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 106
- The secondary dante ip address must be set to a different subnet 106
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 106
- ① computer 106
- ② dhcp server 106
- ③ gigabit ethernet switches 106
- ③ ③ 106
- ④ receiver connection 106
- ⑤ dante receiver 106
- Network example 107
- Split mode 107
- ① computer dante controller 107
- ① ② 107
- ② dhcp server secondary network 107
- ③ gigabit ethernet switch secondary network 107
- ④ receiver connections dante audio 107
- ⑤ computer shure control 107
- ⑤ ⑥ 107
- ⑥ dhcp server primary network 107
- ⑦ gigabit ethernet switch primary network 107
- ⑦ ⑧ 107
- ⑧ receiver connections shure control 107
- ⑨ dante receiver 107
- Assigning network device ids for shure control and dante control 108
- Best practices 108
- Dante device id ulxd rx1 108
- Identify device feature 108
- Setting the dante device id 108
- Setting the shure control device id 108
- Viewing dante device ids in the dante controller 108
- Configuring audio routes with the dante controller 109
- Dante receivers 109
- Dante transmitters 109
- Forming an audio route 109
- Connecting to an amx or crestron system 110
- Network troubleshooting 110
- Restore default settings 110
- Restore defaults overwrite current settings with default settings 110
- Restoring dante factory settings 110
- Restoring receiver and dante card factory settings 110
- Restoring the dante network card factory settings 110
- Locking the audio source in frequency diversity mode 111
- Managing and monitoring receiver settings 111
- Managing the ulxd receiver with wireless workbench 6 111
- Viewing the receiver in wwb6 inventory 111
- ① rf and audio meters 111
- ② transmitter settings 111
- ③ frequency settings 111
- ④ encryption icon 111
- ⑤ receiver output mute 111
- ⑥ receiver gain setting 111
- ⑦ custom groups 111
- ⑧ ir presets 111
- ⑨ utilities tab 111
- ⑩ network tab 111
- ⑪ advanced rf settings 111
- ⑫ encryption 111
- ⑬ frequency diversity mode 111
- ⑭ audio summing 111
- ⑮ locks 111
- Antenna faults 112
- Cables 112
- Compatibility 112
- Eliminating rf overload 112
- Encryption mismatch 112
- Firmware mismatch 112
- Increasing range 112
- Interface locks 112
- Radio frequency rf 112
- Reducing interference 112
- Rf leds 112
- Troubleshooting 112
- Audio output 113
- Cascade output 113
- Networking 113
- Rf input 113
- Ulx d specifications 113
- Ulxd4d ulxd4q 113
- Audio input 114
- Battery runtime 114
- Rf output 114
- Frequency range and transmitter output power 115
- Mic line 115
- Ta4m connector 115
- Tables and diagrams 115
- Xlr receiver output 115
- Xlr to ¼ output 115
- All systems 116
- Antennas 116
- Bodypack system 116
- Choice of one 1 of the following 116
- Furnished accessories 116
- Handheld systems 116
- Optional accessories 116
- Certifications 117
- Information to the user 117
- Licensing information 117
- Ulxd1 ulxd2 117
- Ulxd1 ulxd2 ulxd4d ulxd4q 117
- Ulxd4d ulxd4q 117
- Warning 117
- Frequencies for european countries 118
- Important 118
- Importante 118
- Ulxd g51 470 534 mhz max 20 mw 118
- Ulxd h51 534 598 mhz max 20 mw 118
- Ulxd k51 606 670 mhz max 20 mw 118
- Ulxd p51 710 782 mhz max 20 mw 118
- Ulxd r51 800 810 mhz max 20 mw 118
- Wichtig 118
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