https://www.youtube.com/watch?v=KB2sEgt8CxU
This WWB6 tutorial will review the basics of the Inclusion Groups feature, and demonstrate how applying Inclusion Groups will limit the available frequencies

https://www.youtube.com/watch?v=zRZlMMpxBvU
In this Shure Wireless Workbench 6 Tutorial, I cover one of my favorite ways to use 'Inclusion Groups' to specify the clearest television frequencies for the

https://drewbrashler.com/2019/shure-wireless-workbench-6-tutorial-inclusion-groups/
Click on the gear icon to the right of 'Inclusions'. Typically, the way we use Shure Wireless Workbench 6 (WWB6) is by excluding TV station channels or portions of the band that have higher RF noise level. Inclusion Groups work the opposite way - we are telling WWB6 to only place an item in a specific frequency that we dictate.

https://content-files.shure.com/Pubs/WWB/en-US/en-US/inclusion-groups.html
Inclusion groups are a frequency management tool for assigning specific frequencies or frequency ranges to specified channels and backup frequencies. Once an inclusion group is assigned to a channel, the frequency calculator will only select from frequencies defined within the group. One or more groups are contained in a list, and are arranged

https://www.shure.com/en-US/insights/wireless-workbench-6-setting-conflicts-part-1
This WWB6 tutorial will demonstrate how to manually merge the settings between offline and online devices. ... Setting Conflicts (Part 1) Blog. Share. Shure Wireless Workbench® 6: Setting Conflicts (Part 1) ... group and channel, or frequency, without needing to be next to the equipment or connected to it. The benefit of this is that you can

https://www.youtube.com/watch?v=BojL19quCxM
This WWB6 tutorial will demonstrate how to create Inclusion Groups and assign them to channels for the purposes of Band Planning. This enables frequencies to

https://avproducts.mccannsystems.com/avcat/ctl11226/index.cfm?manufacturer=shureorporated&videos=7585
Video - This tutorial video walks through a basic use-case and setup tasks for the Inclusion Groups feature. - Shure Incorporated. Provided by McCann Systems.

https://www.shure.com/en-US/support/downloads/software-firmware-archive/wireless-workbench
WWB6 now lets users do this as a part of the main frequency coordination workflow per group of frequency. Coordination Order Enhancements Users can now rearrange Compatibility Keys (system frequency headers, like "UHF-R G1") directly in the Coordination Workspace by dragging and dropping the headers around in the list.

https://drewbrashler.com/2019/shure-wireless-workbench-6-tutorial-inclusion-groups/shure-wireless-workbench-6-tutorial-inclusion-groups_002/
Shure Wireless Workbench 6 Tutorial - Inclusion Groups. Shure Wireless Workbench 6 Tutorial - Inclusion Groups. Leave a Reply Cancel reply. Your email address will not be published. Required fields are marked * Comment * Name. Email. Website. Type in the text displayed above

https://content-files.shure.com/Pubs/WWB/en-US/en-US/testing-and-setup.html
Inclusion Groups. Monitoring Channels and Devices. ShowLink control and 2.4 GHz Spectrum. ... WWB6 ® considers -85 dBm ... (RF Zone 1) and needs to be able to walk into two different rooms (RF Zones 2 and 3), understand that the transmitter is calculated to work in each of the RF zones individually, but not in both at once.

https://service.shure.com/s/article/adding-or-editing-equipment-profiles-in-wireless-workbench-tutorial?language=en_US
Import a custom profile. Access the Equipment Profiles. From the Tools menu, select Equipment Profiles .... 1) Use an Existing Profile as a Template. Select the Manufacturer, Model, and Band that you want to copy/edit. Click the "Duplicate device profile" icon in the upper right corner. Change the Manufacturer or Model label to a new name.

https://www.shure.com/en-US/insights/shure-wireless-workbench-6-setting-conflicts-part-2
Edited Transcript: In this video tutorial, we will look at Settings Conflicts. This is the second video about how users can apply certain settings from offline devices or online devices while using Wireless Workbench 6. In part one of this video series, we talked about how users can manually select the settings from an offline device that they have pre-configured and apply the same settings to

https://service.shure.com/Service/s/article/video-wireless-work-bench-6-introduction
WWB6 - Zones and frequency calculations. Number of Views 1.58K. WWB6 using a wireless router. Number of Views 1.51K. WWB6 - Third-Party Frequencies Not Compatible. ... Shure Audio Institute; Downloads; Tools; Wireless Spectrum; Discontinued Products; Sweepstakes Rules; Supplier Partnership Handbook;

https://www.reddit.com/r/Shure/comments/1dqawjl/wireless_workbench_ignoring_inclusion_groups/
Shure microphones, IEMs, headphones, other various Shure equipment. ... Wireless Workbench ignoring inclusion groups . I am attempting to find frequencies for my PSM1000 IEM transmitters and when I hit calculate, wireless workbench isn't searching within my set frequencies. They are circled in red at the top. As you can see, in my list, there

https://www.youtube.com/watch?v=a7BTurUSLAQ
This WWB6 tutorial will show how Inclusion Groups can be used to separate individual channels from others of the same model/band for the purposes of applying

https://forums.prosoundweb.com/index.php?topic=169638.0
Maybe I'm missing something, but WWB shows alot of intermod conflicts when I entered a group of transmitters using the same group. I entered 20 ULX G3 units and assigned them to channels 1-20 in group 4. I know Shure claims that any channels within the same group will work together, but why does WWB say differently?

https://service.shure.com/s/article/wwb6-zones-and-frequency-calculations?language=en_US
This is essentially what the Wireless Workbench 6 program does in the multi-zone mode. It calculates a fully compatible set of frequencies for the first zone and then calculates a fully compatible set of frequencies for the next zone that also satisfies minimum channel-to-channel frequency spacing with the systems in the first zone. The process

https://www.shure.com/en-US/performance-production/louder/shure-wireless-workbench-6-scans-and-exclusions
Shure Wireless Workbench® 6: Scans and Exclusions. This WWB6 tutorial will discuss how scan data can be used to generate exclusions to get the best compatible frequencies for your coordination within WWB6. Edited Transcript. This post will discuss scan data and how it can be used in the frequency coordination tab to generate exclusions to

https://www.shure.com/en-US/products/software/wwb
WWB7. Download WWB. Wireless Workbench is our free software for audio professionals that puts a full suite of RF spectrum management tools in one place to give you full command of your compatible wireless devices. Guarantee that you are prepared to succeed in any RF environment - no matter the location. Explore.

https://www.youtube.com/watch?v=B8FzyjpFS10
This Wireless Workbench 6 tutorial will demonstrate how coordinated frequencies can be stored into custom groups and channels so that wireless operators can

https://www.avc-group.com/assets/products/Shure/pdfs/shure-um-wwb6.pdf
Step 3: Firewall Configuration. Wireless Workbench (WWB) is free device management, coordination, and monitoring software that helps RF coordinators, touring, broadcast, theater and house of worship audio professionals manage everything from pre-show planning to frequency coordination, live channel monitoring, and post-performance analysis.

https://service.shure.com/articles/en_US/Knowledge/wwb6-ports-and-protocol-information
axt400, axt600, axt610, axt630/631, axt900, p10t, ulxd4, ulxd4d, ulxd4q, ad4d, ad4q, ad610, sbrc, sbc220, sbc240, sbc840, sbc840m - shure control

https://www.shure.com/en-US/insights/diy-wireless-part-1-choosing-a-frequency
After we've decided on a frequency range, we need to think about transmitters and batteries, which is covered in DIY Wireless: Part 2 - Wireless Microphone Transmitters and Batteries. Read the other posts in this series: DIY Wireless, Part 2: Transmitters and Batteries. DIY Wireless, Part 3: Receivers. DIY Wireless, Part 4: Antennas