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1. #Scopebox required hardware how to#
2. #Scopebox required hardware manual#
3. #Scopebox required hardware registration#
4. #Scopebox required hardware windows 10#
5. #Scopebox required hardware software#

In previous versions, the only way to clear the stored profile is to reinstall the operating system, reimage the device, or run sysprep /generalize /oobe.Īfter Intune reports the profile as ready to go, you can connect the device to the internet.

#Scopebox required hardware windows 10#

In Windows 10 version 1809, you can clear the cached profile by restarting the Windows Out of Box Experience (OOBE). Those steps include collecting the hardware hash, uploading the CSV file into Microsoft Store for Business (MSfB) or Intune, assigning the profile, and confirming the profile assignment.Ĭonnecting the device to the internet before this process is complete will cause the device to download a blank profile and store it until you explicitly remove it. In Windows 10 version 1809 and earlier, it's important to capture the hardware hash and create an Autopilot device profile before you connect a device to the internet.

#Scopebox required hardware registration#

Windows Autopilot registration overview.For more information about registration, see:

#Scopebox required hardware manual#

This article provides step-by-step guidance for manual registration. Other methods (PKID, tuple) are available through OEMs or CSP partners. So, this process is primarily for testing and evaluation scenarios.ĭevice owners can only register their devices with a hardware hash. Capturing the hardware hash for manual registration requires booting the device into Windows. I’ve since made a few modifications, but my basic setup is still the same.You can perform Windows Autopilot device registration within your organization by manually collecting the hardware identity of devices (hardware hashes) and uploading this information in a comma-separated-values (CSV) file. If you want to learn how I’ve set up my scopes, here’s my Scopebox overview video. I’ll also echo some key points in our earlier legalization videos, including how you can guess if you’ll have an RGB Gamut error by using the Parade Scopes in DaVinci Resolve.įor me, the key is to use two scopes provided by Divergent Media’s Scopebox. In this Insight, I rethink some of the tools we can use for legalization in Resolve. From the Mailbag-Legalizing without a Legalizer: Robbie, Dan and I chat about our legalization strategies in this roundtable discussion.

#Scopebox required hardware how to#

Once there, just above the headline of that Insight are the links to the rest of that Series-including, how to legalize with the Harris DL-860 that I talk about in this Insight The link I’ve provided takes you to the part of the series where I talk about DIY Legalization.

Here on Mixing Light, we’ve talked about this problem many times:

#Scopebox required hardware software#

RGB Gamut errors are difficult to identify and very hard for post-production software to manage. Dealing with RGB Gamut errors can be a nightmare. Just when your client thinks they’ve made it to the finish line, the line judge throws a Red Card and puts their show on the bench… and it’s your fault! If you’ve been running DaVinci Resolve with ‘Broadcast Safe’ enabled, and you’ve been managing your overall saturation levels-then the likely culprit for your rejection? RGB Gamut excursions. How would you like to spend a week color correcting a show that’s been in production and post-production for 8 months-only to have it rejected by a broadcast, cable or internet network? Part 2: Rethinking Saturation in DaVinci Resolve

Tutorials / Rethinking Saturation in DaVinci Resolve / How to Fix RGB Gamut Excursions with Software (mostly) Series