In this post, number 11, we’re going to confirm OSD and make sure we have what we need for basic OSD. [
OSD Overview MS Docs] [ OSD Requirements MS Docs] [ OSD Basics MS Docs]
This post will NOT cover the fancy stuff, but just the basics of getting OSD working.
At this point, the assumption is that you’ve done previous posts and have set up Boundaries, a Network Access Account, or Enhanced HTTP.
Windows Deployment Media
Let’s first confirm Windows media:
I’ve added media to my source location, and then created these System Images [ MS Docs Instructions]. Boot Images
I then make sure I have Boot Media with the components I need to install the OS and support PowerShell scripts and a front end (Not covered here, but will need in the future):
Here are the 2 default Boot Images. For my proposes, this is fine, so I take the x64 and edit it to achieve my goals.
On the Optional Components, I’ve added all these things, which will get used by Scripts I use during WinPE, to update BIOS, gather information, etc.
I also up the Scratch Space to 512, typically not needed, but I like to prepare for future.
Once you’ve added your components and made you changes, you’ll need to update the DPs.
Successfully updated Boot Media with the components I need.
Once you’ve updated it, you need to make sure it’s distributed, so go ahead and right-click on it and distribute it to your DP group. Task Sequence Boot Media
Now that we have Boot Images, we need to make Boot Media, running the wizard will make it a snap. [
I typically use Dynamic, just because it’s the default and I’m too lazy to add the extra click.
Since I’ll be using this on VMs, I want to make an ISO. I have it saving the ISO to my source server to a folder I’ve created called “BootMedia”.
I’ve enabled Unknown computer support, as it makes it easier for testing, avoiding the requirement of importing objects. I disable the password because this is for my lab, and I’m in full control of the boot media.
Here you pick the boot image, the DP, and Management Points (There is only one, so it’s not hard to pick the right ones)
I don’t customize this typically, definitely no need for a proof of concept test.
And Success… we’ll use this media to boot the VM shortly to test. Deployment Collection
Now I’m going to make a Collection that I’ll use as my OSD Deployment Collection. It will contain unknown devices, as well as any devices I want to image. I’m going to name the Collection OSD Bare Metal, implying they are going to be clean installs.
I’ve added the “All Unknown Computers” collection as an include rule. This will allow new machines never seen by CM before to be able to pull in a task sequence and be imaged without the need to import a record.
Create OSD Task Sequence
Now let’s make a new Task Sequence to test OSD with. [
Ok, we’re going to make a New TS (Create Task Sequence)
Install an existing image package is an option we want.
Pick the Boot Image that we’ve setup
Then we need to pick the OS Image, I’m going with the 1909 default VLSC media
I want to deploy Index 3, Enterprise. Ideally, you’d only have 1 index for better performance. This has become much easier with recent CM releases where you can now choose the index you want to import. For the demo, I’m using basic media downloaded from VLSC with no modifications and imported using defaults
Next, we need to configure how we join the machine to the domain. First, pick the domain, then the OU. Then specify the account to join the machine to the Domain. See the previous posts where we cover accounts. [ MS Docs]
Here you can set the CM Client Properties, I’ve set the CCMCache size to 25 GB, depending on your environment, you might need to set more things. [ MS Docs Client Settings] [ MS Docs ConfigMgr Step]
I don’t have any of these items selected, for our Bare Metal tests, there are no settings/files that need to be migrated
For our test, there is no point to install updates, I also haven’t set up a Software Update Point yet either, so there aren’t any updates available. [ MS Docs]
On the Apps, I’ve added WMI Explorer to just confirm that app installs work during OSD [ MS Docs]
Ok, and we have a TS.
Let’s take a look it and see what CM made for us.
Well, it’s basic, but it will work for an initial test. To dive deeper into each step, MS Docs for each Step
So now we need to Deploy the TS, and then we also need to create a Deployment.
TS = the one we just created, and we’re going to deploy it to the OSD Bare Metal Collection
I’ve set it to available (Setting a TS Deployment to required on a collection that includes unknown devices.. bad idea. I’ve also set it to be restricted to Media (Boot Media) and PXE.
Basic Defaults here
Here, you don’t have a ton of choice, if you setup a boundary group with the DP, you won’t need to two bottom boxes checked.
Deployment is done. Operating System Deployment
Using HyperV, I’ve created a New VM and have the ISO set to boot
It booted our media and found the Task Sequence
This is good, means the DP and boundary are set up and our VM is able to pull down content.
Here you can see the machine joined the domain. I logged in with my domain credentials.
So looking at the log, I can see we ran into an issue, the TS failed before it installed our application, as it hung on enabling Bitlocker, which makes sense in this situation. Probably should have unchecked the BitLocker stuff when making the TS.
So now we’ve set up CM, the requirements to get OSD up and running, and ran a test to confirm it’s all working.
Blog Post List
Series Introduction –
Building a CM Lab from Scratch
Domain Controller –
Setting up your Domain Controller Gateway Virtual Machine –
Creating a Router for your Lab using Windows Server Certificate Authority –
On Domain Controller [Optional]
ConfigMgr Server Pre-Reqs (Windows Features)
Configuration Settings (AD & GPOs)
Source Server (File Share)
ConfigMgr SQL Install
ConfigMgr Basic Settings
ConfigMgr Collections & App Deployment
ConfigMgr Reporting Services
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