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Author: atikmapari

memdocs/configmgr/core/understand/site-size-performance-faq.yml

@@ -95,8 +95,6 @@ sections:
           
           - [Optimize application performance](/azure/storage/storage-premium-storage-performance#optimize-application-performance)
            
-          - [Disks guidance](/azure/virtual-machines/windows/sql/virtual-machines-windows-sql-performance#disks-guidance)
-          
           **Example: Azure-based site server** 
           
           [Sizing guidelines](../plan-design/configs/site-size-performance-guidelines.md#general-sizing-guidelines) for a colocated site server and SQL Server with **50,000** clients are eight cores, 32 GB, and 1200 IOPS for site server inboxes, and 2800 IOPS for SQL Server files.
@@ -110,7 +108,7 @@ sections:
           | 1xP30 (1024 GB)   | 64k ReFS      | SQL Server (all files<sup>2</sup>) | 2800                 | 3112             |
           
           1. This value is from [Example disk configurations](../plan-design/configs/site-size-performance-guidelines.md#example-disk-configurations).
-          2. [Azure guidance](/azure/virtual-machines/windows/sql/virtual-machines-windows-sql-performance#disks-guidance) allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
+          2. Azure guidance allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
           
           **Example: Azure-based site server (for instant performance increase)** 
           
@@ -128,7 +126,7 @@ sections:
           
           1. Disks are striped using Storage Spaces.
           2. This value is from [Example disk configurations](../plan-design/configs/site-size-performance-guidelines.md#example-disk-configurations). VM size limits performance.
-          3. [Azure guidance](/azure/virtual-machines/windows/sql/virtual-machines-windows-sql-performance#disks-guidance) allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
+          3. Azure guidance allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
           
           If you need more performance in future, you can upsize your VM to a DS14v2, which will double CPU and memory. The additional disk bandwidth allowed by that VM size will also instantly boost the available disk IOPS on your previously configured disks.
           
@@ -142,7 +140,7 @@ sections:
           
           1. Disks are striped using Storage Spaces.
           2. This value is from [Example disk configurations](../plan-design/configs/site-size-performance-guidelines.md#example-disk-configurations). VM size limits performance.
-          3. [Azure guidance](/azure/virtual-machines/windows/sql/virtual-machines-windows-sql-performance#disks-guidance) allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
+          3. Azure guidance allows for placing the TempDB on the local, SSD-based *D:* drive, given it won't exceed available space and allows for additional disk I/O distribution.
           
   - name: Other common SQL Server-related performance questions
     questions: