Blocking issue resolution

Author: mattmcinnes

articles/virtual-machines/TOC.yml

@@ -311,7 +311,7 @@
         items:
         - name: Overview
           displayName: Eb-series, sizes, size, vm size
-          href: ./sizes/memory-optimized/e-family.md
+          href: ./sizes/memory-optimized/eb-family.md
         - name: Ebdsv5 and Ebsv5 series
           href: ebdsv5-ebsv5-series.md
       - name: EC family (confidential)

articles/virtual-machines/sizes/memory-optimized/includes/eb-family-workloads.md

@@ -10,7 +10,7 @@ ms.date: 06/06/2024
 ms.author: mattmcinnes
 ms.custom: include file
 ---
-**Memory-Intensive Workloads:** Eb-family VMs are for workloads that demands a large memory footprint to efficiently handle tasks, such as simulations, large-scale computations in scientific research, or financial risk modeling.
+**Memory-Intensive Workloads:** Eb-family VMs are for workloads that demand a large memory footprint to efficiently handle tasks, such as simulations, large-scale computations in scientific research, or financial risk modeling.
 
 **Large Databases and SQL Servers:** Eb-family VMs are ideal for hosting large relational databases like SQL Server and NoSQL databases that benefit from high memory capacities for improved performance in data processing and transaction handling.
 

articles/virtual-machines/sizes/overview.md

@@ -46,10 +46,10 @@ Here's a breakdown of a 'General purpose, **DCads_v5**-series' size series.
 <br><sup>2</sup> Most subfamilies are represented with a single upper case letter, but others (such as `Ebsv5-series`) are still considered subfamilies of their parent family due to feature differences.
 <br><sup>3</sup> If no feature letter for a CPU is listed, the series uses Intel x86-64 CPUs. If the CPU is AMD, it's listed as `a`. If the CPU is ARM based (Microsoft Cobalt or Ampere Altra), it's listed as `p`.
 <br><sup>4</sup> There can be any number of extra features in a size name. There could be none (`Dv5-series`) or there could be three (`Dplds_v6-series`).
-<br><sup>5</sup> Version numbers only appear in the size name if there are multiple versions of the same series. If you're using the first version of a series (`HB-series`, `B-series`, etc.) it is often not included in the size name.
+<br><sup>5</sup> Version numbers only appear in the size name if there are multiple versions of the same series. If you're using the first version of a series (`HB-series`, `B-series`, etc.) it's often not included in the size name.
 
 > [!NOTE]
-> Not all sizes will have subfamilies, support accelerators, or specify the CPU vendor. For more details on VM size naming conventions, see **[Azure VM sizes naming conventions](../vm-naming-conventions.md)**.
+> Not all sizes will have subfamilies, support accelerators, or specify the CPU vendor. For more information on VM size naming conventions, see **[Azure VM sizes naming conventions](../vm-naming-conventions.md)**.
 
 #### [Size](#tab/breakdownsize)
 
@@ -61,18 +61,18 @@ Here's a breakdown of a 'Standard_**DC8ads_v5**' size in the 'DCadsv5-series'
 <br><sup>3</sup> If no feature letter for a CPU is listed, the series uses Intel x86-64 CPUs. If the CPU is AMD, it will be listed as `a`. If the CPU is ARM based (Microsoft Cobalt or Ampere Altra), it will be listed as `p`.
 <br><sup>4</sup> There can be any number of extra features in a size name. There could be none (`Dv5-series`) or there could be three (`Dplds_v6-series`).
 <br><sup>5</sup> Spacers can show up multiple times in a size name such as in the `ND_H100_v5-series`. In this case they separate the GPU ID from the rest of the size name.
-<br><sup>6</sup> Version numbers only appear in the size name if there are multiple versions of the same series. If you're using the first version of a series (`HB-series`, `B-series`, etc.) it is often not included in the size name.
+<br><sup>6</sup> Version numbers only appear in the size name if there are multiple versions of the same series. If you're using the first version of a series (`HB-series`, `B-series`, etc.) it's often not included in the size name.
 
 > [!NOTE]
-> Not all sizes will have subfamilies, support accelerators, or specify the CPU vendor. For more details on VM size naming conventions, see **[Azure VM sizes naming conventions](../vm-naming-conventions.md)**.
+> Not all sizes will have subfamilies, support accelerators, or specify the CPU vendor. For more information on VM size naming conventions, see **[Azure VM sizes naming conventions](../vm-naming-conventions.md)**.
 
 ---
 
 ## List of VM size families by type
 
 This section contains a list of all current generation size series with tabs dedicated to each size family. Each group has a 'Series List' column with a linked list of all available size series, These links will bring you to the family page for that series, where you can find detailed information on each size in that series or go to the series' page for a list of sizes in that series. 
 
-To learn more about a size family, click the 'family' tab under each type section. There you can read a summary on the family, see the workloads it is recommended for, and view the full family page with specifications for all series in that family.
+To learn more about a size family, click the 'family' tab under each type section. There you can read a summary on the family, see the workloads it's recommended for, and view the full family page with specifications for all series in that family.
 
 ### General purpose
 General purpose VM sizes provide balanced CPU-to-memory ratio. Ideal for testing and development, small to medium databases, and low to medium traffic web servers.
@@ -131,7 +131,7 @@ List of compute optimized VM size families:
 | [F-family](./compute-optimized/f-family.md)  | Medium traffic web servers <br> Network appliances <br> Batch processes <br> Application servers | [Fasv6 and Falsv6-series](./compute-optimized/f-family.md#fasv6-and-falsv6-series) <br> [Fsv2-series](./compute-optimized/f-family.md#fsv2-series) <br> [Previous-gen F-family](./previous-gen-sizes-list.md)|
 | [FX-family](./compute-optimized/fx-family.md)  | Electronic Design Automation (EDA) <br> Large memory relational databases <br> Medium to large caches <br> In-memory analytics | [FX-series](./compute-optimized/fx-family.md#fx-series) |
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 
 #### [F family](#tab/comp-a-fam)
@@ -165,7 +165,7 @@ List of memory optimized VM sizes with links to each series' family page section
 | [M-family](./memory-optimized/m-family.md)  | Extremely large databases <br> Large amounts of memory | [Msv3 and Mdsv3-series](./memory-optimized/m-family.md#msv3-and-mdsv3-series)<br> [Mv2-series](./memory-optimized/m-family.md#mv2-series)<br> [Msv2 and Mdsv2-series](./memory-optimized/m-family.md#msv2-and-mdsv2-series) |
 | Other families | Older generation memory optimized sizes | [Previous-gen families](./previous-gen-sizes-list.md#memory-optimized-previous-gen-sizes) |
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 
 #### [E family](#tab/mem-e-fam)
@@ -210,7 +210,7 @@ List of storage optimized VM size families:
 |----|---|---|
 | [L-family](./storage-optimized/l-family.md)  | High disk throughput and IO <br> Big Data <br> SQL and NoSQL databases <br> Data warehousing <br> Large transactional databases | [Lsv3-series](./storage-optimized/l-family.md#lsv3-series) <br> [Lasv3-series](./storage-optimized/l-family.md#lasv3-series) <br> [Previous-gen L-family](./previous-gen-sizes-list.md#storage-optimized-previous-gen-sizes)|
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 #### [L family](#tab/stor-l-fam)
 ##### L family
@@ -233,7 +233,7 @@ List of storage optimized VM size families:
 | [NG-family](./gpu-accelerated/ng-family.md)  | Virtual Desktop (VDI) <br> Cloud gaming |  [NGads V620-series](./gpu-accelerated/ng-family.md#ngads-v620-series) |
 | [NV-family](./gpu-accelerated/nv-family.md)  | Virtual desktop (VDI) <br> Single-precision compute <br> Video encoding and rendering |  [NV-series](./gpu-accelerated/nv-family.md#nv-series-v1) <br> [NVv3-series](./gpu-accelerated/nv-family.md#nvv3-series) <br> [NVv4-series](./gpu-accelerated/nv-family.md#nvv4-series) <br> [NVadsA10_v5-series](./gpu-accelerated/nv-family.md#nvads-a10-v5-series) <br> [Previous-gen NV-family](./previous-gen-sizes-list.md#gpu-accelerated-previous-gen-sizes) |
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 #### [NC family](#tab/gpu-nc-fam)
 ##### NC family
@@ -278,7 +278,7 @@ List of field programmable gate array accelerated VM size families:
 |----|---|---|
 | [NP-family](./fpga-accelerated/np-family.md)  | Machine learning inference <br> Video transcoding <br> Database search and analytics | [NP-series](./fpga-accelerated/np-family.md#np-series) |
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 
 #### [NP family](#tab/fpga-np-fam)
@@ -301,7 +301,7 @@ List of high performance computing optimized VM size families:
 | [HC-family](./high-performance-compute/hc-family.md) | High density compute <br> Finite element analysis <br> Molecular dynamics <br> Computational chemistry | [HC-series](./high-performance-compute/hc-family.md#hc-series) |
 | [HX-family](./high-performance-compute/hx-family.md) | Large memory capacity <br> Electronic Design Automation (EDA) | [HX-series](./high-performance-compute/hx-family.md#hx-series) |
 
-To learn more about a specific size family, sub-family, or specific series, click the tab for that group and scroll to find your desired size series. 
+To learn more about a specific size family or series, click the tab for that family and scroll to find your desired size series. 
 
 #### [H family](#tab/hpc-h-fam)
 [!INCLUDE [hb-family-summary](./high-performance-compute/includes/hb-family-summary.md)]