docs(bls): reviews

Co-authored-by: Rowena Jones <[email protected]>

Author: nerda-codes

faq/blockstorage.mdx

@@ -28,7 +28,7 @@ Block Storage allows you to create bigger volumes and those volumes are persiste
 
 | Volume type                   | IOPS | Underlying hardware         | Latency         | Max volume size | Recommended use cases | Availability & resilience |
 |-----------------------------------|----------|--------------------------------|---------------------|----------------------|-------------------------|----------------------------|
-| `b_ssd` (Block Storage 5K legacy) | 5,000    | Legacy SSDs                    | Higher              | Up to 10 TB          | General-purpose workloads that do not demand high IOPS or low latency | Data is replicated three times across multiple disks for high availability and integrity |
+| `b_ssd` (Block Storage 5K legacy) | 5,000    | Legacy SSDs                    | High              | Up to 10 TB          | General-purpose workloads that do not demand high IOPS or low latency | Data is replicated three times across multiple disks for high availability and integrity |
 | `sbs_5k` (Block Low Latency 5K)   | 5,000    | Modern NVMe disks               | Low                 | 5 GB to 10 TB        | Development environments, web servers, and applications needing consistent performance | 99.99% SLA, triple-replicated data to safeguard against hardware failures |
 | `sbs_15k` (Block Low Latency 15K) | 15,000   | Modern NVMe disks               | Very low           | 5 GB to 10 TB        | High-performance databases, transactional applications, and I/O-intensive workloads | 99.99% SLA, triple-replicated data to safeguard against hardware failures |
 

pages/block-storage/reference-content/advantages-migrating-to-sbs.mdx

@@ -80,7 +80,7 @@ The Block Storage API supports a broader range of storage classes, including:
 
 | Volume type                   | IOPS | Underlying hardware         | Latency         | Max volume size | Recommended use cases | Availability & resilience |
 |-----------------------------------|----------|--------------------------------|---------------------|----------------------|-------------------------|----------------------------|
-| `b_ssd` (Block Storage 5K legacy) | 5,000    | Legacy SSDs                    | Higher              | Up to 10 TB          | General-purpose workloads that do not demand high IOPS or low latency | Data is replicated three times across multiple disks for high availability and integrity |
+| `b_ssd` (Block Storage 5K legacy) | 5,000    | Legacy SSDs                    | High              | Up to 10 TB          | General-purpose workloads that do not demand high IOPS or low latency | Data is replicated three times across multiple disks for high availability and integrity |
 | `sbs_5k` (Block Low Latency 5K)   | 5,000    | Modern NVMe disks               | Low                 | 5 GB to 10 TB        | Development environments, web servers, and applications needing consistent performance | 99.99% SLA, triple-replicated data to safeguard against hardware failures |
 | `sbs_15k` (Block Low Latency 15K) | 15,000   | Modern NVMe disks               | Very low           | 5 GB to 10 TB        | High-performance databases, transactional applications, and I/O-intensive workloads | 99.99% SLA, triple-replicated data to safeguard against hardware failures |