Jumbo frames are often used in SAN environments. Which option best reflects that usage?

Jumbo frames are often used in SAN environments. Which option best reflects that usage?

• A. SAN
• B. LAN
• C. WAN
• D. Cloud

Answer: (A)

Jumbo frames optimize large data transfers by increasing the maximum transmission unit, which matters most in storage networks where you move big blocks of data between servers and storage devices. In a SAN, workloads are dominated by large, sequential I/O for backups, replication, and database storage, so sending bigger frames reduces CPU overhead on network interfaces and minimizes fragmentation, boosting throughput and efficiency. That makes SAN the best fit for describing the usage of jumbo frames. While jumbo frames can be used in other network types, their most meaningful impact is in a storage-area network context where fast, large data transfers are common.

Jumbo frames optimize large data transfers by increasing the maximum transmission unit, which matters most in storage networks where you move big blocks of data between servers and storage devices. In a SAN, workloads are dominated by large, sequential I/O for backups, replication, and database storage, so sending bigger frames reduces CPU overhead on network interfaces and minimizes fragmentation, boosting throughput and efficiency. That makes SAN the best fit for describing the usage of jumbo frames. While jumbo frames can be used in other network types, their most meaningful impact is in a storage-area network context where fast, large data transfers are common.