Jumbo Frames are configured by increasing the MTU size on network devices to 9000 Bytes. Is this statement True or False?

Optimize your success on the FSNA Readiness Exam. Engage with flashcards and multiple choice questions, each designed with hints and explanations. Prepare thoroughly for your test and excel!

Multiple Choice

Jumbo Frames are configured by increasing the MTU size on network devices to 9000 Bytes. Is this statement True or False?

Jumbo frames are made possible by increasing the MTU on interfaces to a much larger size, typically around 9000 bytes. By allowing a single frame to carry a larger payload, you reduce per-frame overhead and can improve throughput for large data transfers, such as bulk storage or high‑bandwidth workloads. To enable this, you configure the MTU to 9000 on every device along the data path—the sender, any switches or routers, and the receiver—and you must ensure all of them support the larger MTU. If any hop can’t handle the bigger frame, frames may be dropped or fragmented, which defeats the benefit. While 9000 bytes is the common target, some hardware may support a slightly different maximum (for example, 9216). Given this behavior, the statement is true.

Jumbo frames are made possible by increasing the MTU on interfaces to a much larger size, typically around 9000 bytes. By allowing a single frame to carry a larger payload, you reduce per-frame overhead and can improve throughput for large data transfers, such as bulk storage or high‑bandwidth workloads. To enable this, you configure the MTU to 9000 on every device along the data path—the sender, any switches or routers, and the receiver—and you must ensure all of them support the larger MTU. If any hop can’t handle the bigger frame, frames may be dropped or fragmented, which defeats the benefit. While 9000 bytes is the common target, some hardware may support a slightly different maximum (for example, 9216). Given this behavior, the statement is true.

More practice questions