Podcast
Questions and Answers
What is the maximum length for Ethernet frames?
What is the maximum length for Ethernet frames?
- 1500 bytes
- 1400 bytes
- 1600 bytes
- 1518 bytes (correct)
In which scenario does Binary Exponential Backoff function?
In which scenario does Binary Exponential Backoff function?
- When data packets are transmitted without any errors
- When a transmission is successful
- When acknowledging receipt of a message
- When a collision occurs in the network (correct)
What is the primary purpose of padding in Ethernet frames?
What is the primary purpose of padding in Ethernet frames?
- To meet the minimum frame size requirement (correct)
- To increase the frame length for security
- To ensure error detection capability
- To facilitate faster data transmission
What triggers the Binary Exponential Backoff protocol to terminate?
What triggers the Binary Exponential Backoff protocol to terminate?
What is the standard address size for a MAC address in Ethernet frames?
What is the standard address size for a MAC address in Ethernet frames?
Study Notes
Ethernet Frame Length
- The maximum length of an Ethernet frame is 1518 bytes.
Binary Exponential Backoff
- Binary Exponential Backoff is a mechanism used in Ethernet networks to resolve network collisions.
Padding in Ethernet Frames
- Frame padding is used to ensure that the minimum frame size is met, which is 64 bytes.
- Padding with data ensures that the frame doesn't get too small and is transmitted smoothly.
MAC Address in Ethernet Frames
- The standard address size for a MAC address in Ethernet frames is 48 bits.
- MAC addresses are unique identifiers for network devices.
Termination of Binary Exponential Backoff
- Binary Exponential Backoff terminates when a collision-free transmission successfully completes, meaning the data is sent and received without errors.
- This signals that the network is free for other devices to transmit data.
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
Description
Test your knowledge on essential networking concepts such as Ethernet frame structure, Binary Exponential Backoff, and MAC address specifications. This quiz focuses on fundamental principles that every network professional should understand.