"Octets" Example Sentences
1. The maximum size of an IP datagram is 65,535 octets.
2. This JPEG image is comprised of 8,192 octets.
3. The network protocol requires packets to be comprised of 1,500 octets or less.
4. The DNS answer was too large to fit in a single UDP datagram, so it was split into multiple octets.
5. The Ethernet header is comprised of 14 octets.
6. The payload data was stored in 1024 octets.
7. The MIME type specifies that the file is comprised of 15,000 octets.
8. The TCP header is comprised of 20 octets.
9. The IPv6 header is comprised of 40 octets.
10. This audio file is comprised of 245,760 octets.
11. The FTP session ended prematurely due to a timeout after 32,768 octets.
12. The data transmission was corrupted due to a flipped bit in one of the octets.
13. The HTTP response header was comprised of 256 octets.
14. The email was rejected by the mail server because it exceeded the maximum size of 10,000 octets.
15. The UDP checksum is calculated over the entire datagram, which includes all the octets.
16. The gzip compression reduced the file size from 500,000 octets to 250,000 octets.
17. The MIME boundary string was 24 octets long.
18. The RSA encryption process requires a 256-bit key, which is 32 octets.
19. The ICMP packet is comprised of 64 octets.
20. The SHA-256 hash function produces a digest of 32 octets.
21. The ARP header is comprised of 28 octets.
22. This video file is comprised of 10,000,000 octets.
23. The POST request body was comprised of 2048 octets.
24. The TLS handshake includes numerous messages that must be spread across multiple octets.
25. The S/MIME standard supports digital signatures up to 4,096 octets.
26. The data loss was caused by a transmission error that resulted in a missing octet.
27. The application layer protocol requires all messages to be terminated with the null octet.
28. The X.509 certificate includes the public key, which is typically 512 octets.
29. The SSH protocol supports encryption with keys up to 16,384 octets.
30. The HTTP request header was comprised of 512 octets.
Common Phases
1. The IP address is represented by four
octets.
2. The MAC address consists of six
octets.
3. The subnet mask is defined using four
octets.
4. Each octet in an IPv4 address represents a value between 0 and 255.
5. The ARP protocol uses MAC addresses, which are 48-bit
octets.
6. When converting an IP address to binary, each octet is represented by 8 bits.
7. An IPv6 address is composed of 8 groups of 4 hexadecimal
octets.
8. The maximum value that can be represented by a single octet is 255.
9. When sending data over a network, each octet is transmitted as a series of 8 bits.
10. In binary notation, each octet represents a numeric value between 0 and 255.