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  • Network port number; why 16-bit has 65535, not 65536?
    The port number is a representation of bit in base 2 2 power of 16 equal to 65536: It is the amount of numbers in base 2 that can be created with 16 bits, the number 65536 does not represent the last number that can be created in base 2 with 16 bits In base 2, first number is 0000,0000,0000,0000 , in base 10 is 0 second number is 0000,0000,0000,0001, in base 10 is 1 third number is 0000,0000
  • How is 65535 bytes is total length of IP datagram?
    The maximum size of an IPv4 packet is 65,535 because the Total Length field is a 16-bit unsigned integer, which has a possible 65,536 values (from 0 to 65,535) This created 2 confusions for me
  • Sonicwall NAT pooling PAT SNAT state table exhaustion
    There is a maximum of 65536 ports per address, and two ports are used per state, so 65536 2 = 32768, with separate tables for each protocol of TCP, UDP, and ICMP Networks with a sufficiently large number of users can start experiencing random state exhaustion events during periods of high load
  • The slash after an IP Address - CIDR Notation
    The slash following the IP address is the abbreviation for the subnet mask The binary version of a subnet mask is going to be comprised of ones and zeros just as the binary verison of an IP address would be, however, the ones in a subnet mask are all consecutive The amount of ones in the subnet mask is equal to the number of the abbreviation For example, the 16 subnet mask you asked about
  • mac address - Network Engineering Stack Exchange
    What I understand as facts: MAC address are globally unique It has 48 bits (6 bytes) First 3 bytes are uniquely assigned to manufacturers by IEEE (aka Organizationally Unique Identifier) For ex
  • ipv4 - Which CIDR block contains the most IP addresses, 192. 168. 0. 0 16 . . .
    The first is called "network address", and the last is called "broadcast address" (it means packets sent to this last address are actually sent to all hosts in the subnet) According to this convention, each 16 block contains 256 x 256 (the last two bytes) = 65536 IP, minus the first and the last address I mentioned just above, so : 65534 IPs
  • Auto-configuring Global Unicast address with prefixed other than 64 . . .
    Auto-configuring a Global Unicast Address (GUA) with prefixes other than the standard 64-bit length can be challenging because IPv6 was designed with a fixed 64-bit interface identifier (IID) for Stateless Address Autoconfiguration (SLAAC) However, there are some considerations and methods to handle such configurations Key Concepts Global Unicast Address (GUA): An IPv6 address assigned to
  • Why are IPv4 addresses running out? - Network Engineering Stack Exchange
    There are around 18 million private-use IPv4 addresses, but only 65536 port numbers You don't actually need a unique port for every connection, because you can have a lookup table which includes the remote address as well, but there's still a limit to how far you can scale without problems
  • AS number used in EIGRP - Network Engineering Stack Exchange
    What AS number range should be used in EIGRP ? Public vs Private ASN Ranges ASN Type 16-Bit Range 32-Bit Range Notes Public ASNs 1 – 64511 1 – 4294967294 Globally unique; used for Internet peering
  • Why is Packet Size Limited? - Network Engineering Stack Exchange
    I was reading: this answer to quot;Maximum packet size for a TCP connection quot;, where it says: The absolute limitation on TCP packet size is 64K (65535 bytes), but in practicality this is far





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