Which statement about current IP address standards is true? We need to switch from IPV6 to IPV10 since we are out of IP addresses for all linked devices. Wireless devices need a new addressing method, thus we must upgrade IPV4. The use of dots in address notations has several constraints in IPv4. We need to switch from IPV4 to IPV6 since we are out of IP addresses for all linked devices

Which statement about current IP address standards is true? We need to switch from IPV6 to IPV10 since we are out of IP addresses for all linked devices. Wireless devices need a new addressing method, thus we must upgrade IPV4. The use of dots in address notations has several constraints in IPv4. We need to switch from IPV4 to IPV6 since we are out of IP addresses for all linked devices

Comptia A+ Core 1 Exam: Guide To Computing Infrastructure (mindtap Course List)

10th Edition

ISBN:9780357108376

Author:Jean Andrews, Joy Dark, Jill West

Publisher:Jean Andrews, Joy Dark, Jill West

Chapter8: Network Infrastructure And Troubleshooting

Section: Chapter Questions

Problem 8TC

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Similar questions

Which IP address standard is correct? We need to switch to IPV10 since we ran out of IP addresses. Wireless devices need a new IPV4 addressing method. IPv4 includes several dots-in-address limitations. Since IP addresses for linked devices are running out, we must switch to IPV6.
Which statement is accurate given current IP address standards? We need to switch to the newer IPV10 version of the protocol since we've used up all of our IP addresses. Wireless devices need a new addressing method, thus we must update IPV4. The use of dots in address notation is subject to a number of limitations in IPv4. Since we are out of IP addresses for all linked devices, switching to IPV6 is essential.
Which statement is accurate in light of current IP address specifications? We must switch to the more recent IPV10 version of the protocol as we have used up all of our IP addresses. Because wireless devices need a new addressing method, IPV4 must be updated. There are several limitations on the use of dots in address notation in IPv4. We must switch to IPV6 immediately since there are not enough IP addresses for all connected devices.
Which is correct given IP address standards? We must switch to IPV10 since IPv4 addresses are exhausted. Wireless devices need IPV4 update. IPv4 dots have several restrictions. IPv6 is necessary because IPv4 addresses are few.
Scenario: your kid logs into the school's wireless LAN, puts in "www.google.com," and starts browsing the web (Or any other website you can think of). Clearly stating the recommended sequence for using the various routing protocols would help eliminate any ambiguity.
For example, suppose your kid uses the school's wireless LAN to access the web by typing in www.google.com. Keep going with this hypothetical situation. (Or, you know, any other website that occurs to you right now) For clarity's sake, list the available routing protocols in the order in which they should be used.
Please use YOUR OWN MODEL -- not somebody else's. Using TCP/IP model: Create all parts of a IPv4 packet which incorporates the COMPLETE ethernet frame.
You are assigned a network address 132.27.120.0/27. You want to create 2 subnets. For each subset, please give the network address, broadcast address, the lowest IP address, and the highest IP address for hosts? All the addresses should be in this format: x.x.x.x/x
In ICT infrastructure, which of the following statements is true about the use of User Datagram Protocol (UDP) in Voice over Internet Protocol (VoIP)? VoIP often uses UDP because it offers low latency and is better suited for real-time communication than TCP. VoIP can use both TCP and UDP interchangeably, depending on the type of communication and the devices involved. UDP is used in VoIP only when the network has low congestion, otherwise TCP is used to ensure data reliability. VoIP always uses TCP to ensure that voice data is transmitted reliably. UDP is not used in VoIP because it does not support real-time communication.
How many bits are there in an IPv4 address? What are the two parts that make up an IPv4 address? An IP address is represented as follows: 10.2.3 What notation is this? Eight bits can represent how many unique things? If you have two physical networks, what is needed to connect them? How many classes of IPv4 addresses are there in classful IP addressing?
We are now essentially out of IPv4 addresses for the general public and have been for several years. Does this have an impact on the normal user? Why or why not? Also, do you feel as though will we ever run out of IPv6 addresses? Explain your answer.
Question 5. Write a note on the following a. Compare the header format of IPv4 and IPv6. How tunneling is used to transition fromIPv4 to IPv6?b. Use Dijkstra’s algorithm on the following network to find shortest paths. c. Data 01110001101010100 is received where receiver uses odd parity. Is the data corrupted.Justify your answerd. What are the three main classes of MAC protocols? Explain each a one or two linese. Give steps of ARP mapping from IP to MAC address.