You've been using a desktop computer at home. You, on the other hand, just received a beautiful new laptop. In order for the two computers to exchange data and a high-quality printer, you'll need to link the two computers together. Unfortunately, the desktop computer is located on the ground level, while the laptop is intended for usage on the second story. What method are you planning on using to link the two computers? Write down as many potential answers as you can think of, together with their pros and drawbacks. For example, should you utilize a wired or wireless method to transmit your message? If it's wired, what sort of wires are they? What will happen to the wires? Is it possible to utilize existing wiring?

You've been using a desktop computer at home. You, on the other hand, just received a beautiful new laptop. In order for the two computers to exchange data and a high-quality printer, you'll need to link the two computers together. Unfortunately, the desktop computer is located on the ground level, while the laptop is intended for usage on the second story. What method are you planning on using to link the two computers? Write down as many potential answers as you can think of, together with their pros and drawbacks. For example, should you utilize a wired or wireless method to transmit your message? If it's wired, what sort of wires are they? What will happen to the wires? Is it possible to utilize existing wiring?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter9: Computer Networks

Section: Chapter Questions

Problem 2RP

See similar textbooks

Similar questions

You had a desktop computer at home. You did, however, just acquire a brand-new laptop. You wish to link the two computers together in order for them to share data and a high-quality printer. Regrettably, the desktop is located on the main level, while the laptop is intended for usage upstairs. How are the two PCs going to be connected? Make a list of as many potential solutions as you can, together with their associated benefits and drawbacks. For instance, should a wired or wireless media be used?If wired, what kind of wires are used?What will become of the wires?Is it possible to reuse existing wiring?What technologies might you utilize if you became wireless?
You have had a desktop at home. However, recently, you got a brand newlaptop. You want to connect the two computers so they can share data and a high-quality printer. Unfortunately, the desktop is on the ground floor, and the laptop is meant to be used upstairs. How are you going to connect the two computers? List as many possible solutions as you can, with the advantages and disadvantages of each. For example, should you use a wired or wireless medium? If wired, what kind of wires? Where will the wires go? Can you use existing wiring? If you go wireless, what technology could you use?
You have had a desktop at home. However, recently, you got a brand new laptop. You want to connect the two computers so they can share data and a high-quality printer. Unfortunately, the desktop is on the ground floor, and the laptop is meant to be used upstairs. How are you going to connect the two computers? List as many possible solutions as you can, with the advantages and disadvantages of each. For example, should you use a wired or wireless medium? If wired, what kind of wires? Where will the wires go? Can you use existing wiring? If you go wireless, what technology could you use?
A lecturer wants to simultaneously view his laptop screen whilst students view the same screen on a projector during a class demonstration. However, when he connects the laptop to the projector via the HDMI cable, the output is only showing on the projector and his laptop screen goes blank. Describe the cause of this problem and explain how can this problem be fixed? In your answer, also recommend advise as an example of what to consider when purchasing an external adaptor if the lecturer wanted to use an external video display
H1. The two workstations must be connected to a network hub using patch cables that will connect to a wall outlet. There is already a built-in 80-meter cable connecting the wall to a patch panel and a 12-meter cable connecting the patch panel to the hub. What is the maximum length of the patch cables that can be used for each of the two workstations? Show proper step by step calculation and explanation
In a 1,000 square foot office, how would you set up a network to connect 40 workstations to the outside world? Don't merely state things without providing evidence to support them.
There are no ports that suit your requirements. Your uncle gave you a brand-new computer screen for Christmas, and it looks great. Your computer's back does not have any ports that can take the connection from the other end of the cable. Who can predict what will occur next?
There are no ports available that satisfy your requirements. You received a new computer screen as a Christmas gift from your uncle, and it is rather wonderful. There are no ports on the back of your computer that can accept the connection at the other end of the cable because there are none on the front. Who knows what will transpire in the future?
Is it possible for two devices to share the same MAC address? Whether or if this will be successful To what extent, if at all, is it conceivable for the same thing to have many IP addresses? So, tell me, what's in it for me?
Question 1 Today's PCs have many different connections. In order to input information and have corresponding information outputted by the computer, all of the devices need to be connected to the correct ports. Examine your home (or lab) computer and identify the various ports associated with it. Click a picture of front and back of the CPU. Attached that pictures in document and labeled each port in picture, define each port and any identifiable characteristics related to port. Determine your home (or lab) computer’s processor, System type and installed memory. For example, a standard serial port is often blue or black with nine pins (one row of five and a row below with four). That particular port is known as a DB-9 port (or DE-9) port and transmits at five volts. Question 2 Can we have option for Rewritable Optical Discs? If we have so how could this possible to rewrite disc, what technology is used? Is this beneficial for users or not? Question 3 Convert following numbers from…
Athena, a graphic designer, uses OneDrive to back up her work files across her home laptop and office laptop. One day, after completing her work in office, she backs up 5 GB of files to OneDrive. After she gets back home, she realizes that she forgot to send an email. The broadband network is down, so Athena tethers her laptop through her mobile to access the Internet. OneDrive begins downloading changes, and her data plan of 2 GB is exhausted quickly. She did not intend for OneDrive to download these files. What option should Athena have enabled to prevent this from happening? a. Start OneDrive automatically when I sign in to Windows b. Automatically pause sync when this device is on a metered network c. Let me use OneDrive to fetch any of my files on this PC d. Use Office to work on files with other people at the same time
There are no ports that are accessible that meet the criteria that you have specified. Your uncle gave you a brand new computer screen for Christmas, and it's just fantastic. The present was really kind of him. Since there are no ports on the front of your computer, the rear does not have any either. As a result, there is no way for the connection at the other end of the cable to be accepted. Who can predict what will take place in the years to come?