How can there be more numbers on the network cable than there are sent

There is no comparison between receiving and sending.

For example, if you open a web page, what you send is only the address of the page, and what you want to receive is the text of the web page** and so on, so you will receive more and send less.

If you are playing online games, it depends on the design of the online game client, and now the good online game clients are relatively large, because the client processes most of the data, as long as the change data is sent to the server, so it still receives more and less.

But when you get under BT, it will receive and receive at the same time, so that the data sent and sent will be about the same, but because ADSL is an asymmetrical network, if you are 8M ADSL, there will be 8 bandwidth, that is, there is 8M bandwidth, but the sending is 512K, 4M is 4M, sending is still 512K, ADSL no matter how much M bandwidth you have, sending is only 512K, in this way, the same time is still more than less.

If you're a fiber user, it's the same as if you were a fiber user, so you will receive as much as you send.

Based on the above various situations, the Internet is basically received more and sent less.

And there is no fixed ratio, it is completely normal to receive 5 times more than to send.

By the way, correct the mistake downstairs, if the optical fiber access is**and**watch more movies, there will be many times more problems than sending, now many Internet cafes are optical fiber access, you can go to the server of the Internet café to see the data status, generally many times more than sending.

ADSL asymmetric digital subscriber loop has the highest uplink speed and the highest downlink speed of 24Mbps, these are all artificially set, as long as it does not exceed the range, I want to set it to the same bandwidth up and down, I am doing DSLAM equipment, I can set as much as I want, but the standard of the telecommunications bureau in each place is slightly different, such as 2M broadband, up and down 512K, downlink 2M, but some places are set to uplink 168, downlink 2M, tell the user to say the same 2M bandwidth.

It's your internet speed, it may be a real 100m internet speed, and generally the current adsl Internet is displayed at 100M.

A network connection sign that your network card is an Ethernet card.

Our school's broadband is 1G, but the display is still 100M

100M is the bandwidth of the display network card, not the bandwidth of the network cable

Roar, two megabytes are enough, and playing games does not cost traffic.

I don't know if you're **.

Broadband via wire.

No, you can try it if you don't believe it.

Yes, the application of different technologies, TV signals can also transmit network signals, it seems to be DSL, the specific technology forgot, ask about radio and television.

Yes, professionally speaking, it is all "last mile technology".

Contact your local cable operator and purchase their broadband Internet service.

Most of the Beijing area is Gehua Network.

Okay, you talk to the telecom guys.

You can change the other port of the digital TV to a network cable.

Find more than 1 meter of fixtures, measure out 1 meter with a ruler to make a mark, and then take the line to the yard, the yard 5 times is 5 meters, and then the 5-meter line to the yard 5 times after the trace of the sail, a total of 30 meters for the elderly, and finally put more hail and a half a meter, the guests will not be too much.

No need to have numbers on top of the network cable.

Just look at the numbers.

The number is the number of meters, and the most accurate.

I bought Changhong3D network TV,I haven't tried to use broadband network directly,You can connect with a computer,You need to set up a computer to use,I'm connected with a router,After connection, it can't be as functional as using a computer,**of**can't**,Because the TV can't install flash,So it can't****,But each TV has its own backstage platform and partners,You can**watch a lot**,And there are many hit dramas,But there is one thing to note, That is, your residential community has the broadband of that company, and there are some broadband ** The effect is not good and very stuck, and the required bandwidth should be more than 2m, ** to be smooth. Use the computer and TV connection at the same time,The computer can do other work,TV can be ****,The effect is still good。

If the answer is clicked.

Digital TV is still far from the function of a computer, and it is only used as a large-screen display.

1. Buy a router, set it up correctly, and make sure that the local connection attribute in the client computer is to automatically obtain the IP address.

2、Set the 3D TV network setting menu,And set it to automatically obtain the IP address,3、Make a parallel line,Insert one end into the 3D TV RJ-45 port,The other end is inserted into the router LAN port,And make sure it is correct。

I set it up myself and succeeded. Konka 3D IPTV.

This is generally a refresh problem, click out the start menu, click on the connection to show all connections, right-click on the local connection, click repair, and the problem is solved.

With a router, you check it on the Internet, there are sales in the computer city, if you want to buy a better one, about 100 yuan.

That's when connecting a router, whether your router is wired or wireless.

Since the printed matter is composed of dots, the number of printed images plus screen lines refers to the number of screen lines per inch in the horizontal or vertical direction of the printed matter, that is, the number of network cables hanging on the screen. It is called the number of network lines because the earliest printed matter dots were wire-like. The unit of the number of attached network cables is line inch, referred to as LPI.

For example, 150LPI means that 150 network cables are added per inch. The larger the number of meshes and the more nets, the denser the dots and the richer the level expressiveness. Because computer images are dot-matrix, that is, they are composed of pixels (the smallest unit of an image is called a pixel).

Image resolution can be visually understood as the number of pixels in a unit length of a line in the horizontal or vertical direction, and the more pixels used to describe the line, the higher the resolution.

The unit of image resolution is generally pixels perinch, which is usually expressed in English as ppi. For example, if an image has a resolution of 300 ppi, it means that it has 300 pixels per inch horizontally or vertically. An image with a resolution of 720i means that it has 72 pixels per inch horizontally or vertically.

Some devices have similar resolution to image resolution, except that they are expressed by dots, so they are represented as dot per inch, or DPI for short. For example, an image scanner with a resolution of 1200dpi has an image input accuracy of 1200 dots, or pixels, per inch. The output accuracy of the 3600dpi laser phototypesetting machine is 3600 laser points per inch.

Image resolution PPI and printing resolution LPI (number of screen lines) are related to and different: image resolution is higher than printing resolution, generally 2 more than 2 pixels generate 1 dot, that is, LPI is about half of DPI.