What is the situation when 100m broadband is only a few tens of kilobytes?

The actual network speed of 600m broadband is about 60M-70M per second. 600M refers to 600 megabits (Mpbs) broadband, converted into data transmission speed in bytes: 1Mbps=1/8MBps, then the download speed of 600 megabits broadband is "600÷8=75MB/s", that is, per second 75MB download speed; but this data is only a theoretical download speed. In fact, broadband download speed is affected by many factors, such as router network transmission channel and network delay issues. Generally, the actual network speed is around 60M-70M per second.

Difference: Ethernet is the most common communication protocol standard used in existing local area networks today. Ethernet transmits information packets at a rate of 10-100Mbps between interconnected devices; broadband is not strictly defined, and is generally demarcated by 56Kbps. Access methods of 56Kbps and below are called "narrowband", and access methods above are classified as "broadband".

The downlink rate of 1000M broadband is 1000 Mbps, and the uplink rate is 30 Mbps; but to be precise, the uplink rate is not certain, because ordinary users have limited uplink rates, which are related to the local operator who handles the broadband; generally, if it is dedicated line broadband, Then the uplink rate and downlink rate are equal.

200mbps is 200 megabit broadband. The so-called broadband 200Mbit actually means that the broadband access rate is 200Mbit; because "1Mbps = 1024kbps = 1024/8 KBps = 128KB/s", if converted, the download speed of 200M broadband is: "200 * 128 KB/ s = 25600 KB/s = 25600 / 1024 MB/s = 25.6MB/s”.

30mb/s is approximately 240 megabytes of broadband, and the conversion formula is "30MB/Sx8=240M"; usually the megabyte of file size refers to 4MByte; byte (Byte) is a measurement used by computer information technology to measure storage capacity. Units that also represent data types and language characters in some computer programming languages.

Broadband relocation means that when the customer's installed broadband needs to be moved to a new installation address, the customer submits an application for the relocation service to the telecommunications company. The telecommunications company will promptly relocate the broadband business address for the customer based on the customer's requirements and resource conditions; the household owner only needs Just bring your ID card to the local business office to handle the relocation service.

The differences between campus network and broadband are in terms of usage scenarios and network range, speed and bandwidth, service providers, usage restrictions and service content. Detailed introduction: 1. Usage scenarios and network scope. Campus network is a local area network service provided within schools, universities or educational institutions. It mainly covers the school’s teaching buildings, dormitory buildings and other areas, and provides network connection services for students, faculty and staff. Usually built and managed by the school itself, it provides specific network resources and services. Broadband is a wide area network service that provides high-speed Internet connections for individual users or families, etc.

In today's digital age, broadband has become a necessity for each of us and every family. Without it, we would be restless and restless. So, do you know the technical principles behind broadband? From the earliest 56k "cat" dial-up to the current Gigabit cities and Gigabit homes, what kind of changes has our broadband technology experienced? In today’s article, let’s take a closer look at the “Broadband Story”. Have you seen this interface between █xDSL and ISDN? I believe that many friends born in the 70s and 80s must have seen it and are very familiar with it. That's right, this was the interface for "dial-up" when we first came into contact with the Internet. That was more than 20 years ago, when Xiao Zaojun was still in college. In order to surf the Internet, I