The difference between Gigabit Ethernet port and 100M Ethernet port
The Gigabit Ethernet port on the optical modem is used to connect to a router or computer, and the 100M port is used to connect to a set-top box to watch IPTV. A Gigabit port is a 10/100/1000M adaptive Ethernet port, and a 100M port is a 10/100M adaptive Ethernet port.
Nowadays, optical fiber to the home has become popular and has become the way for most users to access the Internet at home. Currently, operators provide broadband and IPTV, which are connected to the optical fiber through an optical fiber. Cats provide both services. (Recommended learning: PHP video tutorial)
The Gigabit network port can provide a maximum network speed of 1000M and a download speed of up to 1000/8=125MB/s. The 100M network port can pass a maximum network speed of 100M and can provide a maximum download speed of 100/8=12.5MB/s.
In our current home broadband networking model, the core device that provides the home network is the router.
When the home broadband is greater than 100M, the Gigabit wireless router we purchase needs to be connected to the Gigabit network port of the optical modem, which can provide higher download speeds.
The main reason why optical modems have 100M and 100M network ports is that the price of 100M network cards is higher than 100M network cards, and 100M network ports can fully meet the needs of IPTV services.
Higher network speed requires higher cost. The price of Gigabit network port is higher than that of 100M network port. When operators provide optical modems, considering the cost, they often only provide them to Users have an optical modem with one Gigabit network port and several 100M network ports. The Gigabit network port is used by users to access the Internet, and the 100M network port is used for IPTV.
The IPTV service we currently use, based on the bandwidth required for 4K high-definition video, requires about 40Mbps of network bandwidth, so it is sufficient to provide a 100M network port for the IPTV service.
The initial setting is that only the Gigabit network port (or the 100M network port to improve the Internet service) can access the Internet, and the other network ports are closed or can only watch IPTV, but now there are also some optical mode settings Both 100M and 1000M can surf the Internet and watch IPTV. When connecting the optical modem interface, users should pay attention to whether the connection is a Gigabit network port.
For more PHP related technical articles, please visit the PHP Graphic Tutorial column to learn!
The above is the detailed content of The difference between Gigabit Ethernet port and 100M Ethernet port. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undress AI Tool
Undress images for free

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

System restore point setting methods include manual creation, dependency automatic creation, and management of storage space. 1. Manual creation requires system protection to enable in "Create Restore Point", allocate 5% disk space and click "Create" to name the restore point; 2. The system will automatically create restore points when installing updates or changing settings, but do not guarantee comprehensiveness; 3. The restore point occupies no more than 5% of the system disk space by default, and the old version will be automatically cleaned, and storage can be managed by adjusting the upper limit.

When encountering the blue screen error VIDEO_TDR_FAILURE(nvlddmkm.sys), priority should be given to troubleshooting graphics card driver or hardware problems. 1. Update or rollback the graphics card driver: automatically search and update through the device manager, manually install or roll back to the old stable driver using NVIDIA official website tools; 2. Adjust the TDR mechanism: Modify the TdrDelay value in the registry to extend the system waiting time; 3. Check the graphics card hardware status: monitor the temperature, power supply, interface connection and memory module; 4. Check system interference factors: run sfc/scannow to repair system files, uninstall conflicting software, and try safe mode startup to confirm the root cause of the problem. In most cases, the driver problem is first handled. If it occurs repeatedly, it needs to be further deepened.

A firewall is a network security system that monitors and controls network traffic through predefined rules to protect computers or networks from unauthorized access. Its core functions include: 1. Check the source, destination address, port and protocol of the data packet; 2. Determine whether to allow connections based on trust; 3. Block suspicious or malicious behavior; 4. Support different types such as packet filtering firewalls, status detection firewalls, application layer firewalls and next-generation firewalls; 5. Users can enable built-in firewalls through operating system settings, such as Windows Security Center or macOS system preferences; 6. The firewall should be used in combination with other security measures such as strong passwords and update software to enhance protection.

To prevent specific programs from being connected to the network can be achieved through system firewalls or third-party tools. 1. Windows users can use their own firewall, create new rules in the "outbound rules" to select the program path and set "block connection"; 2. Third-party tools such as GlassWire or NetBalancer provide graphical interfaces that are more convenient to operate, but pay attention to source reliability and performance impact; 3. Mac users can control networking permissions through the command line with pfctl or using LittleSnitch and other tools; 4. A more thorough way is to use the network outage policy. The whitelisting policy prohibits all programs from being connected to the network by default and only allows trusted programs to access. Although the operation modes of different systems are different, the core logic is consistent, and attention should be paid to the details of the path and scope of the rules taking effect.

UAC frequently pops up because the running program requires administrator permissions or the system setting level is too high. Common reasons include installation of software, modifying system settings, running third-party tools and other operation triggers. If using an administrator account, UAC only confirms the operation and not blocks. The methods for reducing prompts include: canceling the program to run as an administrator, lowering the UAC notification level, using a standard user account, and starting the program through the task planner. It is not recommended to turn off UAC completely because it can effectively prevent malicious programs from tampering with the system. You can set the UAC to "notify only when the program changes the computer" to balance security and experience.

The Facebook name change process is simple, but you need to pay attention to the rules. First, log in to the application or web version and go to "Settings and Privacy" > "Settings" > "Personal Information" > "Name", enter a new name, and save it; secondly, you must use your real name, it cannot be modified frequently within 60 days, it cannot contain special characters or numbers, and it cannot be impersonated by others, and the review does not pass the auxiliary verification such as uploading ID cards; it usually takes effect within a few minutes to 3 working days after submission; finally, the name change will not notify friends, the homepage name will be updated simultaneously, and the old name will still be displayed in the history record.

Audio problems are usually caused by changes in settings, abnormal drivers or system service failures. You can troubleshoot them according to the following steps: 1. Check whether the volume is muted, whether the output device is correct, try to re-plug and unplug the headset; 2. Update or roll back the audio driver through the Device Manager, uninstall if necessary and restart the computer; 3. Make sure that the "WindowsAudio" service is started and the startup type is set to automatic; 4. Run the sfc/scannow command to repair possible corrupt system files. Operate step by step in order, and the audio function can be restored in most cases.

Sleep and shutdown have their own uses, and the choice depends on the usage scenario. 1. Sleep is suitable for short rest, maintaining low power consumption and quickly recovering work; 2. Shutdown is suitable for not using for a long time, installing updates or troubleshooting, and completely power outage saves energy; 3. Mixed sleep takes into account memory and hard disk saving to prevent loss of data from power outage; 4. Notebooks should pay attention to battery health to avoid excessive discharge caused by long-term sleep; 5. There may still be background tasks running in sleep mode, and it is recommended to adjust settings according to needs to optimize performance and energy consumption.