As Internet technology advances rapidly, school network development has become an integral part of modern education. Traditional web equipment has become difficult to meet the demands of a modern campus network environment, especially in terms of high performance and low delay. To address this challenge,“NATHHEL_BRAND”A switchboard based on POE technology was launched——The POE switchboard provides an efficient and reliable solution to the construction of a campus network.
I. Technical advantages of the POE switch
1. Efficient power supply
o POE technology: Power over Earthnet (POE) technology has been used to streamline the installation and maintenance of equipment by transmitting data and electricity simultaneously with a Tai Net cable.
o Strong compatibility: Supports the IEEE 802.3af/at standard, which applies to various POPE devices such as wireless access points, IP phones and webcams.
2. High performance package processing
o Direct memory access: The POE switcher uses direct memory access (DMA) technology to reduce the burden on CPUs and improve processing speed of data packages.
o Zero copy transfer: Data processing efficiency was further enhanced by zero copy transmission technology, which avoided unnecessary data copying operations.
o Multinuclear processor support: support multi-nuclear processors, make full use of hardware resources, achieve parallel processing and improve overall performance.
3. Smart flow management
o Bandwidth distribution: The POE switch can automatically adjust the bandwidth distribution strategy to ensure network performance for key operations, depending on the type of application and user needs.
o QoS Safeguards: By setting priority rules, the POE switcher can ensure smooth running of key applications, avoid network congestion and enhance user experience.
o Flow optimization: fine-tuning of network traffic, optimizing the use of network resources and enhancing overall network performance.
4. Full security.
o Firewall functionality: Integrated with a powerful firewall module to effectively defend against cyberthreats such as DDoS attacks, virus transmission etc.
o Invasion detection and defense.: Real-time surveillance of network traffic, timely detection and disruption of potential intrusions, ensuring the security and stability of the network environment.
o Content Filter: Filter illegal or inappropriate content, create a healthy network environment and protect users from undesirable information.
5. Detailed data analysis
o Flow statistics: Provide detailed traffic statistics to help managers understand the use of networks and identify and solve problems in a timely manner.
o User Behaviour Analysis_ Document user behaviour online, generate analytical reports, support decision-making and help institutions better manage web resources.
o Alert.: When an anomaly occurs in the network, the system automatically sends alerts to managers to process them in a timely manner and to ensure that the network is operating steadily.
II. POPE switch application scene
1. School network
o Classrooms and laboratories: In classrooms and laboratories, the POE switchboard can provide a steady transmission of electricity and data to equipment such as wireless access points, IP phones and webcams to ensure the smooth conduct of teaching activities.
o Library: In the library, POE switches can provide power and network connections for self-help lending, e-readers, etc., to enhance user experience.
o Accommodation area: In the student dormitory area, POE switches can provide power and network connections to wireless routers and other network equipment to ensure that students have access to high-speed, stable network services.
2. Enterprise network
o Office: In the office, the POE switch will provide a steady power and data transfer to equipment such as wireless access points, IP phones and webcams, and increase efficiency.
o Conference room: In the conference room, the POPE switch will provide power and network connectivity for equipment such as projectors, videoconferencing systems and so on to ensure smooth proceedings.
o Plant: In the plant, POE switches can provide power and network connections for equipment such as industrial sensors, surveillance cameras and so on, increasing productivity and safety.
3. Public facilities
o Airport: In airports, the POE switchboard can provide power and network connections to equipment such as wireless access points, IP phones and surveillance cameras, and enhance passenger service experience.
o The mall.: In the mall, POE switches can provide power and network connections to equipment such as wireless access points, advertising screens and so on, and enhance customer shopping experiences.
o Hospital: In hospitals, the POE switch can provide electricity and network connections for equipment such as medical equipment, surveillance cameras and so on, and improve the quality and efficiency of medical services.
III. CURRENT CASE-Sharing
Case one: a university
A university has encountered bottlenecks in network management, particularly at peaks where cybercrowding is high, affecting the normal conduct of teaching and scientific research activities.“NATHHEL_BRAND”The network performance has improved significantly with the introduction of a more sophisticated management of network traffic following POPE switch. Network delays have been reduced by 40 per cent, user complaints have decreased by 50 per cent and overall satisfaction has increased by 30 per cent.
Case two: a secondary school
The high power capacity of the POE switchboard and the smart flow management function have effectively reduced cyber congestion, ensuring smooth teaching and scientific research. Meanwhile, through content filtering, schools have successfully created a healthy and safe network environment that has won high ratings from both teachers and students.
Case three: an international school
The multi-language support and multi-modal certification function of the POE switchboard provides easy access to the Internet for international students. Moreover, through content filtering, schools have succeeded in creating a healthy, green web environment that has won high ratings from parents and communities.
IV. FUTURE DEVELOPMENT TRENDS
As new technologies such as 5G, the Internet of goods evolve, the future campus network environment will become more complex and diverse. The POE switchboard will continue to play an important role as a key tool for high-performance network management.
1. AI Technological Integration: Integration of artificial intelligence technologies to achieve more intelligent flow management and user behaviour analysis, and increased automation of network management.
2. Edge calculation support: Increase the speed of data processing, reduce network delays and enhance user experience through peripheral computing techniques.
3. The Yunwon Architecture_: The cloud-based architecture provides a more flexible deployment and management approach, adapted to the network environment of different sizes and needs.
4. Green energy efficiency: Optimize hardware design, reduce energy consumption and achieve green and environmentally sound network management that meets the requirements of sustainable development.
Summary
“NATHHEL_BRAND”With its strong functionality and excellent performance, the POE switcher has become a preferred option for building campus networks.“NATHHEL_BRAND”With the help of the United Nations, campuses will usher in a new era of more intelligent and efficient networking.
If you are interested in the POPE switch, please contact our sales and technical support team.
I. Technical advantages of the POE switch
1. Efficient power supply
o POE technology: Power over Earthnet (POE) technology has been used to streamline the installation and maintenance of equipment by transmitting data and electricity simultaneously with a Tai Net cable.
o Strong compatibility: Supports the IEEE 802.3af/at standard, which applies to various POPE devices such as wireless access points, IP phones and webcams.
2. High performance package processing
o Direct memory access: The POE switcher uses direct memory access (DMA) technology to reduce the burden on CPUs and improve processing speed of data packages.
o Zero copy transfer: Data processing efficiency was further enhanced by zero copy transmission technology, which avoided unnecessary data copying operations.
o Multinuclear processor support: support multi-nuclear processors, make full use of hardware resources, achieve parallel processing and improve overall performance.
3. Smart flow management
o Bandwidth distribution: The POE switch can automatically adjust the bandwidth distribution strategy to ensure network performance for key operations, depending on the type of application and user needs.
o QoS Safeguards: By setting priority rules, the POE switcher can ensure smooth running of key applications, avoid network congestion and enhance user experience.
o Flow optimization: fine-tuning of network traffic, optimizing the use of network resources and enhancing overall network performance.
4. Full security.
o Firewall functionality: Integrated with a powerful firewall module to effectively defend against cyberthreats such as DDoS attacks, virus transmission etc.
o Invasion detection and defense.: Real-time surveillance of network traffic, timely detection and disruption of potential intrusions, ensuring the security and stability of the network environment.
o Content Filter: Filter illegal or inappropriate content, create a healthy network environment and protect users from undesirable information.
5. Detailed data analysis
o Flow statistics: Provide detailed traffic statistics to help managers understand the use of networks and identify and solve problems in a timely manner.
o User Behaviour Analysis_ Document user behaviour online, generate analytical reports, support decision-making and help institutions better manage web resources.
o Alert.: When an anomaly occurs in the network, the system automatically sends alerts to managers to process them in a timely manner and to ensure that the network is operating steadily.
II. POPE switch application scene
1. School network
o Classrooms and laboratories: In classrooms and laboratories, the POE switchboard can provide a steady transmission of electricity and data to equipment such as wireless access points, IP phones and webcams to ensure the smooth conduct of teaching activities.
o Library: In the library, POE switches can provide power and network connections for self-help lending, e-readers, etc., to enhance user experience.
o Accommodation area: In the student dormitory area, POE switches can provide power and network connections to wireless routers and other network equipment to ensure that students have access to high-speed, stable network services.
2. Enterprise network
o Office: In the office, the POE switch will provide a steady power and data transfer to equipment such as wireless access points, IP phones and webcams, and increase efficiency.
o Conference room: In the conference room, the POPE switch will provide power and network connectivity for equipment such as projectors, videoconferencing systems and so on to ensure smooth proceedings.
o Plant: In the plant, POE switches can provide power and network connections for equipment such as industrial sensors, surveillance cameras and so on, increasing productivity and safety.
3. Public facilities
o Airport: In airports, the POE switchboard can provide power and network connections to equipment such as wireless access points, IP phones and surveillance cameras, and enhance passenger service experience.
o The mall.: In the mall, POE switches can provide power and network connections to equipment such as wireless access points, advertising screens and so on, and enhance customer shopping experiences.
o Hospital: In hospitals, the POE switch can provide electricity and network connections for equipment such as medical equipment, surveillance cameras and so on, and improve the quality and efficiency of medical services.
III. CURRENT CASE-Sharing
Case one: a university
A university has encountered bottlenecks in network management, particularly at peaks where cybercrowding is high, affecting the normal conduct of teaching and scientific research activities.“NATHHEL_BRAND”The network performance has improved significantly with the introduction of a more sophisticated management of network traffic following POPE switch. Network delays have been reduced by 40 per cent, user complaints have decreased by 50 per cent and overall satisfaction has increased by 30 per cent.
Case two: a secondary school
The high power capacity of the POE switchboard and the smart flow management function have effectively reduced cyber congestion, ensuring smooth teaching and scientific research. Meanwhile, through content filtering, schools have successfully created a healthy and safe network environment that has won high ratings from both teachers and students.
Case three: an international school
The multi-language support and multi-modal certification function of the POE switchboard provides easy access to the Internet for international students. Moreover, through content filtering, schools have succeeded in creating a healthy, green web environment that has won high ratings from parents and communities.
IV. FUTURE DEVELOPMENT TRENDS
As new technologies such as 5G, the Internet of goods evolve, the future campus network environment will become more complex and diverse. The POE switchboard will continue to play an important role as a key tool for high-performance network management.
1. AI Technological Integration: Integration of artificial intelligence technologies to achieve more intelligent flow management and user behaviour analysis, and increased automation of network management.
2. Edge calculation support: Increase the speed of data processing, reduce network delays and enhance user experience through peripheral computing techniques.
3. The Yunwon Architecture_: The cloud-based architecture provides a more flexible deployment and management approach, adapted to the network environment of different sizes and needs.
4. Green energy efficiency: Optimize hardware design, reduce energy consumption and achieve green and environmentally sound network management that meets the requirements of sustainable development.
Summary
“NATHHEL_BRAND”With its strong functionality and excellent performance, the POE switcher has become a preferred option for building campus networks.“NATHHEL_BRAND”With the help of the United Nations, campuses will usher in a new era of more intelligent and efficient networking.
If you are interested in the POPE switch, please contact our sales and technical support team.