I. Introduction
With the continuous development of medical technology, the demand for informatization in hospitals is also increasing. In order to meet the growing demand for information transmission in hospitals and improve the reliability and stability of hospital integrated wiring, this paper will introduce a hospital integrated wiring design scheme. The program aims to provide hospitals with a complete, efficient and reliable cabling system to meet the various needs of hospitals.
Second, the wiring demand analysis
1.Medical imaging systems: Medical imaging systems need to transmit high-definition images, so they need high-speed, high-bandwidth network support.
2.Electronic medical record system: Electronic medical record system needs to process a large amount of data, which requires high reliability and stability of the network.
3.Telemedicine systems: Telemedicine systems require real-time transmission of audio data, requiring networks with low latency and high definition.
4.Internal office system: Internal office system needs to meet the daily office needs of employees, and the network needs to be flexible and scalable.
3. Wiring scheme design
1.Network topology: The star topology is adopted, the core switch is located in the central computer room, and other floors and departments are connected to the core switch through the floor switch.
2.Network equipment selection: Layer 3 switches with high performance and high scalability are selected for core switches, and Layer 2 switches with high cost performance are selected for floor switches.
3.The wiring is designed: according to the distribution of hospital floors and departments, the route is reasonably planned to ensure the reliability and stability of the network connection.
4.Network security design: Set up security devices such as firewalls and intrusion detection systems to ensure network security.
Fourth, the implementation of the wiring scheme.
1.Pre-construction preparation: Develop a detailed construction plan and prepare the required materials and equipment.
2.Install network devices: Install network devices according to the design scheme to ensure the stability and security of the devices.
3.Make network cables: Make network cables according to the design scheme to ensure the quality and reliability of network cables.
4.Test network connectivity: Test the stability and speed of your network connection to ensure you meet the needs of your hospital.
5.Network security settings: Set up security devices such as firewalls and intrusion detection systems to ensure network security.
6.Train healthcare workers: Train healthcare workers on how to use the internet and improve their use of the internet.
7.Maintenance and management: Regularly maintain and manage network devices to ensure network stability and reliability.
V. Conclusions
This paper introduces a hospital integrated wiring design scheme, which aims to provide a complete, efficient and reliable wiring system for hospitals to meet the various needs of hospitals. By analyzing the cabling requirements of the hospital, a reasonable network topology and routing planning were designed, appropriate network equipment was selected, and network security design was carried out. During the implementation process, it is necessary to formulate a detailed construction plan, prepare the required materials and equipment, install the network equipment according to the design plan, make network cables, test the network connection, set up network security equipment, train medical personnel, and carry out regular maintenance and management. The implementation of this program will help improve the level of hospital informatization, meet the growing demand for information transmission in hospitals, and provide a strong guarantee for the normal operation of hospitals.