Optical fiber KVM: modern command center supports the society to help the economy

Command Center and Modern Economic Society

In modern society, the fast-developing economic society has comprehensively covered all aspects of people's lives, and the development of the economy and society depends on the progress and application of technology. Developed urban rail transit and air transportation allow people to enjoy convenient and fast modern transportation. The development of mobile communication technology makes countless services accessible through the mobile Internet. Government management and public safety departments use various technologies to better protect the society. Stable and safe, modern factories use automatic production management technology to improve the production efficiency and quality of products to meet market demand, and the energy production management industry uses advanced command and control technology to manage energy dispatch and development to provide energy supply for the economy and society. These basic social and economic industries provide a supporting role for the development of the national economy and society.

Modern public * command center

Behind these basic industries are the super brains of information and data processing--modern command centers. The modern command center uses mature KVM technology to make it possible to process massive amounts of data efficiently, and the command center becomes the information processing center of the modern economy and society. It can be said that KVM technology is the unsung hero behind the development of modern economy and society. In 2020, the state announced the key areas of new basic information construction. KVM technology has become an important technology to boost new infrastructure construction, ushering in more room for development.

KVM agent collaboration management makes the command center more efficient

At present, KVM technology has undergone 4 generations of development, and fiber-optic KVM and IP KVM are the mainstream market applications. Fiber-optic KVM technology is widely used in large-scale command centers in public *, government, aviation, power, mobile communications and other industries. In 2013, MediaComm first proposed the seat collaboration management concept based on KVM technology, released a visual seat collaboration management system based on fiber-optic KVM technology, and won the national patent for product invention*.

In the mission environment of a modern command center, the work of different operators is often not isolated, but needs to process a large amount of concurrent data and information at the same time, switch a large number of different signals, and communicate with different functions, different business departments or even different cities at the same time. The personnel of the company conduct collaborative work, interconnection, and cross-platform operations, multi-business department linkage and centralized command in emergencies. MediaComm believes that the value of fiber-optic KVM seats is to improve the work efficiency of command center operators, so that operators can perform efficient and accurate operations in the face of complex data, avoid fatigue, and ensure the correct execution of key tasks. Humanized work experience.

At the same time, for special industries such as emergency management, airport aviation, and mobile communications that require the command center to operate continuously for a long time, once the system shuts down, it will cause serious consequences, and it has strict requirements on the stability of the system. The optical fiber KVM system can provide a complete redundancy mechanism to deal with various emergencies during the operation of the system, and realize that the system does not affect normal operation when the system handles failures, and the user has no perception when the system is restored, and meets the stability of 7×24 hours of operation.

In recent years, MediaComm’s optical fiber KVM system has been applied to air traffic control, airports, nuclear power, radio and television and other industry projects that have high requirements for the real-time operation of the command and control system and the stability of the system, especially for system stability. It has won the authoritative recognition of industry users such as Beijing Daxing Airport, National Nuclear Power, Tencent Sports Studio, and established a benchmark for the domestic KVM industry.

Application of Fiber KVM in AOC of Beijing Daxing Airport

The application of MediaComm's optical fiber KVM system in Daxing Airport project is one of the benchmark projects of optical fiber KVM system.

Modern airports realize normal operations under the unified command and centralized coordination of the airport AOC. As the main body of airport operation control center and flight area operation management, airport AOC mainly includes airport operation site and flight area safety operation management. It is the core of airport operation management and emergency command, as well as the coordination and management agency for daily flight safety production and passenger service at the airport.

Daxing Airport AOC Command Hall

As a 4F-class international airport and an international aviation hub airport, Beijing Daxing Airport is a comprehensive transportation link in the Beijing-Tianjin-Hebei region that supports the construction of the Xiongan New Area and a new source of power for the country's development.

The Daxing Airport Information Center (SOC) and Command Center (AOC), built by MediaComm, known as the "Super Brain", are the data processing center, communication hub center and operation command center of Daxing Airport, gathering communication operators. , Cable TV core computer room and terminal, flight area and servers in each work area. The optical fiber KVM system is responsible for centralizing and interconnecting these server signals, collecting, summarizing and publishing information, ensuring the normal operation of the airport, responding to emergencies, and realizing important functions for the centralized control and coordinated command of AOC at Daxing Airport .

1. Centralized signal control

Through a set of optical fiber KVM system, the unified access management of all equipment signals of Daxing Airport AOC is carried out, and the long-distance transmission is carried out through optical fiber and private transmission protocol to ensure the real-time stability of the signal without stuttering and interruption, which solves the problem of terminal and flight It is difficult to manage complex signal sources between multiple areas of the airport, such as areas and various working areas.

2. Command and control

The optical fiber KVM system realizes that the various areas and seat personnel under the jurisdiction of Daxing Airport AOC can push the demand information of local seats to key seats or other seats in a timely manner for information collaborative operation, realize efficient and flat joint command, and ensure efficient and real-time airport operations .

3. Real-time command

The optical fiber KVM seat cooperative management host has ultra-high signal transmission bandwidth, which can ensure the real-time stability of the long-distance transmission of the AOC complex signal of Daxing Airport, and the multiple signals of the seats in each area can be switched instantaneously, without jams and delays, effectively guaranteeing command information Timely and accurate, improve airport operation efficiency.

Through MediaComm’s optical fiber KVM seat collaboration management system, a total of 137 seats in 44 units of the Daxing Airport AOC Center are operating 7x24 hours, scientific division of labor, orderly operation, and real-time collaboration, supporting the uninterrupted system The stability of the malfunctioning operation provides powerful technical support* for the official opening of Daxing Airport and the normal operation in the future.

Guizhou public* uses fiber optic KVM technology to build a big data center

In 2019, MediaComm implemented the construction of the Guizhou Province Anti-criminal Big Data Investigation Center. Guizhou Province's Big Data Investigation Center for Cracking Down on Criminal Crimes is a new type of public * command center built to deal with new forms of crimes such as online fraud, telecom fraud, and online money laundering.

The Guizhou Provincial Big Data Investigation Center needs to connect all kinds of big data information on governance, transportation, economy, people flow, etc. across the province, and requires strong data access capabilities and system stability; big data for social governance and management across the province Information involves various types of secret-related content and must be managed in a sound and safe manner to prevent leakage of secret-related data.

The big data investigation center involves scenes such as large screen areas, ordinary seats, leadership seats, meeting rooms, and decision-making rooms. It also needs to connect to different network segments and business platforms such as internal private networks, the Internet, and unified business application systems, and requires scientific and reasonable permissions. Division management and efficient agent operation.

MediaComm's agent collaboration management system based on optical fiber KVM technology realizes the unified placement of all servers in the center in the computer room for professional management, avoiding the risk of confidential data being leaked and copied.

The core architecture of the fiber-optic KVM agent collaborative management host has powerful access capabilities, ensuring the unified access and connectivity of the big data investigation center to all kinds of big data information in the whole province; stability is also sufficient to ensure that the big data investigation center is at various extremes Maintain the continuity of key tasks and the normal operation of system functions under conditions.

Through the optical fiber KVM system, scientific authority is divided into areas such as ordinary seats, leadership seats, and decision-making rooms of the big data reconnaissance center. Each area has a clear division of labor; a set of keys and mice for any seat can efficiently perform corresponding data and intelligence Operation management.

Beijing Daxing Airport and Guizhou Big Data Reconnaissance Center are both typical cases of fiber optic KVM system application in the command center. After the official launch of Beijing Daxing Airport in September 2019, it has become one of the most important hub airports in my country. After the opening of the Big Data Investigation Center for Combating Criminal Crimes in Guizhou Province, it has become the super brain of Guizhou Province in combating crime and maintaining social stability. The application value of MediaComm's optical fiber KVM system in the command center has been verified by customers.

The social economy is inseparable from the command center. The large-scale command center is one of the important driving forces for economic development and social operation, and the optical fiber KVM technology makes it possible to build a modern large-scale command center. MediaComm's overall command center solution based on optical fiber KVM technology has become one of the large-scale command center construction programs in the fields of government emergency response, public safety, transportation, mobile communications, energy management, radio and television, etc., and has served a country Ministry Command Center, National Emergency Management Department, National Nuclear Power, Beijing Daxing Airport, Tencent Studio Group, China Mobile Southern Base, China Southern Power Grid, Guangdong Provincial Public * Department and other customers have been verified by many industry customers.