ShenZhen iDste Information Technology Co., Ltd.

Old reform plan
New installation plan

iDste-NC02 series builds smart campus construction and basic application

2016-06-29 06:51:21 Source: iDste



      A comprehensive understanding of education informatization needs to be recognized and viewed from a strategic perspective. We believe that education informatization first reflects the informatization of educational concepts and ideas, which includes multiple inputs from hardware equipment investment to human resources and management concepts. In this fast-developing society, educational informationization or information-based means to improve the level of campus intelligence has become the hottest topic for educators today.

Based on digital campus, iDste fusion system fully integrates the basic systems and equipment needed for smart campus with advanced technology, from hardware integration to information management, from simple business system to campus multi-service and multi-dimensional digital application. iDste has provided advanced and reliable basic hardware devices and integrated high-efficiency business systems for today's digital campus, with a view to contributing to China's education and campus management and application intelligence!

At present, the iDste product line has covered the intelligent management of school audio-visual equipment, campus IP digital broadcasting system, campus high-definition digital video transmission system, intelligent control system for split air conditioner, and high-fidelity wireless sound reinforcement system. These practical systems will greatly enhance the water quality and management level of campus information applications. New technologies and reliable technical means are affecting people's inherent management habits and ways of thinking, an innovative, comprehensive, digital, intelligent Application systems are having a profound impact on existing campus equipment and business applications. With its deep industry background and continuous research and development investment in this field, iDste has been accepted and adopted by many universities and colleges in China.


Chapter 1: iDste Smart Campus Foundation Application

Product and system overview

First: design principles

From the beginning of the demonstration, iDste products regard “ease of use, reliability, advancement, innovation and integration” as the leading idea of product design and R&D. An advanced, innovative product is first of all reliable, functionality is available and easy to use, and business implementation is fused. Adhering to this basic principle, we focus on the design principles of iDste from the following aspects.

1) Ease of use: The design of the product does not exclude the user's inherent habits while using advanced technology. We provide an extremely simple human-computer interaction mode for the end user. We provide a convenient management interface and advanced for the administrator. Tutoring system, we provide very simple installation and debugging means for system integrators. The design concept of “convenience is the best” meets all levels of users and implementers.

2) Reliability: The rationality of design occupies an extremely important position in the reliability of the whole product. From product demonstration to design, we strive to use our most mature solutions, optimal cost performance and the most redundant function expansion as our design products. The basic idea, the system function design is based on the user needs of extensive research, to maximize the closeness to the user and fully reserve the expandable space. Firstly, the reliability of the individual products is guaranteed from the source and the process. Firstly, in the design process, the optimal design and development plan ensures the reliability of the system from fault tolerance, easy recovery and easy expansion. Secondly, it strictly follows the production of modern enterprises in the production process. The process control of the material control ensures the quality and consistency of the product.

3) Advancement: The design principle of advanced nature is reflected in all aspects of product and system integration. The technology we adopt must be mainstream and non-limited. The system architecture must be adapted to the most popular construction mode. Embedded, Internet of Things, big data, Internet, open interfaces, etc. are reflected in the iDste product terminal and system support software.

4) Innovative: The innovative application model is the cornerstone of our design system's advanced nature. iDste is based on talent pooling and a wide range of user groups. It focuses on the use of details, listens to user suggestions, and truly reflects practical innovation. Used and recognized by users.

5) Convergence: The new technology means and the speed of the network provide a broad application prospect for the fusion application. The integration method and performance are one of the important evaluations of product innovation. Today's campuses increasingly need a single stable fusion product. It replaces the composition of multiple devices, multiple systems, and multiple lines. iDste adheres to the concept of integration and guarantees the implementation and development of this concept with professionalism and technology. Convergence is the practice of innovative applications.

Second, the design standard

1) Network design and network equipment meet the following standards:

IEEE802.3 10Base-T network standard; IEEE802.3 100Base-TX Fast Ethernet standard

2) Communication protocol standard

The network layer and transport layer TCP/IP protocol are compatible with the IPX protocol and support PPP and SLIP protocols.

3) Wiring and electrical installation standards

The following standards are followed in system and terminal design:

China Electrical Design Code

Industrial electrical design specification

GB/T50311-2000 Building and building complex wiring engineering design specification

ANSI EIA/TIA607 Civil Building Communication Grounding Standard

GB/T50314-2000 "Intelligent Building Design Standards"

ANSI EIA/TIA-568A Commercial Building Cabling Standard

GB50254-50259-96 "Design Specification for Construction and Acceptance of Installation of Electrical Installations"

GA/T75-94 "People's Republic of China Public Safety Industry Standards"

GYJ125-86 "Acoustic Characteristics Index Standard for Hall Sound Reinforcement System"

GB6510-86 "30MHz-1GHz Audio and Video Signal Cable Distribution System"

GBJ "Technical Specifications for Cable TV Broadcasting Systems"

GY106-92 "Technical Specifications for Civil Building Cable TV System Engineering" "Electrical Design Standards for Civil Buildings"

4) Other industry standards

GB13837-2003: Limits and methods for measuring radio interference characteristics of sound and television broadcast receivers and related equipment

GB8898-2001: Safety requirements for audio, video and similar electronic equipment

RFC1889: A Transport Protocol For Real-Time Applications

YD/T965-1998 Safety requirements and experimental methods for telecommunication terminal equipment

YD/T993-1998 lightning protection technical requirements and experimental methods for telecommunication terminal equipment

GB 50526-2010 public broadcasting system engineering technical specification

GB50116-98 "Fire Automatic Alarm System Design Specification (Excerpt)"

4) Own product standard

iDste Fusion Intelligent Terminal Design Specification V2.0

iDste Fusion Platform Support Software Data Interface Design Specification V1.0

iDste wireless IoT module design specification V2.0

iDste support software database interface specification V1.5


The iDste Smart Campus Foundation Application Platform can centrally address the following campus management and business systems:


1: Intelligent control system for classroom audio-visual equipment in the whole school

2: Intelligent broadcast and management system for all-digital IP broadcasting system in the whole school (also compatible with full-school analog broadcasting)

3: Intelligent broadcast and management system for digital HD video in the whole school (campus TV broadcast and information release system)

4: Intelligent management system for air conditioning in classrooms of the whole school

5: The sound reinforcement system of the whole school classroom (2.4G wireless wheat and multimedia HD speakers)


iDste smart convergence service deployment

First: iDste fusion multi-service system technical characteristics and composition advantages

The intelligent terminal of iDste integrated multi-service system breaks through the hardware patchwork phenomenon of traditional integrated equipment in technology. All hardware and software are developed by the bottom layer through multiple verifications. The intelligent terminal adopts the most excellent HD processor in the industry. With the rich process experience accumulated by iDste's converged digital broadcasting system, iDste's converged multi-service system is also outstanding, and has been successfully run in hundreds of schools.

The main technical features are as follows:

1) Highly integrated, iDste NC-02 series intelligent terminal inherits the technical characteristics of NC series, and also integrates digital audio power amplifier, 10M/100M switch, power intelligent control and other modules. These practical integrations make the NC-02 series even more powerful.

2) Powerful computing and decoding capabilities, iDste NC-02 series has a powerful computing heart, with a RISC instruction set CPU of up to 700MHZ provides very large data communication processing capability and superb hardware decoding capability for the terminal itself. The high-bandwidth memory and redundancy design provides ample room for future system upgrades.

3) Proprietary system, iDste NC-02 series each terminal has a proven and extremely stable custom Linux system. Because of system customization, we can reduce the risk of terminal out of control from the software, of course, when new functions are needed. When added, it is also easy to upgrade or redefine functionality based on user requirements.

4) Customized support platform service and database system, iDste multi-service support platform server and database system are all Linux customized systems, which greatly improves the efficiency and stability of the operation, and also allows users to remove the troubles and upgrades in copyright use. The iDste Multi-Business Support System supports free upgrades for all software during the warranty period. To protect the user's assets and investment time limit.

5) The device is highly integrated and powerful. The iDste intelligent multi-service convergence system and application terminal that fully comply with the TCP/IP protocol fully integrate the campus network resources. One system and one set of terminals realize centralized control from the device in the campus network environment. Digital IP broadcasting system to HD full digital transmission system and various IOT control systems. This is first and foremost the innovation of new technologies and the embodiment of high-end design and manufacturing. With its experienced industry experience and leading product design concepts, iDste is changing the reality of multi-device, multi-system and multi-line in traditional information campus.


Second, the main equipment and functional components of the system

1: Schematic diagram of the equipment composition of the intelligent fusion system:


(1) Remote control and energy management functions:

   ■ Controlled power supply - Set the power supply time of the projector, motorized screen, computer, booth, and central control in digital setting mode (in seconds).

   ■ Device controlled - local and remote device linkage control, remote one-button power on, power off, disable multimedia devices (such as projectors, electric screens, computers, booths, central control)

   ■ The terminal itself comes with a high-precision energy consumption metering chip. The energy consumed by the projector in real time and time period can be counted.

(2) Remote device status detection:

  ■ In the background, you can observe whether the bulb of the fusion terminal and the projector is turned on (the projector power detection circuit is already on the circuit).

      Power on and off, power supply of external devices.

(3) Remote management and IoT functions:

  ■ Remote modification of the projector code, import and export, and remote modification of the IP address of the intelligent central control,

  ■ The sub-component points of the equipment are controlled and linked according to the schedule. When unattended, the multimedia classroom equipment is automatically turned on and off to achieve the purpose of management.

  ■ Remote volume and tone adjustment: On the remote management software, remote modification can be made according to the different volume and tone requirements of each classroom.

  ■ Enhanced intelligent central control has a rights management mode, and different roles are logged in to remotely manage multimedia devices such as air conditioners and LED synchronous clock devices.

    The enhanced iDste fusion intelligent terminal can realize the remote control of the split air conditioner through the iDste wireless air conditioner module. The function includes the switch, power on and off and energy consumption statistics of the classroom air conditioner.

The wireless terminal module is integrated in the control panel of the intelligent terminal (central control), and can communicate with the external wireless module through the control keyboard integrated with the interconnection protocol. Such as wireless air conditioning IoT module, wireless power gateway, real-time high-fidelity wireless sound reinforcement system.


■ Turn off the computer remotely. In the on-site teaching, the classroom computer is turned on in the unattended state, resulting in waste of resources and accelerated aging of the equipment. For this reason, when the intelligent control terminal is turned off, the iDste computer servo program can be used to remotely perform a soft shutdown of the computer.


2: Smart business functions of intelligent convergence system:


1) Intelligent air conditioning and projection equipment management system

     With the development of the economy and the improvement of material conditions, the school has become one of the most concentrated public areas for air-conditioning. How to effectively manage the air-conditioning in separate classrooms and other office areas, this is to build a low-carbon green campus. One of the primary goals. iDste uses a highly innovative means to intelligently manage and control classroom split air conditioners by means of wireless terminals that have been distributed in classrooms. Managers only need to input task modes according to preset time intervals. The class air conditioner can be turned on and off according to the preset mode (first turn the power on and off after the machine is turned on to ensure the air conditioner specification is used). Saving energy does not affect the terminal's actions performed according to any preset tasks.

The following main functions can be intelligently implemented through the platform software:

■ Remote monitoring, management intelligent central control and setting intelligent central control operation

■ Develop an implementation strategy for intelligent central control (including switching, power-off, identity verification, etc.)

■ Visualize the usage of the device

■ Remote configuration of intelligent control parameters

2) Digital IP Broadcast Support System

Although digital IP broadcasting provides a very easy means and free imagination for audio transmission, efforts should be made to cater to the actual application of the user, and it is necessary to work hard on software functions and performance. The integrated software system of iDste digital IP broadcasting should be perfected by the actual operation requirements of the first-line teachers on campus. It has become one of the best digital broadcasting management and broadcast software systems for campus. Relying on a strong R & D team and extensive research. The software system of iDste digital broadcasting starts from the user's actual situation and grows together with the user's needs. At present, the main functions such as automatic or manual intelligent broadcast, mode setting, mobile call, and role login based on various complex environments have been completed. The realization of these functions has greatly exerted the application characteristics of campus digital broadcasting. Since the software system is oriented to the needs and development of digital signals on campus, this greatly enriches the needs of front-line users, and it is very pragmatic to reduce the users of first-line users. Work pressure.

■ Intelligent broadcast

     The broadcast system of iDste digital broadcasting system takes the timeline as the main axis, which fully meets the characteristics of time regularity, punctuality rate and signal standardization of campus digital broadcasting. For the signal setting of one semester, the user only needs to set it once in the software, and the whole semester will take effect. At the same time, the software also provides a very user-friendly setting means, which is convenient for the user to manually select the real-time manual broadcast. The function settings of each playout task provide very detailed parameters for the user to choose, such as: broadcast time, duration, volume, source, temporary or normal, random selection, and so on. These rich parameter settings almost meet all the broadcast conditions of campus audio broadcasting, providing users with extremely convenient practicality and strong intelligence.

■ Mode setting

The extremely complex campus ring signal system operates intelligently according to specific logic. This is the challenge faced by all digital IP broadcast system software platforms. The mode setting in the iDste software system provides innovative operation for the system. Means, the perfection and application of this function, provides a very simple means for complex signal setup on campus. For example, a very frequent simulation test in the third grade, which requires a specific ringtone for the third grade exam. Use the mode function to match the level setting of the iDste convention. Operators can easily handle this task in a "mode" manner without having to change tasks frequently. After the end of the mode time of the grade stage, it is automatically changed to the normal timing "mode". All the prescribed signals will be delivered to each classroom in accordance with the "mode" requirements and accurate. There is no limit to the number of “modes”. From “exam mode” to “summer/winter mode”, in order to cope with the increasing number of holidays, iDste can set the user-friendly settings in software functions. care.

■ Mobile call and role login 

PC BC.png

iDste provides mobile call and automatic playout system based on TCP/IP network. The biggest feature of this system is to integrate the computer terminals on the existing campus network with digital IP broadcast through specific protocols, so that all the broadcast needs of the campus can be used. Those who can directly participate in the setting of the digital broadcasting system through their own desktop terminals, the open functions are reflected in the information means for everyone. These do not require proprietary equipment to participate in the functions of digital broadcasting on campus, and bring a very easy-to-use experience to grade groups, classroom teachers (especially English teachers), general affairs, and academic affairs. Each user participates in the organization's broadcast function under a specific authorization based on a specific authorization. For example, a high-level third-grade English teacher with four classes can use his administrator's authorization and time grouping restrictions every day. He can organize the English listening broadcast at the next morning of the day, and set it up in the second. The day server will automatically broadcast his playlist content to a specific group, without any other manual intervention. Of course, he can make a voice call to the relevant group (group member) within the allowed permissions. iDste writes specific authorization information into the authorization information of the portable USB-Key. The iDste digital audio broadcasting station solves professional problems from the perspective of proprietary devices, such as the network broadcast of campus radio stations. Real-time acquisition of analog sound sources and broadcast on digital networks. The iDset digital broadcasting system, from both the software and the hardware, constructs, organizes and implements the entire system with open thinking, truly bringing the application to the ground and catering to the actual needs in the most convenient way.

3) High-definition audio and video direct broadcast

    Media such as media resources (supporting 1920*1080P) and text information in the media library are broadcasted to the grouped audio and video terminals according to a predetermined time. Level and time limits can be set for all media broadcast tasks.

    Relying on the TCP/IP network, the live real-time scenes are point-to-point and point-to-group in full HD format to the audio and video playback terminal, time-on-demand Internet or LAN video resources, and single-point or packet-to-broadcast to any audio and video playback terminal in the LAN. Support for HTTP on-demand protocol.

4) Equipment management

    All audio and video playback terminals can perform pre-mode setting and remote management, and can automatically cut or select strong cuts for audio and video broadcasts from the server, and automatically activate or deactivate the connected display devices when unattended ( Such as projectors, LCD terminals, stereos, etc.)

5) Media Management

    Powerful database support, fast uploading means, single or batch upload audio and high-definition video files, audio and video playback supports MP3, MOV, AVI, TS stream and other mainstream formats.

6) Role management of multi-service integration

    Support all functions of iDste digital IP broadcasting. Only one iDste NC-02 terminal device is needed inside the platform. With iDste fusion platform support software, it can realize multi-services such as centralized control of equipment, digital IP broadcasting, high-definition video decoding, and campus cultural information release. Combine multiple campus utility functions to truly reduce the repetitive investment of equipment. Each type of business management is managed by a specific role.


Third, the application scenario of iDste integrated multi-service system

    The iDste fusion system is based on the intelligent management terminal equipment (iDste NC-02A) installed in the classroom. The terminal is connected to all the audio-visual equipment in a single classroom. Because it has intelligent management of the connected audio-visual equipment, it is provided by digital campus. With the data network interface of the classroom, combined with the iDste converged server and multi-service support platform software, we can build an intelligent, all-digital, high-definition intelligent broadcast and direct broadcast platform. The broadcast system utilizes the media management and support platform provided by the iDste fusion system. As long as the content to be broadcasted is pre-established, the intelligent broadcast can be scheduled and grouped in a preset manner. The smart terminal distributed in the classroom can automatically activate the connected display device, and the display device can be automatically turned off after the completion of the play, without any manual intervention. Utilizing the existing campus network without re-laying additional cables, the iDste support platform relies on proprietary proprietary protocols and provides strong cross-network configuration support. Since each terminal uses professional pure hardware full HD decoding, the broadcast quality is exceptionally good. For live broadcast or live TV broadcasts that are often encountered on campus, the iDste Convergence System also offers a powerful HD encoding device (iDste BW-802) that delivers high-definition signals from SDI/HDI, HDMI, CVBS to H.264. The format is output through the network, and the iDste support platform can push the timing of any code stream program from iDste BW-802 intelligently to any terminal device.

   The iDste converged multi-service system, which is integrated with high-definition video, has been applied to hundreds of primary and secondary schools in Shenzhen, Jiangsu, Fujian, Shandong, Beijing and other places, successfully achieving the broadcast and management of HDTV services on campus TV stations. With the continuous improvement of the system, a new concept of fully digital, intelligent integration of campus TV stations and campus culture intelligent broadcast and management system will have a profound impact on the future of smart campus.


Actual effect display

Video push.png

Clean wiring, environmental protection and low carbon, to prevent electricity safety accidents:


Fourth, the reference configuration of campus equipment distribution

1, example function requirements:

1) The school has conference rooms (small auditoriums), often in the conference room (small auditorium) to conduct study reports, video conferences, student art performances, etc., real-time transmission of live scenes to each classroom or related floor distribution information terminal. At the same time, it is possible to periodically broadcast mainstream formats such as MP3, MOV, AVI, and TS streams.

2) Realize all functions of digital IP broadcasting and timed or real-time intelligent broadcast of video data in the resource library.

3) Intelligent control of all terminal devices or connected devices connected to them. (including timing, grouping, sub-control, etc.

                         The recommended equipment is as follows:

Program source play address

Functional Requirements

Transfer physical address

Meeting Room

Live Video

1, N ordinary classrooms.

2. Local monitoring.

3. Other teaching corridor areas.

Main Control Center

Timely broadcast, broadcast campus TV station, media management

Sub-control center

(There is a network of teacher offices)

Timed broadcast device management, media management


2、Backup distribution

                                  Main Contrl Center

Device name


Remarks (specific installation location)

Main Control Center



Core equipment





Available in conference rooms and main control centers upon request


                                   Teaching Building

Device name


Remarks (specific installation location)

Teaching Building



one for each class

Classroom Amplify



Basically matching the classroom or function room

Air-con Contrller



Install one for each air conditioner in the classroom

Wireless Mic



It can be matched with the classroom, or it can be realized by a teacher and a man.




Can take into account video push (post information release) or public broadcast on the floor

Function room

NC-02AM or NC-01ABM


With the budget can be equipped with NC-02AM can also be equipped with NC-01ABM

Playgrounds and other large venues



Configure according to the number of venues

Brand high power constant pressure digital amplifier



Configure according to the number of BC-01


Fifth, the installation example:

According to the actual situation of the new school, we roughly allocate the distribution list of equipment. The actual number of actual classrooms and function rooms in the school was not available. This solution is configured with the equipment required for a standard campus.

(Assume that the school has 36 teaching classes, 15 function rooms, and digital broadcasting coverage and video information publishing functions of the whole school. The classroom platform construction part. In particular, this program also assumes that the network cabling part of the campus is in place. For reference, not fully copied)

The core equipment required by the system:


Device name



Fusion system software


Any computer in the campus network can log in to the system for control and authorization of centralized control, digital broadcasting, high-definition video and other services.

(iDste server)

Fusion system server


Hardware device (iDste BS-200)

Live video workstation


Real-time encoding HD push (iDste BW-802)

Digital broadcast workstation


Campus Radio Station and Playground Public Broadcasting (iDste BW-801)

Network broadcast terminal(cabinet)


According to different business divisions, mainly implement public areas: IP broadcasts such as corridors, corridors, playgrounds, etc. (iDste BC-01)

Network broadcast terminal(wall-mounted)


Office areas, monitors, etc. that may need to be heard (iDste BC-02)

Mobile broadcast workstation


Calling microphone (USB-KEY) based on ordinary PC

intelligent information fusion terminal(HD)


Multi-service intelligent convergence terminal, including digital power amplifier, audio broadcasting, HD decoding, IoT and other functions (iDste NC-02AM)

intelligent information fusion terminal(Broadcast)


Multi-service intelligent convergence terminal, including digital power amplifier, audio broadcasting, and IoT functions (iDste NC-01AM)

Hi-Fi speaker

51 pairs

HD speakers designed for teaching.

(iDste AU-323)

Network video broadcast terminal(wall-mounted)


Place audio or HD video broadcasts in corridors or other public areas

(iDste BC-03)

65 inches screen


main brand

Wireless Mic


According to the number of teaching teachers in school

(iDste KC-606) 100 teachers

Air-con contorller


Calculated by two air conditioners in each classroom

(iDste KC-601)



main brand




main brand


White board(Front)


main brand

White board(Back)


main brand



main brand

Classroom podium and seats


main brand




Public broadcast section:


Indoor and outdoor speaker column


For office areas or related function rooms

Pure post-amplifier


For playground

Pure post-amplifier


For corridors and other public areas

12-channel mixer


For campus radio stations

8-channel mixer


For playground



With pure post-amplifier

Outdoor speaker column and mounting bracket



Professional broadcast microphone


For campus radio stations

Wireless Mic


Used in playground broadcasting, etc.




 Case introduction: