imaginArt : Producción audiovisual - REACH

EDUCACIÓN ON-LINE (e-Learning)

Las soluciones Reach son ideales para sistemas educativos on-line y en general en educación a distancia. Los codificadores obtienen la señal AV y VGA desde las clases y los estudiantes reciben la señal en directo en otras clases o desde su propia casa.

The figure above shows the Reach Comprehensive solution for multimedia instruction. Various encoders are combined in multiple multimedia classrooms collect the video and audio signals and electronic courseware signals in the instruction field, and send the signals collected to the Multimedia Recording & Casting Server group (including multiple Multimedia Recording & Casting Servers) via the IP network. The Multimedia Recording & Casting Servers can perform synchronously integrated recording and live broadcast on the received signals, and upload the recorded contents to the general multimedia recording and casting management platform (DSS-R-TMS). The Client accesses the DSS-R-TMS via the IE browser to obtain the resource list, receive real-time instructional programs that are lively broadcasted or play instructional programs on demand. The administrator accesses the DSS-R-TMS via the IE browser to schedule and manage the hardware resources in the Multimedia Recording & Casting System. For example, the administrator controls a Multimedia Recording & Casting Server to record or lively broadcast in one or more classrooms.

In a multimedia classroom, users may deploy related encoders and combination of encoders according to the types of signals. If the general recording mode of one video signal plus one VGA signal is adopted, a AV Encoder and a VGA Encoder may be deployed. The Multimedia Recording & Casting System can maximally support combination of six audio and video signals and VGA signals, thus meeting the recording requirements in various instructions and conferences including surgery demonstration. Users may select the related combination of encoders according to the actual requirements.

The Multimedia Recording & Casting Server is generally installed in the equipment room. A Multimedia Recording & Casting Server may concurrently support instructions in one or more multimedia classrooms. The administrator may uniformly schedule and manage the recording and casting hardware resources by using the general multimedia recording and casting management platform, thus meeting the recording requirements of instructions in any classroom on the campus network.

1. Recording of multiple signals in a combined manner——Record comprehensively without loss of any detail.
The system supports recording of AV and VGA signals in any combined mode, such as AVX1+VGAX1, AVX2+VGAX1, and AVX1+VGAX2. The system can meet the synchronous recording requirements of teacher and student images and courseware contents during the instruction, thus recording the live situation of classrooms in an all-round manner.
The system supports recording of 6 AV and VGA signals maximally in any combined mode, thus meeting more application requirements.


2. High-definition——Present Every Detail, and challenge the visual limit.

The system is the first product with such feature in the industry. The system supports recording of high definition signal of 720P/1080i. The system can record the field situation of instructions in a clearer and more authentic manner. Besides, the system can record the details of surgery instruction.


3. Distributed——Easy-to-deploy and flexible expansion

The system is designed in a distributed architecture based on IP network and implements splitting between signal collection and signal processing, making the system deployment and expansion more flexible. The encoder used for signal collection in the foreground can be installed in any one multimedia classroom, while the Multimedia Recording & Casting Server in the background can be installed in the equipment room. IP network-based communications are established between the foreground and the background, thus meeting the needs of recoding of instructions held in any one classroom on the campus network.


4. Embedded—Stable, reliable, and free from virus attack.

The system adopts embedded operating system and private hardware platform designed in non-PC architecture, featuring stability and reliability, protection from virus and Hacker attack and convenient maintenance and management.


5. Powerful VGA signal recording capacity——Make the processing of VGA signal freer

This feature is reflected in the following three aspects:
(1) Flexible recording mode: It supports recording in hardware modes;
(2) High definition: It supports ordinary mode of 4: 3 and wide screen mode of 16: 9/16:10,thus satisfying the recording needs of various resolutions ranging from 640X480 to 1280X1024;
(3) High frame rate: The frame rate ranges between 1 and 30 frames per second, thus satisfying the needs of recording and casting of the dynamic video on the computer screen.


6. Low delay——Implement instantly and synchronize with the world.

The system adopts the latest high-performance DSP processing chip. Its power processing capacity in combination with the real time of the embedded operating system enables the encoding and sending of signals to be completed instantly, ensuring the low delay during real-time live broadcast.


7. Support cascading, network storage and general management platform——Large scale and capacity.

The system provides a general management platform and supports multilevel cascading between Multimedia Recording & Casting Servers. Recording and live broadcast can be performed under cascading conditions. In the meantime, the system supports network storage over iSCSI protocol, thus guaranteeing large-scale and large-capacity applications of the system.


8. Integration with the monitoring system seamlessly——Better effect and lower cost, avoiding repetitive investments.

The system provides the multipicture monitoring system software EnCoderManager. The software can work with various front-end encoders to form a set of Comprehensive digital monitoring system, which integrates high definition video monitoring, common definition video monitoring and VGA monitoring. This can meet the requirements in campus security protection and electronic monitoring, thus avoiding repetitive investments.


9. Client interaction——Break the tradition and the stream media is no long unidirectional.

Traditional stream media systems are all unidirectional, but Multimedia Recording & Casting System creatively provides text interactive functions at the client so that the user can chat while watching and propose questions timely. The introduction of interactive function can better satisfy the needs of instruction, training and lecturing.


10. Independent R&D and sustainable improvement capabilities——Satisfy users’ individualized requirements.

The Multimedia Recording & Casting System is developed independently by Shenzhen Reach Software Technology Co., Ltd. The Company has a lot of software and hardware intellectual property rights and patents and powerful R&D capability, thus ensuring sustainable improvement of its products and satisfying users’ individualized requirements.

SOLUCIÓN PARA VIDEOCONFERENCIA

Una solución de Videoconferencia constaría de un sistema Reach All-inone (todo-en-uno), para la grabación y transmisión, y un sistema HD Decoder para la recepción y decodificación de la señal, en cada una de las distintas salas conectadas a través de una LAN o Internet.

Multimedia Recording & Streaming System adopts the distributed architecture and includes Multimedia Recording & Streaming Server and encoders. The figure above shows the typical networking mode in the videoconference system. The encoders, located in the front end of the system, are connected to the videoconference terminal. The encoders are responsible for collecting video and audio and VGA (double current) signals in the videoconference system. The encoders encode the collected signals and send the encoded signals to the Multimedia Recording & Streaming Server in the background via the IP network. The Multimedia Recording & Streaming Server can perform synchronously integrated recording, live broadcast and play on demand on the received video and audio signals and VGA signals.

The encoders may be categorized into the following two types according to the types of signals that the encoders can process:

(1) Video and audio signal encoder series: including AV Encoder and High-definition Encoder;
(2)VGA signal encoder series: including VGA Encoder and High-definition Encoder;
The High-definition Encoder may be used for encoding video and audio signals or VGA signals. Users may select the combination of encoders according to the type of videoconference system. For example, for the recording of a common videoconference system, user may select AV Encoder + VGA Encoder; for the recording of high definition videoconference system, users may select High-definition Encoder + VGA Encoder.

1. Can be used together with videoconference system or individually——With extensive use and powerful capabilities

For the users deploying videoconference system, most of routine conferences are held locally, and the traditional videoconference systems are used only at the remote videoconference, and thus the expensive costs on the system only bring about low utilization ratio, with less user investment effect. Multimedia Recording & Streaming System collects signals from the signal source directly and can be used together with videoconference system or for the recording& playing of local conferences, with more extensive using range and higher utilization ratio.


2. Low coupling design, not occupying any MCU resource and no disturbances on the operating status of the videoconference——Enjoy using it without any worry!

Generally, when performing videoconference system planning, the overall system consists of core system and peripheral system. Taking the system stability and security into account, the peripheral system shall try to reduce the degree of coupling with the core system, thus insolating the faults. The recording& playing product belongs to peripheral system of the videoconference system. Multimedia Recording & Streaming System employs the low coupling design between the videoconference core systems (MCU and terminal), not occupying any MCU resource, and the operating status of the videoconference system will not be disturbed even if the multimedia recording& playing system is faulty.


3. Recording of multiple signals in a combined manner——Record comprehensively without loss of any detail.

It supports recording of AV and VGA signals in any combined mode, such as AVX1+VGAX1, AVX2+VGAX1, And AVX1+VGAX2, and can satisfy the requirements of synchronous recording of local images, remote images and double current contents in the videoconference. Thus it can record the live situation of videoconference in an all-round manner.
It supports recording of six AV and VGA signals maximally in any combined mode, thus meeting the requirements in more applications.


4. High-definition——Present Every Detail, and challenge the visual limit.

The system supports recording of high definition signal of 720P/1080i. In combination with the use of high definition videoconference system, the system can record the field situation of conferences and instructions in a more clear and authentic manner, thus giving audiences wonderful visual effects.


5. Distributed——Easy-to-deploy and flexible expansion

The system is designed in a distributed architecture based on IP network and implements splitting between signal collection and signal processing, making the system deployment and expansion more flexible. The encoder used for signal collection in the foreground can be installed in any one conference room, while the Multimedia Recording & Streaming Server in the background can be installed in the equipment room. IP network-based communications are established between the foreground and the background, thus meeting the needs of recoding of conferences held in any one conference room.


6. Embedded—Stable, reliable, and free from virus attack.

The system adopts embedded operating system and private hardware platform designed in non-PC architecture, featuring stability and reliability, protection from virus and Hacker attack and convenient maintenance and management.


7. Powerful VGA signal recording capacity——Make the processing of VGA signal freer.

This feature is reflected in the following three aspects:
(1) Flexible recording mode: It supports recording in hardware mode;
(2) High definition: It supports ordinary mode of 4: 3 and wide screen mode of 16: 9/16:10, thus satisfying the recording needs of various resolutions ranging from 640X480 to 1280X1024;
(3) High frame rate: The frame rate ranges between 1 and 30 frames per second, thus satisfying the requirements of recording and streaming of the dynamic video on a computer screen.


8. Support cascading and network storage——Large scale and capacity.

The system supports multilevel cascading between Multimedia Recording & Streaming Servers, and recording and live broadcast can be performed under cascading condition. In the meantime, it supports network storage under iSCSI protocol. All these features strongly guarantee the large-scale and large-capacity applications of the system.


9. Client interaction and online user management function——Break the tradition and the stream media is no long unidirectional, making remote training easier.

Traditional stream media systems are all unidirectional, but Multimedia Recording & Streaming System creatively provides text interactive functions at the client end so that the user can chat while watching and propose questions timely. The introduction of interactive function can better satisfy the needs of instruction, training and lecturing. Meanwhile, the system provides abundant online user management functions such as online user statistics, roll calling and so on. It can easily organize remote training through Multimedia Recording & Streaming System even without videoconference.


10. Independent R&D and sustainable improvement capabilities——Satisfy users’ individualized requirements.

The Multimedia Recording & Streaming System is developed independently by Shenzhen Reach Software Technology Co., Ltd. The Company has a lot of software and hardware intellectual property rights and patents and powerful R&D capability, thus ensuring sustainable improvement of its products and satisfying users’ individualized requirements.
Values of Multimedia Recording & Streaming System for videoconference system users:
Implement recording, live broadcast and play on demand on videoconferences, enhancing system functions.
Extend the videoconference to the employee’s desktop, enlarging the conference participation scope.
Extend the videoconference system to the frontline organizations at low costs, becoming more cost effective.
Implement backup of videoconference, improving the system reliability.

SOLUCIÓN PARA PRESENTACIONES Y FORMACIÓN

El All-in-one (todo-en-uno) obtiene directamente la señal de la cámara junto con la presentación y el audio. El cliente se conecta al servidor para recibir el streaming en directo o bajo demanda a través de Internet.

The figure above shows the typical networking for the application of the Multimedia Recording & Streaming System in conference rooms. Users may select the combination of AV Encoders, High-definition Encoders and VGA Encoders and install encoders in the conference rooms according to their actual requirements. The AV Encoder and High-definition Encoder may be connected to the video and audio signals that are collected by the camera and microphone directly or through video and audio signal processing devices (including AV matrix, sonic station and video and audio allocator. The VGA Encoder may be connected to the computer screen signals directly or through VGA signal processing devices, including VGA matrix and allocator. The preceding encoders can encode the signals collected and then send to the Multimedia Recording & Streaming Server through the network. The Multimedia Recording & Streaming Server can perform synchronously integrated recording, live broadcast and play on demand on the received video and audio signals and computer screen signals. The LAN and Internet users can receive the real-time live broadcast or play on demand by using the IE browser.

The Multimedia Recording & Streaming System is characterized by powerful functions and scalability. To implement recording and streaming in multiple conference rooms, users only need to install such devices as AV Encoder and VGA Encoder in the corresponding conference rooms. Users may connect the Multimedia Recording & Streaming Server to the corresponding conference rooms to record the conferences according to the actual requirements. If users want to concurrently record the conferences in multiple conference rooms, users only need to upgrade the Multimedia Recording & Streaming Server to support the concurrent recording of multiple conferences. It is more cost-effective to adopt the distributed Multimedia Recording & Streaming System to implement recording in multiple conference rooms.

1. Recording of multiple signals in a combined manner——Record comprehensively without loss of any detail.

The system supports recording of AV and VGA signals in any combined mode, such as AVX1+VGAX1, AVX2+VGAX1, and AVX1+VGAX2. That is, the live images and voices and such contents displayed on computer screens as reports and PPT slides at the conferences can be synchronously recorded into a file, recording the live situation of conferences in an all-round manner.
The system supports recording of 6 AV and VGA signals maximally in any combined mode, thus meeting the large screen recording requirements.


2. High-definition——Present Every Detail, and challenge the visual limit.

The system supports recording of high definition signal of 720P/1080i. I The system can record the field situation of conferences in a clearer and more authentic manner, thus giving audiences wonderful visual effects.


3. Distributed——Easy-to-deploy and flexible expansion

The system is designed in a distributed architecture based on IP network and implements splitting between signal collection and signal processing, making the system deployment and expansion more flexible. The encoder used for signal collection in the foreground can be installed in any one conference room, while the Multimedia Recording & Streaming Server in the background can be installed in the equipment room. IP network-based communications are established between the foreground and the background, thus meeting the needs of recoding of conferences held in any one conference room.


4. Embedded—Stable, reliable, and free from virus attack.

The system adopts embedded operating system and private hardware platform designed in non-PC architecture, featuring stability and reliability, protection from virus and Hacker attack and convenient maintenance and management.


5. Powerful VGA signal recording capacity——Make the processing of VGA signal freer

This feature is reflected in the following three aspects:
(1) Flexible recording mode: It supports recording hardware modes;
(2) High definition: It supports ordinary mode of 4: 3 and wide screen mode of 16: 9/16:10, thus satisfying the recording needs of various resolutions ranging from 640X480 to 1280X1024;
(3) High frame rate: The frame rate ranges between 1 and 30 frames per second, thus satisfying the needs of recording and streaming of the dynamic video on the computer screen.


6. Low delay——Implement instantly and synchronize with the world.

The system adopts the latest high-performance DSP processing chip. Its power processing capacity in combination with the real time of the embedded operating system enables the encoding and sending of signals to be completed instantly, ensuring the low delay during real-time live broadcast.


7. Support cascading and network storage——Large scale and capacity.

The system supports multilevel cascading between Multimedia Recording & Streaming Servers. Recording and live broadcast can be performed under cascading conditions. In the meantime, the system supports network storage over iSCSI protocol, thus meeting large-scale and large-capacity application requirements of the system.


8. Integration with the monitoring system seamlessly——Better effect and lower cost, avoiding repetitive investments.

The system provides the multipicture monitoring system software. The software can work with various front-end encoders to form a set of Comprehensive digital monitoring system, which integrates high definition video monitoring, common definition video monitoring and VGA monitoring. This can meet the internal monitoring requirements in governments and enterprises, thus avoiding repetitive investments.


9. Client interaction and online user management function——Break the tradition and the stream media is no long unidirectional, making remote training easier.

Traditional stream media systems are all unidirectional, but Multimedia Recording & Streaming System creatively provides text interactive functions at the client so that the user can chat while watching and propose questions timely. The introduction of interactive function can better satisfy the needs of instruction, training and lecturing. Meanwhile, the system provides abundant online user management functions such as online user statistics, roll calling and so on. It can easily organize remote training through Multimedia Recording & Streaming System even without videoconference.


10. Independent R&D and sustainable improvement capabilities——Satisfy users’ individualized requirements.

The Multimedia Recording & Streaming System is developed independently by Shenzhen Reach Software Technology Co., Ltd. The Company has a lot of software and hardware intellectual property rights and patents and powerful R&D capability, thus ensuring sustainable improvement of its products and satisfying users’ individualized requirements.

SOLUCIÓN PARA TELEMEDICINA

Una instalación típica consiste en: Reach All-in-one (todo-en-uno) captura la señal HD de la cámara de la sala de operaciones a la vez que una señal SD proveniente del monitor del paciente. Desde otra sala u otro Hospital, el personal puede recibir los contenidos en directo o reproducirlos.

As showed in the above picture, AV Encoder or the HD Encoder capture the signal from the camera and the VGA Encoder get the signal from the computer screen of the X-Ray pictures, through a private IP network, AV Encoder or the HD Encoder and VGA Encoder send all these signals to the background server.

 REACH multimedia recording and streaming server will do the processing of these signals automatically. The live streaming function can live streaming the operating situation, while at the same time, the recording function can record the operation completely. For the clients, they can use IE Browser to receive the live streaming to realize the Telemedicine purpose.

1.  Used in Telemedicine:
Student or new doctors need to get more operating trainings. By using REACH solution, they can get more experience, this is quite useful for them.


2. Can record the surgery operation for investigation evidence:

In case of the operation failure, in order to solve the dispute, the recorded files about the whole operation can be used as an important evidence for the further investigation. For the important surgery operated by a famous doctor, then the recorded files also can be used for future study.


3. Can support 6 signals in one screen (maximum)

In the operation room, there are always many information need to be recorded, such as the camera, the monitor data, the X-ray picture and the CT picture etc.., the common solution in the current market can not record all these information down. But Reach solution can make the recording completely, because we can support 6 signals in one screen maximally.


4. High definition recording and streaming:

As in the surgery room, the doctor wants to see everything clearly. Therefore, the high definition is quite important. Reach support high definition (720P, 1080i, 1080P), thus can make the operating picture clearer.