U-SOTEC is suitable to meet the demands of complex and spacious buildings in modern society based on network and software technology.
It is designed to respond with powerful functions and expandability even in a rapidly changing flow.
U-SOTEC is suitable to meet the demands of complex and spacious buildings
in modern society based on network and software technology.
It is designed to respond with powerful functions and
expandability even in a rapidly changing flow.
The U-SOTEC system is a network-based PA [Public Address] system. It is a next-generation network PA system suitable for complex and large-scale areas such as skyscrapers, IBS buildings, airports, ports, large-scale commercial districts, and factories. It is an unlimited system with various configurations of centralized and distributed types depending on the building and size.
U-SOTEC system operates, manages, configures and monitors the system with DiPANOS integrated software.
It provides various functions such as 8x8 matrix including fire broadcasting, regional button creation, group button creation, sound source playback, TTS (Text to Speech) broadcasting, call station setting, broadcasting history, data backup and recovery, etc.
Text to Speech solution
Remote Call Station
The answer of broadcasting equipment
to the demands of large-scale and diverse
and complex buildings in modern society
Although a skyscraper is a single building, it is subdivided into hotels, department stores, business facilities, etc. according to the purpose, and a PA broadcasting system is used for various broadcasting and information delivery suitable for this purpose. In addition, in the event of a fire in an area with a large floating population, the evacuation broadcast should be automatically transmitted quickly and stably. U-SOTEC is designed to enable multiple broadcasting and to continuously broadcast even if one line is disconnected through line redundancy through network technology, thus effectively responding to a wide range of customer needs.
U-SOTEC can automatically broadcast according to the schedule, even if it is necessary to broadcast through multiple routes by schedule. It also supports multilingual broadcasting through Text-to-Speech function combined with broadcasting software.
The most suitable sound can be delivered through the DSP function built into U-SOTEC as standard. In addition, it is suitable for integrated broadcasting linked with specialized traffic related platforms.
U-SOTEC is widely used in schools. Along with video equipment, it transmits various on-campus broadcasting, sound sources for listening tests classified by grade level, and hourly signals to announce the start and end of each class.
Even if you do not go to the broadcasting room where the broadcasting equipment is located, you can have an interface that can control the administration office and the principal office in real time.
It provides an optimal broadcasting environment with a software-based operation method that can express a wide range of broadcasting areas.
Selectively and quickly broadcast only to departments requiring broadcast.
This allows user to transmit important broadcasts effectively without disturbing other departments.
Hospitals need careful consideration for patients in need of stability.
Through the audio mixing DSP and matrix included in the digital power amplifier, detailed volume control is possible for each broadcasting area. It can be configured to enable effective broadcasting by linking with a remote interface that enables rapid broadcasting and a nurse call in case of an emergency.
U-SOTEC has an optimal AoIP solution that can efficiently deliver multi-channel / high-quality sound sources, a technology that processes all sound sources inside the system through DSP, and has core technologies such as self-developed KACP(Karak Audio Control Protocol), as well as various related patents.
Network audio technology
Existing PA broadcasting systems use multiple audio cables and data cables between equipment, but U-SOTEC can integrate all these lines with one optical cable or UTP cable, making connection between equipment simple and providing more diverse functions.
Software-based integrated management
U-SOTEC is operated based on software and implements functions such as multiple broadcasting, scheduled broadcasting, multilingual TTS, controlling multi player, and external system linkage. Therefore, it is possible to flexibly perform broadcasting that meets the needs of customers.
Network Class-D Power Amplifier
The multi-channel amplifier with DSP, matrix, and mixer functions enhances functionality and space efficiency, and is designed as a class-d amplifier to increase energy efficiency.
Status check function through network
U-SOTEC can efficiently maintain and maintain even if each component is distant and distributed. Through the NMS function, you can check the connection status of the equipment and the line to monitor whether there is an abnormality in real time or check the record.
Icons of innovation and technology
- Working hours on weekdays: AM 9:00 ~ PM 5:30
- Leave a message on the customer inquiry on weekends
CEO. Gerard Chang
Add. 402-903 Bucheon Techno park, 655
Pyeongcheon-ro, Bucheon-si, Gyeonggi-do,
TEL. (+82)32-621-0001 · FAX. (+82)303-0951-0022
Copyrights (c) KARAK. ALL RIGHTS RESERVED.
CEO. Gerard Chang · Add. 402-903 Bucheon Techno park, 655 Pyeongcheon-ro, Bucheon-si, Gyeonggi-do, 14502, Korea
TEL. (+82)32-621-0001 · FAX. (+82)303-0951-0022 · E-mail. firstname.lastname@example.org
Copyrights (c) KARAK. ALL RIGHTS RESERVED.