In July 2018, Dekcom has successfully won the bid for the iTV service quality monitoring system project of China Telecom Jiangsu Branch after more than six months of hard work. Since the beginning of 2018, Jiangsu Telecom has been conducting a comprehensive system of indicator accuracy and functional appraisal tests for four well-known IPTV monitor manufacturers in the past three years. Dekscom ranked first in evaluation technology and finally won the bidding project.

In this project, Jiangsu Telecom plans to build a IPTV live video quality monitoring system to monitor 24×7 real-time monitoring of the IPTV live channel quality of the provincial center, and to the network layer, MPEG2-TS stream layer and ES image layer. Monitor the service capabilities of the radio and television program source, the provincial center platform, and the network status, and sense the changes in service quality to improve the IPTV user experience quality.

With the superior performance and accuracy of the new generation EVA hard probes, Decos Communication Company has won the trust of users in the fierce and strict multi-vendor on-site benchmarking test. The new generation of EVA hard probes uses a unique modular design, multi-process design and high-speed data exchange technology between processes, which can fully utilize the multi-core and multi-threaded CPU processing capabilities of x86 architecture servers, and realize the capability of multiple monitoring devices through one server. (Coming the traditional stream analyzer + multi-screen device into one). Through the optimized algorithm and multi-CPU parallel processing mechanism, a single probe device can realize real-time quality monitoring, analysis and fault alarm for the code stream layer and content layer of hundreds of program streams simultaneously. The new generation of EVA hard probes can greatly improve the monitoring efficiency of live program sources, save the cost of monitoring equipment CapEX and OpEX operation and maintenance costs (including rack resources, network resources, power consumption, manual maintenance workload, etc.).