Energetab held in Bielsko-Biala, Poland, is an international energy trade show. This is one of the most important meetings of the leading representatives of the power industry and related sectors.

700 exhibitors will present their products there, not only from Poland, but also from 24 countries in Europe and Asia, and from the USA. The area of the fair covers over 35,000 m² exhibition space, both in the multi-purpose hall as well as in tent pavilions and open areas where exhibitors have the opportunity to display large-size and heavy exhibits.

At Energetab 2019, DIPOL will present a number of new products for a wide variety of customers. First of all, it will be video surveillance systems implementing intelligent image analysis and an absolute novelty on the CCTV market: bispectral cameras, especially useful in power industry and many other professional applications.

A part of the offer will be dedicated to the unique system integrating modern IP CCTV and SMATV solutions. Those interested in video intercom systems will be able to check the possibilities of the latest Hikvision IP solutions in this field.

We will also show new solutions for fiber optic systems and for transmission of video and Ethernet signals via various media. They will include the latest models of Signal Fire fusion splicers and optical HDMI cables capable of connecting devices over distances up to 70 meters without any additional equipment.

Hikvision bispectral cameras combine advantages of traditional video monitoring and thermal imaging. The functions are preformed by two image sensors, one of them (visible light) is CMOS with image resolution of 1920 x 1080 px, the second detects far-infrared radiation with resolution of 160 x 120 px. The cameras can combine the both images into one with good quality and a wealth of information. VCA image analytics based on the built-in GPU graphics processor and a deep learning algorithm essentially reduce the number of false alarms. Temperature measurements and fire detection functions allow for using the cameras in advanced multi-factor protection systems.

The camera has been designed to achieve the best quality image at a moderate price. A small thermal imaging sensor is supported by a higher resolution traditional image sensor. It allows for a significant reduction in the price of the camera compared to typical thermal imaging cameras while providing good quality image.

Some applications of thermal imaging cameras:

The DeepinView and DeepinMind algorithms currently provide the highest level of image analysis based on deep learning algorithms. They are modeled on the structure and operation of the human brain. Like in the brain, the process of learning builds connections between artificial neurons (programs) and creates a multi-layered artificial neural network. The algorithms independently analyze model photos and recordings, searching for common features and create appropriate connections. The so-called layers are responsible for detecting specific features. The more layers the algorithms have, the more accurate the analysis.

Among the available video analytics features, the most important functions are face detection and recognition, number plate identification (ANPR), people counting, line crossing, intrusion detection, detection of entry and exit to/from a zone (perimeter protection based on detection and classification of targets), people counting, man fall detection, scuffle detection, fire detection etc.

IP cameras do not generate video signals but data streams. The information cannot be distributed to televisions with the use of typical modulation methods employed in the case of analog cameras. The injection of the video information from IP CCTV cameras into an RF distribution network (a private or shared antenna system, CATV network etc.) requires application of intermediate devices. So far, the most popular solution has been the use of digital HDMI - DVB-T modulators (capable of transmission up to Full HD 1080p / 60 Hz). The HDMI signal carrying the video information from one or a number of IP cameras is available on the monitor output of the IP NVR in the IP CCTV system. In the case of one HDMI signal, it is sufficient to use a single channel HDMI to DVB-T modulator, otherwise one will need a multi-channel HDMI to DVB-T modulator (max. 4 channels). However, when the investor wants to have separate images from the cameras, the number of the channels is limited by the number of independent HDMI outputs in the NVR(s). And what about the situation when the number of the IP cameras that should independently provide the video and sound information is much higher, e.g. 12?

At Energetab 2019, we will present Terra MI520P R81609 IP to DVB-T transmodulator. The MI520P R81609 transmodulator converts IP stream provided in the UDP/RTP protocol (unicast/multicast, SPTS and MPTS), and RTSP/ONVIF streaming from IP cameras, to a DVB format (DVB-T COFDM/DVB-C/J.83B/ISDB-T). The device receives IP stream with bit rate up to 80 Mbps and converts it to two configurable DVB-T COFDM, DVB-C/J.83B/ISDB-T multiplexes, with a maximum bit rate depending on the selected standard. The output RF signals e.g. in DVB-T COFDM standard is provided to televisions connected to the antenna system. The RF distribution network usually employs splitters and taps.

Terra MI520P R81609 IP to DVB-T transmodulator

A feature worth emphasizing is the auto-detection of IP cameras via the ONVIF protocol (when the IP camera is connected directly to the device or through a switch). This greatly simplifies the installation process.

Video from the IP CCTV cameras is enters the MI520 R81609 modulator and is distributed from its output in the form of DVB-T signal in a SMATV system. The image from each camera is available in the system as a separate DVB-T channel.

Add to the Cart items from the diagram

DIPOL is successively launching solutions for fiber optic systems that can be used both by large installation companies operating in this field and by installers who deal with fiber optic solutions occasionally. The latest product offered is Signal Fire AI-9 fusion splicer L5875 combining affordable pricing and technological solutions reserved for top-notch devices. Thanks to the fine-tuning of the software and an even better optimization of the splicing process, the entire process has been shortened to just 5 seconds. However, the most important feature of the new model is built in optical power meter module and visual fault locator . This allows for quick diagnostics of the optical path immediately after making a splice.

Signal Fire AI-9 L5875 fusion splicer

Signal Fire AI-9 employs core alignment technology (there is option of cladding alignment) that ensures minimum attenuation of the splices. Fiber ends are positioned by 6 stepper motors from Siemens, which is an absolute exception in this price category. The splicer can be used both for deployment of hundred-kilometer-long fiber optic trunks and in FTTH systems requiring short point-to-point connections, in LAN installations and fiber-based video surveillance systems. The AI-8 model is controlled by a quad-core processor providing fast response times (the splicer is ready to work after 3 seconds) and ensuring short splicing and sleeve heating operations. The splicer is one of the fastest devices of its kind currently available on the market and the fastest in its price class.

At our stand, visitors will have the opportunity to familiarize themselves with technical details concerning the fusion splicer and the splicing process.

NETSET U/FTP 5e with messenger wire E1519_500

All NETSET twisted-pair cables meet the European standard EN 50575, which specifies requirements for fire performance, test methods and assessment of cables as building materials. At the time of the Energetab fair, we launch another cable from the NETSET family, F/UTP Cat.5e with a messenger cable. Similarly to all cables from the family, the cable is covered by a 15-year warranty.