The FRONTEL software package is necessary to monitor VIDEOFIED products and receive alarm signals and video displays. FRONTEL SERVICES can integrate with alarm monitoring software to dispatch alarm information and video to monitoring stations. It is compatible with many software packages and can be customized for users' needs.
This document discusses video conferencing over BGAN satellite networks. It introduces video conferencing solutions and requirements, such as consistent bandwidth and data compression. It also covers audio/video protocols, codecs, bit rates, and protocols used for video conferencing. The document provides setup instructions for several software-based and hardware-based video conferencing solutions and their performance over BGAN networks. It explains how to set up a dedicated streaming IP connection for video conferencing using BGAN LaunchPad.
V-TAS Pro is an integrated security software platform developed by icomply to meet the needs of security control rooms. It seamlessly integrates with both legacy analogue and new digital IP security equipment into a single modular platform. Key features include CCTV monitoring, incident reporting, guard tour monitoring, and integration with access control, intruder alarms, and video analytics systems. The software is designed to reduce ownership costs while offering integration with many CCTV and alarm hardware manufacturers.
The V-TAS Pro Alarm Receiving software from i-comply manages incoming alarms from both analog and IP systems in a scalable, robust manner using a SQL database. It offers features like CCTV integration, automated communications, mapping, and reporting to handle alarms from sources such as intruder alarms, access control, and more in a customizable, easy to use system. V-TAS Pro can be used from a single workstation monitoring under 500 subscribers up to multiple workstations handling over 5,000 subscribers.
The document provides instructions for setting up a homemade videoconference streaming solution using Windows Media software. The solution involves installing Windows Media Encoder and Administrator on a server and configuring the software to receive a video stream from a videoconferencing terminal. The streaming server then broadcasts the stream in real-time to clients who can view it using media player software. The solution provides a low-cost way to stream videoconferences but has limitations such as only supporting one conference stream at a time.
This document provides a quick setup guide for the Videocon WallCam DVR. It includes instructions on installing the hard drive, an overview of the front and back panels and their functions, setup of the remote control, descriptions of the main features like recording, playback and remote access capabilities. It also explains how to do the initial startup of the DVR and login, set the network settings for local and remote viewing through a browser or mobile app, and add the DVR to the central monitoring system software.
This document summarizes alarm systems and software from Premier Software & Peripherals. It includes summaries of their Wintex and Texbase software, Montex software interface, and Key-Fob Programmer. It also provides specifications for their Grade 2 Communicating Control Panels including the Premier 412, 816, 816 Plus, and 832 models.
1. DVIS is a software manufacturer and system solutions provider that specializes in systems integration.
2. Their DV15 SFSMS system allows for overall management of security, facility, and service functions through a single interface and supports integration and customization.
3. The system uses international protocols for various subsystems and allows for non-proprietary subsystem support through a single interface.
This document provides summaries of various OpenEye client software applications, including the Remote Center, Web Viewer, Mac Viewer, and others. The Remote Center software allows users to remotely monitor and configure DVRs from their workstation. The Web Viewer is ideal for basic live viewing through a web browser. The Mac Viewer provides similar live monitoring and playback capabilities on Mac devices. Each application discussed provides remote access and control functions for OpenEye security systems.
This document discusses video conferencing over BGAN satellite networks. It introduces video conferencing solutions and requirements, such as consistent bandwidth and data compression. It also covers audio/video protocols, codecs, bit rates, and protocols used for video conferencing. The document provides setup instructions for several software-based and hardware-based video conferencing solutions and their performance over BGAN networks. It explains how to set up a dedicated streaming IP connection for video conferencing using BGAN LaunchPad.
V-TAS Pro is an integrated security software platform developed by icomply to meet the needs of security control rooms. It seamlessly integrates with both legacy analogue and new digital IP security equipment into a single modular platform. Key features include CCTV monitoring, incident reporting, guard tour monitoring, and integration with access control, intruder alarms, and video analytics systems. The software is designed to reduce ownership costs while offering integration with many CCTV and alarm hardware manufacturers.
The V-TAS Pro Alarm Receiving software from i-comply manages incoming alarms from both analog and IP systems in a scalable, robust manner using a SQL database. It offers features like CCTV integration, automated communications, mapping, and reporting to handle alarms from sources such as intruder alarms, access control, and more in a customizable, easy to use system. V-TAS Pro can be used from a single workstation monitoring under 500 subscribers up to multiple workstations handling over 5,000 subscribers.
The document provides instructions for setting up a homemade videoconference streaming solution using Windows Media software. The solution involves installing Windows Media Encoder and Administrator on a server and configuring the software to receive a video stream from a videoconferencing terminal. The streaming server then broadcasts the stream in real-time to clients who can view it using media player software. The solution provides a low-cost way to stream videoconferences but has limitations such as only supporting one conference stream at a time.
This document provides a quick setup guide for the Videocon WallCam DVR. It includes instructions on installing the hard drive, an overview of the front and back panels and their functions, setup of the remote control, descriptions of the main features like recording, playback and remote access capabilities. It also explains how to do the initial startup of the DVR and login, set the network settings for local and remote viewing through a browser or mobile app, and add the DVR to the central monitoring system software.
This document summarizes alarm systems and software from Premier Software & Peripherals. It includes summaries of their Wintex and Texbase software, Montex software interface, and Key-Fob Programmer. It also provides specifications for their Grade 2 Communicating Control Panels including the Premier 412, 816, 816 Plus, and 832 models.
1. DVIS is a software manufacturer and system solutions provider that specializes in systems integration.
2. Their DV15 SFSMS system allows for overall management of security, facility, and service functions through a single interface and supports integration and customization.
3. The system uses international protocols for various subsystems and allows for non-proprietary subsystem support through a single interface.
This document provides summaries of various OpenEye client software applications, including the Remote Center, Web Viewer, Mac Viewer, and others. The Remote Center software allows users to remotely monitor and configure DVRs from their workstation. The Web Viewer is ideal for basic live viewing through a web browser. The Mac Viewer provides similar live monitoring and playback capabilities on Mac devices. Each application discussed provides remote access and control functions for OpenEye security systems.
The document discusses methods for detecting Dual-Tone Multi-Frequency (DTMF) signals. It compares the Direct Fourier Transform (DFT) method, Fast Fourier Transform (FFT) method, and Goertzel algorithm for calculating the DFT. The Goertzel algorithm reduces arithmetic operations compared to the DFT and FFT for certain applications. The document also proposes improving DTMF detection by varying the number of samples analyzed between 80-85 instead of a fixed number, to further reduce computations.
The document discusses integrating Frontel video surveillance software into existing security systems. It describes how Frontel can be integrated at different levels, from standalone to partial or full integration. Alarms, videos, and other data are stored in Frontel's database and can be viewed through Frontel's alarm viewer and alarm server applications. Full integration allows alarms and videos to be managed through a central security management system. GPRS integration requires opening specific ports and forwarding them to the Frontel server.
The document discusses campus security and university police. It provides information on the benefits of campus police departments, key issues they deal with like alcohol and drugs, and crime statistics reporting requirements under the Clery Act. It also discusses the International Association of Campus Law Enforcement Administrators, which provides accreditation to ensure campus public safety agencies adhere to high professional standards.
Dtmf based appliances control system for rural and agricultural applicationsSa Saikiran
This document describes a DTMF-based system for remotely controlling appliances in rural and agricultural applications using a mobile phone. The system uses a DTMF decoder, microcontroller, and relays to operate devices when DTMF tones from a phone are received. It allows controlling electrical devices like bulbs and motors from anywhere through phone. The system has applications in industries and homes to control devices without being physically present. It saves electricity and provides wireless control, though it cannot display status and anyone knowing the number can access appliances. The project can be enhanced with high voltage control and remote monitoring with a camera.
This document describes a project to control industrial/agricultural loads wirelessly using cell phones. The receiving phone decodes DTMF tones from the sending phone using a decoder chip. The output is fed to a microcontroller which controls relays and loads. A power supply regulates voltage for the microcontroller and other ICs. Relay driver chips interface the microcontroller to the relays. The project allows remote control of loads from any location using basic cell phones.
This presentation demonstrates what OZEKI Camera SDK is, what you can develop with the software development kit, the prerequisites of the SDK and a small C# example about how to connect it to your ONVIF IP camera.
DTMF base Mobile controlled appliances controlGopal Bardhan
This document describes a circuit that allows controlling electrical appliances via a mobile phone using DTMF tones. The circuit uses a DTMF decoder IC to decode the tones from the phone's microphone into digital outputs. These outputs control a relay circuit that can power appliances. When a key is pressed on the phone, the DTMF IC detects the tone and triggers a flip-flop that energizes the relay and the appliance. This allows remote control of devices from a phone without needing an internet connection.
This document outlines the steps to design an electronic system for remote home appliance control. It discusses designing block diagrams, electronic circuits, using a Home Automation Control System (HACS) accessed by mobile phone or computer. It describes using DTMF and cell phone signals to send commands through a mobile network that are decoded by a microcontroller and used to interface with appliances through a 220VAC mains supply. The document provides block diagrams and illustrations of electronic circuits to implement a mobile remote control system for appliances.
This document discusses a remote control system that uses DTMF tones sent over telephone lines to control electrical devices remotely. The system uses a DTMF decoder to convert the tones from a cell phone into digital commands that are sent to a microcontroller. The microcontroller then controls relays connected to various electrical loads, allowing them to be turned on or off from the phone. This remote control system could be useful for controlling agricultural pumps, industrial equipment, or household devices over large areas without needing to be near the equipment.
A minor project report HOME AUTOMATION USING MOBILE PHONESashokkok
This document is a minor project report on home automation using mobile phones submitted in partial fulfillment of the requirements for a Bachelor of Technology degree. It discusses using a MT 8870 IC to enable dual-tone multi-frequency (DTMF) tone generation and decoding to allow for remote control of home appliances via a mobile phone. The report includes chapters on DTMF technology, components used in the circuit like resistors and capacitors, details of the MT 8870 IC functionality, and conclusions.
The document provides an overview of GSM, GPRS, UMTS, HSDPA and HSUPA protocols and call flows. It describes the architecture, interfaces and protocols of each generation at the physical, data link and network layers. Key protocols discussed include LAPD, RR, MM, CM, SNDCP, GTP, RLC, MAC, RRC. Call flows for basic call origination, authentication, data transfer and detach procedures are illustrated for each network. The document also introduces HSDPA and HSUPA enhancements to UMTS such as new channels, scheduling functionality and H-ARQ protocol.
This document lists and summarizes apps for exploring outer space topics in grades K-5. It recommends using virtual field trips connected to learning objectives to provide background knowledge and extend student thinking. It then lists and tags 18 specific apps for exploring topics like the solar system, astronomy, NASA, moon phases, and more. It concludes by suggesting related classroom activities like writing prompts, independent reading, and video tutorials.
We suddenly live in a strange and wonderful nexus of digital and physical. Touchscreens let us hold information in our hands, and we touch, stretch, crumple, drag, and flick data itself. Our sensor-packed phones even reach beyond the screen to interact directly with the world around us. While these digital interfaces are becoming physical, the physical world is becoming digital, too. Objects, places, and even our bodies are lighting up with with sensors and connectivity. We’re not just clicking links anymore; we’re creating physical interfaces to digital systems. This requires new perspective and technique for web and product designers. The good news: it’s all within your reach. With a rich trove of examples, Designing for Touch author Josh Clark explores the practical, meaningful design opportunities for the web’s newly physical interfaces.
This document provides a list of tools and apps for science experiments and activities in K-8 classrooms. It includes apps for conducting experiments on the human body, sun, lake, and nano HD. Other apps allow students to access interactive science glossaries, learn about how things work, and explore elements and physics. Additional apps support writing, reading, and creating video guides and tutorials. The document promotes using tablets for hands-on science learning and documentation.
Videofied is a totally wireless security system that uses a wireless night vision camera and motion sensor. When an intruder triggers the alarm, the camera takes a 10 second video and sends it as an MPEG file to a monitoring station and/or as an MMS to a cell phone. The wireless and battery powered system can be installed quickly and provides video security for locations like construction sites, semi-trailers, and shipping containers.
The document is a search results page from AT&T's developer portal for the search term "videofied". The single result found is for a product called the Videofied Totally Wireless Security System, which is a wireless home security camera system that sends video of intruders over GPRS to a monitoring station or by MMS to a cell phone. The system includes a wireless night vision camera integrated with a motion sensor that is battery powered for 4 years, and can be installed without wiring in places like construction sites.
AppVision is the world leading scalable SMS to PSIM and has been deployed at over 1500 sites worldwide. The system is distributed in certain regions by some of the world’s biggest security companies (amongst others). On average AppVision (or an OEM version) is deployed every 1.7 days on a project by our partners. Typical projects range from smaller access, cctv and intruder alarm management right up to critical infrastructure or government projects with a larger mix of security and automated systems.
The document describes the TeleEye M-303 Mobile Video Monitoring Solution, which allows users to view live video from remotely located cameras on their mobile phones. The solution runs on mobile phones as a J2ME application and connects to TeleEye RX Series Video Recording Servers. It supports viewing up to 16 video channels and functions on various mobile networks including HSDPA, 3G, EDGE and GPRS.
Unisight Digital Technologies is a leading developer of digital video surveillance software. It prioritizes client needs and offers versatile solutions using the H.264 codec for high video quality at low storage rates. Unisight has developed standard, professional, and enterprise software versions on a stable platform to provide limitless configuration options, including a global monitoring solution with remote access capabilities. The company's solutions are open, scalable systems that are compatible with multiple device types and provide features such as map integration and mobile client support.
The document discusses Grandstream's IP surveillance features including motion detection, alerts, alarms and integrating with external devices. It provides an overview of Grandstream's camera lineup and how to set up 3-step motion detection on cameras. It also explains how to integrate external alarm devices with cameras, encoders/decoders or the GSurf Pro VMS software. Finally, it discusses setting up different types of alerts like voice calls, emails and uploading media to servers or FTP upon an alarm event.
The document discusses methods for detecting Dual-Tone Multi-Frequency (DTMF) signals. It compares the Direct Fourier Transform (DFT) method, Fast Fourier Transform (FFT) method, and Goertzel algorithm for calculating the DFT. The Goertzel algorithm reduces arithmetic operations compared to the DFT and FFT for certain applications. The document also proposes improving DTMF detection by varying the number of samples analyzed between 80-85 instead of a fixed number, to further reduce computations.
The document discusses integrating Frontel video surveillance software into existing security systems. It describes how Frontel can be integrated at different levels, from standalone to partial or full integration. Alarms, videos, and other data are stored in Frontel's database and can be viewed through Frontel's alarm viewer and alarm server applications. Full integration allows alarms and videos to be managed through a central security management system. GPRS integration requires opening specific ports and forwarding them to the Frontel server.
The document discusses campus security and university police. It provides information on the benefits of campus police departments, key issues they deal with like alcohol and drugs, and crime statistics reporting requirements under the Clery Act. It also discusses the International Association of Campus Law Enforcement Administrators, which provides accreditation to ensure campus public safety agencies adhere to high professional standards.
Dtmf based appliances control system for rural and agricultural applicationsSa Saikiran
This document describes a DTMF-based system for remotely controlling appliances in rural and agricultural applications using a mobile phone. The system uses a DTMF decoder, microcontroller, and relays to operate devices when DTMF tones from a phone are received. It allows controlling electrical devices like bulbs and motors from anywhere through phone. The system has applications in industries and homes to control devices without being physically present. It saves electricity and provides wireless control, though it cannot display status and anyone knowing the number can access appliances. The project can be enhanced with high voltage control and remote monitoring with a camera.
This document describes a project to control industrial/agricultural loads wirelessly using cell phones. The receiving phone decodes DTMF tones from the sending phone using a decoder chip. The output is fed to a microcontroller which controls relays and loads. A power supply regulates voltage for the microcontroller and other ICs. Relay driver chips interface the microcontroller to the relays. The project allows remote control of loads from any location using basic cell phones.
This presentation demonstrates what OZEKI Camera SDK is, what you can develop with the software development kit, the prerequisites of the SDK and a small C# example about how to connect it to your ONVIF IP camera.
DTMF base Mobile controlled appliances controlGopal Bardhan
This document describes a circuit that allows controlling electrical appliances via a mobile phone using DTMF tones. The circuit uses a DTMF decoder IC to decode the tones from the phone's microphone into digital outputs. These outputs control a relay circuit that can power appliances. When a key is pressed on the phone, the DTMF IC detects the tone and triggers a flip-flop that energizes the relay and the appliance. This allows remote control of devices from a phone without needing an internet connection.
This document outlines the steps to design an electronic system for remote home appliance control. It discusses designing block diagrams, electronic circuits, using a Home Automation Control System (HACS) accessed by mobile phone or computer. It describes using DTMF and cell phone signals to send commands through a mobile network that are decoded by a microcontroller and used to interface with appliances through a 220VAC mains supply. The document provides block diagrams and illustrations of electronic circuits to implement a mobile remote control system for appliances.
This document discusses a remote control system that uses DTMF tones sent over telephone lines to control electrical devices remotely. The system uses a DTMF decoder to convert the tones from a cell phone into digital commands that are sent to a microcontroller. The microcontroller then controls relays connected to various electrical loads, allowing them to be turned on or off from the phone. This remote control system could be useful for controlling agricultural pumps, industrial equipment, or household devices over large areas without needing to be near the equipment.
A minor project report HOME AUTOMATION USING MOBILE PHONESashokkok
This document is a minor project report on home automation using mobile phones submitted in partial fulfillment of the requirements for a Bachelor of Technology degree. It discusses using a MT 8870 IC to enable dual-tone multi-frequency (DTMF) tone generation and decoding to allow for remote control of home appliances via a mobile phone. The report includes chapters on DTMF technology, components used in the circuit like resistors and capacitors, details of the MT 8870 IC functionality, and conclusions.
The document provides an overview of GSM, GPRS, UMTS, HSDPA and HSUPA protocols and call flows. It describes the architecture, interfaces and protocols of each generation at the physical, data link and network layers. Key protocols discussed include LAPD, RR, MM, CM, SNDCP, GTP, RLC, MAC, RRC. Call flows for basic call origination, authentication, data transfer and detach procedures are illustrated for each network. The document also introduces HSDPA and HSUPA enhancements to UMTS such as new channels, scheduling functionality and H-ARQ protocol.
This document lists and summarizes apps for exploring outer space topics in grades K-5. It recommends using virtual field trips connected to learning objectives to provide background knowledge and extend student thinking. It then lists and tags 18 specific apps for exploring topics like the solar system, astronomy, NASA, moon phases, and more. It concludes by suggesting related classroom activities like writing prompts, independent reading, and video tutorials.
We suddenly live in a strange and wonderful nexus of digital and physical. Touchscreens let us hold information in our hands, and we touch, stretch, crumple, drag, and flick data itself. Our sensor-packed phones even reach beyond the screen to interact directly with the world around us. While these digital interfaces are becoming physical, the physical world is becoming digital, too. Objects, places, and even our bodies are lighting up with with sensors and connectivity. We’re not just clicking links anymore; we’re creating physical interfaces to digital systems. This requires new perspective and technique for web and product designers. The good news: it’s all within your reach. With a rich trove of examples, Designing for Touch author Josh Clark explores the practical, meaningful design opportunities for the web’s newly physical interfaces.
This document provides a list of tools and apps for science experiments and activities in K-8 classrooms. It includes apps for conducting experiments on the human body, sun, lake, and nano HD. Other apps allow students to access interactive science glossaries, learn about how things work, and explore elements and physics. Additional apps support writing, reading, and creating video guides and tutorials. The document promotes using tablets for hands-on science learning and documentation.
Videofied is a totally wireless security system that uses a wireless night vision camera and motion sensor. When an intruder triggers the alarm, the camera takes a 10 second video and sends it as an MPEG file to a monitoring station and/or as an MMS to a cell phone. The wireless and battery powered system can be installed quickly and provides video security for locations like construction sites, semi-trailers, and shipping containers.
The document is a search results page from AT&T's developer portal for the search term "videofied". The single result found is for a product called the Videofied Totally Wireless Security System, which is a wireless home security camera system that sends video of intruders over GPRS to a monitoring station or by MMS to a cell phone. The system includes a wireless night vision camera integrated with a motion sensor that is battery powered for 4 years, and can be installed without wiring in places like construction sites.
AppVision is the world leading scalable SMS to PSIM and has been deployed at over 1500 sites worldwide. The system is distributed in certain regions by some of the world’s biggest security companies (amongst others). On average AppVision (or an OEM version) is deployed every 1.7 days on a project by our partners. Typical projects range from smaller access, cctv and intruder alarm management right up to critical infrastructure or government projects with a larger mix of security and automated systems.
The document describes the TeleEye M-303 Mobile Video Monitoring Solution, which allows users to view live video from remotely located cameras on their mobile phones. The solution runs on mobile phones as a J2ME application and connects to TeleEye RX Series Video Recording Servers. It supports viewing up to 16 video channels and functions on various mobile networks including HSDPA, 3G, EDGE and GPRS.
Unisight Digital Technologies is a leading developer of digital video surveillance software. It prioritizes client needs and offers versatile solutions using the H.264 codec for high video quality at low storage rates. Unisight has developed standard, professional, and enterprise software versions on a stable platform to provide limitless configuration options, including a global monitoring solution with remote access capabilities. The company's solutions are open, scalable systems that are compatible with multiple device types and provide features such as map integration and mobile client support.
The document discusses Grandstream's IP surveillance features including motion detection, alerts, alarms and integrating with external devices. It provides an overview of Grandstream's camera lineup and how to set up 3-step motion detection on cameras. It also explains how to integrate external alarm devices with cameras, encoders/decoders or the GSurf Pro VMS software. Finally, it discusses setting up different types of alerts like voice calls, emails and uploading media to servers or FTP upon an alarm event.
Create your own DVD with Ulead Video StudioSelmaSSatchell
Ulead VideoStudio 11.5 Plus is the new software Corel , which is semi-professional product for DVD authoring. The program interface and ease of use allow you to quickly create video presentations and high-quality DVD.
The software installation is simple , although it may be challenging for the operating system; together with Ulead Video Studio package also components are installed such as Direct X Runtime, Microsoft Visual C ++ Redistribuible Package SP1, the Media Encoder 9 Series and Apple QuickTime video software.
Embedded Security in ARM-based microcontrollersteam-WIBU
CodeMeter µEmbedded from Wibu-Systems enhances the standard tool chain to provide secure firmware updates or functional upgrades in embedded systems built around the XMC4000 microcontrollers made by Infineon Technologies. This ARM Cortex™ family features a huge set of connectivity peripherals and is designed for controls of industrial applications, especially in harsh environments. It predominantly addresses five target markets: factory automation, building automation, transportation, power and energy, and home and professional applications. What these have in common is the many and diverse security challenges they face.
With CodeMeter µEmbedded, software developers of field programmable gate arrays and microcontrollers can protect their application code and intellectual property against reverse engineering and implement a license control system. The technology represents a practical answer to common security needs: How to protect intellectual property that is shared with a contractor from cloning, how to provide secure firmware upgrades in the field, how to make sure that only authorized devices are built in factory machines, or how to enable additional functionality in a microcontroller that is already operational in the field.
The tools for the protection of the application code are fully integrated in the development platform DAVE™. The user-friendly dialogue frontend of CodeMeter µEmbedded created for the DAVE plugin is a great help also to those developers who have little cryptography skills in their arsenal. In one single dialogue, they are able to input all required security settings to guarantee the effective and thorough integrity protection of their machine code.
Watch the webinar:
https://youtu.be/QlJuBbG8wZs
The document summarizes a new residential security system called Videofied XL that transmits video of an intrusion to a central station using cellular technology. Key points:
- It allows dealers to add video and cellular backup to existing alarm panels for additional monthly fees.
- When an alarm is triggered, the system sends a video clip within seconds to the central station for verification before dispatching police.
- It uses wireless and battery-powered components so no wiring or AC power is needed, making it suitable for rentals.
vPoint HD is a software-only desktop video conferencing system that provides high quality H.264 video with features like H.239 for simultaneous video and data streams, vMail for video playback and email, and H.235 encryption. It requires Windows 2000/XP, a 1GHz Pentium III or faster processor, and 2 USB ports. Models include standard, professional, and executive versions. vPoint HD displays video in mini, normal, large and full screen modes and includes features like a customizable toolbar, dialer, broadcast viewer, and support for MXM networks.
The document discusses video conferencing solutions from Lifesize that allow users to stay connected from meeting rooms, offices, and mobile devices. It describes Lifesize Infrastructure for on-premises solutions, Lifesize Cloud for cloud-based solutions, and Lifesize Icon as the simplest video calling device. Various Lifesize products are also summarized, including meeting room video systems, management software, firewall/NAT traversal, and an ISDN gateway.
vPoint HD is a software-only personal conferencing system that provides high definition video calling in 720p and 1080p resolutions using H.264 compression. It supports simultaneous video and data streams and includes security features like H.235 encryption. Additional features include integrated broadcast and video mail capabilities, remote management through an MXM server, and packet optimization technologies to ensure high quality video calls. vPoint HD is available in standard, professional, and executive models with varying hardware options and is compatible across Windows platforms.
The Church of Saint Gabriel hired IT Initiatives to design and implement integrated audio/video solutions for its new parish center. IT Initiatives developed solutions including a multimedia conference room with multiple displays and a touchscreen control system, a classroom video broadcasting system to distribute content to 30 classrooms, and a digital signage system using a plasma monitor. The design methodology ensured solutions would have long lifecycles and be architecturally integrated and easy for everyday parishioners to use. The conference room was equipped with several high-definition displays, a projector, and a custom touchscreen interface to easily control video and audio playback from multiple sources.
1. This firmware update fixes several bugs and optimizes performance for Network Video Recorder devices.
2. It addresses issues such as incorrect time zone changes and changes to I-frame intervals when events occur.
3. The update also includes new features like live guard functions, improved playback and PTZ controls, and support for panoramic cameras.
The document summarizes several videoconferencing products including the VCON vPoint HD, Polycom PVXTM, VCON Desktop products, Polycom V500TM, Sony PCS-TL30P, Sony PCS-TL50P, Polycom VSXTM 3000, D-Link DVC-1000 i2eye TM, Canon and Sony video cameras, Logitech webcams, Videum cameras, auxiliary devices, the Media Xchange Manager, VCON Conference Bridge, SecureConnect firewall proxy, IPNexus collaboration tools, Radvision viaIP MCU and gateway, Cisco 3500 series, Codian MCU 4200 and MSE 8000, and their key features.
This document provides instructions for using a mobile phone surveillance application on various mobile phone platforms, including Symbian, Windows Mobile, iPhone, Blackberry, and Android. It describes how to install the application, configure settings like the server address and login credentials, operate features like live video playback, PTZ control, zooming and adjusting focus/iris. It also explains how to take screenshots, switch between channels, and access a history of recorded video clips. Operations are demonstrated for both regular and full-screen viewing modes across different phone displays.
- TECHBOARD was founded in 1979 as a PCB manufacturer and expanded into security and energy solutions through acquisitions and new divisions, becoming a provider of complete security and energy solutions.
- It has a factory in Modena, Italy and laboratory in Trieste dedicated to high quality production.
- TECHBOARD's security division SYAC-TB provides analog, IP, and hybrid video surveillance systems under the DigiEye brand, which have been pioneers in the industry since the 1990s.
Impulse is an Indian company that designs and manufactures industrial-grade video surveillance and networking systems worldwide. It offers NVR systems, IP cameras, PoE switches, an intelligent fever detection system, a public address system, a two-way visual interaction device, an IP joystick, and VMS software. The document provides details on the features and specifications of Impulse's various security and networking products. It also lists some major customers that have implemented Impulse solutions.
KIT digital is a leading provider of video asset management solutions with over 500 employees across 25 offices speaking 25 languages. They have over 1000 clients globally and offer broadcast integration services including systems for newsrooms, studios, graphics and audio. They have over 20 years experience integrating solutions for film studios and maintain relationships with major Hollywood studios. Their VX-one platform enables ingest, management and delivery of video to internal and external audiences.
No document was provided to summarize. A summary requires source text to extract the key points and essential information from. Without a document, it is not possible to generate an accurate 3 sentence summary.
The Outdoor Siren/Strobe Model SE250/SE650/SE750 is a battery-operated, wireless security device that provides both an audible siren and visible strobe light alarm. It uses encrypted wireless technology to communicate with a security system control panel. The siren produces 105dB of sound for up to three minutes while the strobe flashes four times per second. It is powered by four alkaline batteries that can last up to four years and includes tamper detection if the unit is removed from its mounting surface.
The document describes several door contact models that are battery-operated, wireless door contacts for use in security systems. The door contacts detect the opening and closing of doors and windows. They use spread spectrum technology for encrypted wireless communication and have features such as dual tamper detection, external input, and lithium batteries that can last up to 4 years. The door contacts are available in white or brown and can be used for residential or commercial applications to monitor doors, windows, and other openings.
The Outdoor Badge Reader Model BR250/BR650/BR750 is a battery-operated, wireless badge reader used for arming and disarming security systems. It uses S2View encrypted wireless technology and has a weatherproof housing that operates between -20°C and +60°C. The badge reader identifies arm/disarm status with LED flashes and beeps, and has a dual tamper detection system to detect if the cover or wall is compromised. It is powered by lithium batteries that can last up to four years and transmits status checks every eight minutes including its ID, tamper status, and battery life.
The Keyfob Model RC200/RC600/RC700 is a wireless remote control for basic operation of security systems. It consists of four buttons to arm, disarm, and trigger panic alarms using encrypted and secure wireless technology. The keyfob can operate the system within or just outside the premises without entering an access code. It uses a lithium battery that lasts up to 10 years and transmits the battery status with each use.
The Outdoor Siren/Strobe Model SE250/SE650/SE750 is a battery-operated, wireless security device that provides both an audible siren and visible strobe light alarm. It uses encrypted wireless technology to communicate with a security system control panel. The siren produces 105dB of sound for up to three minutes while the strobe flashes four times per second. It is powered by four alkaline batteries that can last up to four years and includes tamper detection if the unit is removed from its mounting surface.
The Outdoor Siren/Strobe Model SE250/SE650/SE750 is a battery-operated, wireless security device that provides both an audible siren and visible strobe light alarm. It uses encrypted wireless technology to communicate with a security system control panel. The siren produces 105dB of sound for up to three minutes while the strobe flashes four times per second. It is powered by four alkaline batteries that can last up to four years and includes tamper detection if the unit is removed from its mounting surface.
The Indoor Siren Model SE200/SE600/SE700 is a battery-operated, wireless siren designed for use in security systems. It uses S2View spread spectrum technology and AES encryption to communicate securely with the control panel. The siren produces a 110dB alarm at 1 meter for 1.5 to 3 minutes. It has a dual tamper detection system and can operate for up to 4 years on alkaline batteries. The siren is used to annunciate alarm sounds in security systems and is installed in areas where sound can resonate.
The PIR Model ITRA110/ITRA600 is a wireless, indoor motion detector designed for security systems. It has a range of 12 meters and 90 degree detection angle, uses one lithium battery that lasts 4 years, and transmits sensor status every 8 minutes including its ID code, tamper status, and battery life. It is made of ABS plastic, measures 3x2x2 inches and weighs 3 ounces, operates between 32-104 degrees Fahrenheit, and mounts at a height of 6.9 feet.
The PIR Model ITR is a wireless indoor motion detector designed for use in security systems. It detects motion within a range of 12 meters and 90 degree angle. It is powered by a lithium battery that can last up to 4 years and transmits system status checks every 8 minutes including its ID code, sensor state, tamper condition and battery level. It has a dual tamper detection system and approvals for CE and FCC standards.
The Outdoor MotionViewer Camera DCV is a battery-operated, wireless outdoor motion-activated camera that uses S2View spread spectrum technology. It features a CMOS sensor, 85 degree lens, motion and tamper detection, two-year battery life, and transmits video to the control panel upon detecting motion within 12 meters. The camera is fully waterproof and can withstand temperatures from -20 to 60 degrees Celsius.
The MotionViewer DCVA camera is a battery-operated, wireless, indoor, motion-activated video camera designed for security systems. It features a CMOS sensor, 85 degree lens, infrared night vision up to 14 feet, motion detection up to 40 feet, and encrypted wireless transmission. When motion is detected, it captures and transmits a 10 second video to the monitoring station. It has a battery life of up to 4 years and dual tamper detection.
The MotionViewer DCV is a wireless, battery-operated indoor security camera that detects motion using a passive infrared sensor. It uses S2View encrypted wireless technology to communicate with a control panel and transmit video. When motion is detected, the camera records a 10-second video clip and sends an alert. The camera has an 85-degree wide-angle lens, 4.5m night illumination, and lithium batteries that last up to 4 years. It provides security through dual tamper detection, supervised check-ins every 8 minutes, and AES encryption.
The Keypad Model CMA is a wireless keypad that allows users to program and operate security systems from anywhere on a site. It has a backlit LCD display, alphanumeric buttons, and uses encrypted wireless technology for secure communication. The keypad is powered by lithium batteries that can last up to four years and includes features like a panic button, sounder, and tamper detection.
The XV GPRS control panel is a wireless, battery-operated security system that works with Videofied's devices. It has programmable inputs and outputs, supports 25 wireless devices, stores event logs and videos, and communicates using GPRS. It provides video verification from motion detectors and can trigger videos upon events. The control panel supervises connected devices and has tamper detection, multiple power options, and programming via keypad.
The XT GPRS control panel is a wireless alarm system that uses patented S2View spread spectrum technology. It has a built-in GPRS transmitter to communicate with a central monitoring station and supports up to 25 wireless devices including indoor/outdoor motion detectors, door contacts, keyfobs and more. The panel can operate as a standalone alarm or integrate with an existing system to add video verification capabilities. It has programmable inputs/outputs, 4-year battery life, and stores event logs and video files on an internal flash memory.
00 control panel videofied xl gprs specification sheetIlias Varsamis
The Control Panel VIDEOFIED® XL GPRS is a wireless, battery-operated security system control panel designed for residential and small commercial applications requiring video verification. It utilizes patented S2View® technology providing reliable wireless communication between devices. The control panel stores up to 4,000 event logs and supports up to 19 devices including motion detectors, door contacts, and keyfobs across 4 protection areas. It communicates alarms via the Frontel protocol or voice calls.
00 control panel videofied visio specifications sheetIlias Varsamis
The VISIO control panel is a wireless, battery-operated security system with the following key specifications:
- It uses patented S2View spread spectrum technology and AES encryption for secure wireless communication between devices.
- The control panel is powered by 4 lithium batteries that can last up to 4 years and includes a 110dB siren.
- It supports up to 25 devices and 19 access codes with 3 security levels and 4 arming modes across 4 programmable areas.
- The control panel supervises connected devices every 8 minutes and includes wall and cover tamper detection.
1. Receive your videos with FRONTEL
w w w. v i d e o f i e d.c o m
In order to monitor VIDEOFIEDTM products,
the FRONTEL software package is
necessary.
During an alarm, VIDEOFIEDTM signals are
received and displayed by FRONTEL
RECEPTION BAY or FRONTEL
SERVICES.
FRONTEL SERVICES
integrates with
your existing alarm
monitoring software
package
Would you like to integrate VIDEOFIEDTM into your
monitoring services?
FRONTEL can be integrated in two ways:
> VIDEOFIEDTM systems configured for a combined
FRONTEL format with Surtec or Contact ID over PSTN.
A quick and simple integration with FRONTEL RECEPTION
BAY and FRONTEL SERVICES will distribute VIDEOFIEDTM
alarms to multiple central station operators.
> VIDEOFIEDTM systems configured to transmit via the
FRONTEL protocol require an integration with your
monitoring software.
FRONTEL SERVICES integrates with alarm monitoring soft-
FRONTEL SERVICES dispatches the alarm information to
ware through a variety of interfaces: SIMS, PFIGIP, F1COM,
DICE, FRONTEL GI etc. the monitoring station software and displays the video on
your central station operator workstation.