DOCSLIB.ORG

Intracom Systems

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Intracom Systems IntraCom Systems www.intracomsystems.com The Company WHO WE ARE Founded in 2006 Team with deep commercial-grade intercom technology expertise Vision to disrupt hardware-based matrix intercom market & create new, software-based platform with broader functionality, flexibility and attractive unit economics VCOM is a mission-critical, complex communication platform Based on Voice over Internet Protocol (VOIP) technologies using Internet-enabled devices (computers, smart phones, tablets) and interoperable with legacy communications hardware systems Co-founders Stephen Brand and John Jurrius Lead rapid technology innovation and adoption by market leading customers such as NASA, NBC Universal, Eurovision, Disney, and Wells Fargo VCOM re-defines many command and control communication applications (via economics, functionality, and interoperability) Patented technology and architecture U.S. #8,660,039: MULTI- CHANNEL MULTI-ACCESS VOICE OVER IP INTERCOMMUNICATION SYSTEMS AND METHODS 2 Our Customers SAMPLING OF KEY CUSTOMERS 3 VCOM Defined VCOM VIRTUAL COMMUNICATIONS VCOM is a flexible, highly interoperable, IP-software communications platform for professional and mission critical applications Dynamically configurable to emulate many communication scenarios Matrix intercom, Hoot-N-Holler, Wireless Intercom, Two-Way Radio, SIP/VOIP/PSTN telephony, etc. Bridges together traditional Intercoms, Phone Systems, Two-Way Radios, Public Address (PA) Systems, GSM/4G/LTE Devices, and more Operates over Public/Private Networks, Cellular Data, Wi-Fi, and Satellite, VCOM is generally device and hardware agnostic Supports Session Recording via third-party SIP/CDR call recording (Verba, ASC, NICE) Industries currently using VCOM include Broadcast, Defense, Aerospace, Government, Military, Security, Financial Trading, Transportation, Commercial, Utilities and Industrial 4 KEY VCOM ADVANTAGES Virtually unlimited channels Lower cost than traditional proprietary hardware with comparable functionality Runs on standard, commercially available servers, computer hardware and smartphones Deploys within minutes with minimal training and learning curve Greater flexibility then traditional audio interoperability solutions – highly interoperable Highly configurable via VCOM System Administration to customize access, groups, bandwidth, performance and monitoring of user behavior 5 KEY VCOM SOFTWARE & BENEFITS Function: Full multi-channel / multi-access, non blocking communications (receiving party hears caller without taking any action) VCOM Virtual Matrix Server: multi-threaded audio mixing & summing to connect users (PLs, Groups, P2P); integrated SIP server support VCOM System Administration: Programming and configuration tool with remote server access VCOM Device Interface: software interface to bridge disparate communication systems together (hardware intercoms, two way radios / LMRS , public & private telephone networks, etc.) VCOM Control Panel: intuitive point-and- touch/click GUIs for PC, Mac, iOS and Android Options: 256-bit AES Encryption, LDAP, SMTP, QoS, Geo Mapping, etc. 6 VCOM SYSTEM ARCHITECTURE Wi-Fi WAN/LAN Devices Vcom IP Matrix Intercom Server Internet Vcom 2RU Rack Type Panel UHF/VHF Digital Radio Radio PC Vcom control panel Vocality BASICS Audio & GPIO SIP telephone Radio Relay Interface FM/AM PSTN Radio VoIP ATA telephone Public Address System 7 SIP Speakers VCOM SYSTEM ARCHITECTURE WITH SATELLITE SEGMENT Inmarsat BGAN 8 FUTURE SOFTWARE DIRECTION VCOM WEB-BASED TOOLS Next-generation VCOM software will include web- based tools VCOM System Administration and VCOM Control Panels (clients) Legacy Apps (Windows, Mac, iOS, Android & Linux) will continue to be supported (Larger images on following slides) 9 FUTURE SOFTWARE DIRECTION: VCOM SYSTEM STATUS VCOM WEB-BASED TOOLS 10 FUTURE SOFTWARE DIRECTION: VCOM SYSTEM SETTINGS VCOM WEB-BASED TOOLS 11 FUTURE SOFTWARE DIRECTION: CLIENT CONFIGURATION LIST VCOM WEB-BASED TOOLS 12 FUTURE SOFTWARE DIRECTION: VCOM CONTROL PANEL (CLIENT) VCOM WEB-BASED TOOLS Concept Design for Web-Based GUI User Photograph (Uploaded) Name or Title (Drop Down Menu) • Letters or Customizable Icons • Contact Information & Geo Mapping • Ability to Instantly Message on Lower Half Texting / Messaging Area 13 FUTURE SOFTWARE DIRECTION: VCOM VR CONTROL ROOM VCOM VIRTUAL REALITY Connects physical control room, field operations, etc. Live 360 streaming in VR Control Room with audio matrix (gaze-to-talk keying), accesses two-way radio systems, PBX lines, supports patching-on-the-fly, Geo Positioning of field resources, etc. See a launch simulation at https://www.youtube.com/watch?v=VBwdx2PzNZk (view in full-screen recommended) 14 Hardware VCOM iPak™ (iOS) and ComScreen (Android) PLATFORMS Desk/Console solution for handset, speakerphone or headset operation Belt-pack solution using Wi-Fi on job site 15 Hardware ComScreen (Android) Platform OVERVIEW • Customized pre- installed VCOM User Interface • Full duplex integrated speaker/mic with echo cancellation • 7″ TFT capacitive touchscreen • HD Audio handset & speakerphone • Feature Keys: 2 function keys VOLUME +/ • Optional handset well cover (as pictured) 16 Hardware ComScreen (Android) Platform SCREEN EXAMPLES Dial pad (above) Call History (Right) 17 Hardware SOME OTHER TERMINAL PLATFORMS TIPRO Console ETC CS-74 Mini SIP Console (Ethernet, 4 channels) ETC VS-71 Single-Channel SIP 18 Console Intracom Markets Aerospace/Defense: satellite launch and tracking facilities, testing and simulation environments, military command and control centers, and shipboard; Industrial/Commercial: factories, simulation environments, hospitals, oil drilling, energy and water distribution, nuclear power, shipbuilding, and cruise ships; Corporate/Financial: remote work groups, brokerage houses, and stock and commodities exchanges; Government/Military/Security: port security, mobile command vehicles, tactical units, dispatch centers, 911 call centers, air traffic control, public safety interoperability for integrated security communications in emergency scenarios; Broadcast and Entertainment: Large event production teams and production coordination from Broadway to college and community theatre, transmission control including satellite uplink feeds; Private Circuit ("Hoot-N-Holler"): financial institutions such as brokerage firms, oil and gas companies along pipelines for maintenance and emergency communications, railroads, emergency management agencies. 19 VCOM Applications Aerospace/Military/Government Aerospace Corp: US Air Force launch management, STEM programs Virgin Galactic: Engine development and desert test site communications NASA Desert-RATS: Augmented/replaced radio systems at a desert and a rocky test site for extraterrestrial excursion vehicles operation via 100 km by 100 km Wi-Fi mesh with satellite backhaul (operate for 2 weeks up to 100 km from base camp, just like they will on the Moon, Mars, etc.) Intelligent Robotics Group at AMES (CA) for KSC, JSC and Ames Research field operations Other NASA groups include Kennedy Space Center, Marshall Space Flight Center and NASA Mission Operations Directorate Space Applications Services NV/SA: Cockpit simulations during development and testing of on-board avionics systems for use by European Space Agency and others US Dept. of Defense Programs Office (DISA): Add IP to existing 4-wire leased-line circuits for remote access Rafael Corp (Israel): Expanded legacy (Cronus) intercom for missile command and control system via IP for communications including desert and marine operations via satellite carriage and don’t put it on hold US Air Force UAV training facility: UAV pilot and sensor operator training; also for US Forestry Service test fires studies using UAV for close video monitoring Sandia Research Corporation (Mesa, AZ): Next generation system for analysis of human behavior target discrimination (physical and mental activities) using VCOM audio, Hi-Res imaging from aircraft platforms to study & accelerate personnel cognitive learning and advanced skills training 20 VCOM Applications Aerospace/Military/Government The Space Exploration Vehicle is tested as part of The Intelligent Robotics Group (IRG) conducted an Mission Day 2 operations during the 2010 Desert RATS engineering field test with the K-Rex rover during the first field tests at Black Point Lava Flow, Arizona. Image week of October 2012. The field test took place at the credit: NASA Basalt Hills quarry, California. Image credit: NASA Study participants stations, and don’t put it on hold showing VCOM on right screen of each pair in lower tier. VCOM in use at Image Credit: Control Center. Sandia Research Image Credit: Corporation NASA 21 VCOM Applications Aerospace/Military/Government VCOM fulfills a number of mission critical applications within the Defense sector Missile command & control room to test range remote sites (including marine stations) over LAN and satellite connections IP hoot extensions to legacy circuits used by U.S. Army Ground Troops UAV pilot and sensor operator comms for Air Force training Launch operations oversight and management Intracom’s TCP-603R1: Specially designed 7`` touchscreen rackmount key panel with PTT mic for this defense application (Note: now obsolete, since replaced by ComScreen device) 22 VCOM Applications PrimaryPublic Uses Safety of WAVE Software Radio System Audio Access Legacy Intercoms Satellite Links from Any Devices Private Radio Networks Internet Public and/or Private VoIP/PSTN Networks Command
Load more
Loading...
Loading...
Loading...
Loading...
Loading...

52 pages remaining, click to load more.

Recommended publications
  • Washington Statewide Communications Interoperability Plan
    Washington Statewide Communications Interoperability Plan Prepared by: Washington State Interoperability Executive Committee (SIEC) 1110 Jefferson Street SE PO Box 42445 Olympia, WA 98504-2445 April 4, 2008 Unlimited Distribution Washington Statewide Communications Interoperability Plan This page is intentionally blank. i Washington Statewide Communications Interoperability Plan Record of Change Change Date Description Change Date Signature No. Received DHS approval. 1 April 4, 2008 Removed line number, watermark, April 14, 2008 Scott Miller and footer information. ii Washington Statewide Communications Interoperability Plan 1 Washington Statewide Communications Interoperability Plan Executive Overview The ultimate purpose of the Washington Statewide Communications Interoperability Plan (SCIP) is to establish a future vision for communications interoperability and align emergency response agencies with that vision by creating goals, objectives, and initiatives that achieve improved public safety communications. The Washington SCIP serves as a common reference for all stakeholders to use as a current source of information about the status of statewide communications interoperability. The process employed to produce this plan followed a bottom-up approach that sought out the input and advice of the state’s first responder and emergency response communities. It is the intent of the statewide strategic planning effort to provide an ongoing opportunity for all local, tribal, federal, and non-governmental public safety and emergency responder agencies to share their communications needs, discuss mutual solutions, share successful implementations, and collaborate. Subsequent versions of the Washington SCIP will set new objectives, implement interoperability solutions, and measure progress toward achievement of a highly efficient and cost effective means of statewide interoperability. The Washington SCIP is written to address the criteria1 for interoperability plans established by the U.S.
    [Show full text]
  • Trbonet Swift A100 User Manual
    Radio-over-IP Gateway TRBOnet Swift A100 User Manual World HQ US Office Internet Telephone Neocom Software Neocom Software EMEA: +44 203 608 0598 8th Line 29, Vasilyevsky Island 15200 Jog Road, Suite 202 Email: info@trbonet.com Americas: +1 872 222 8726 St. Petersburg, 199004, Russia Delray Beach, FL 33446, USA WWW.TRBONET.COM APAC: +61 28 6078325 Notices This document is for informational purposes only. Neocom software, Ltd offers no warranties, express or implied, in this document. Neocom and the Neocom logo, TRBOnet and the TRBOnet logo are either registered trademarks or trademarks of Neocom software, Ltd. MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC. Microsoft, Windows, SQL Server and the .NET logo are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other jurisdictions. Other product or company names mentioned herein may be trademarks of their respective owners. © 2020 by Neocom Software, Ltd. All rights reserved. This document was last revised on May 18, 2020. Contents 1 Introduction ........................................................................................................................................................1 1.1 About This Document .......................................................................................................................1 1.2 About TRBOnet Swift .........................................................................................................................1
    [Show full text]
  • Roip Gateways
    Challenging Communication Boundaries RoIP Gateways Radio over IP for Optimal Analog & Digital Radio Network Performance Radio over IP (RoIP) adio over IP offers a cost effective way to interconnect radio systems and operators together. It is a technology that Renhances and adds value to radio communications networks. The IPR Range of Gateways provide IP access to existing analog radios whilst the DRG Range provides advanced networking features and interoperability to digital radios. Omnitronics gateways are designed to be used in conjunction with our range of Dispatch Solutions. They provide operators with voice and data from the radios, enabling operators to take advantage of the advanced functionality each radio provides. Alternatively, the gateways may be used without dispatch consoles to provide site–to-site connections over IP. All of the Omnitronics gateways are vendor agnostic and will generally work with most brands and models of two-way radio. BENEFITS OF OMNITRONICS ROIP GATEWAYS • Lower Overheads: Through the use of an existing IP Infrastructure and replacement of expensive leased lines & microwave links. Additionally, gateways allow radios with point-to-point protocols to be shared amongst a number of operator positions. • Increased Interoperability: Across multiple frequency bands, radio technologies (analog & digital; conventional & trunked) and telephony. • Network Flexibility: Simple addition of repeater sites and dispatch locations across wide geographical areas. • IT Networking Choice: By providing a translation of communications between the radio side protocol and the operator/console, protocols and mechanisms that are Internet friendly and designed to work through routers can be used at the operators side. • High Security: Separating the radio IP communications from the console IP network, creates a natural firewall between the consoles and the radio system.
    [Show full text]
  • Motobridge Ip Interoperability Solution Proven Mission Critical Performance You Can Count On
    SOLUTION BRIEF MOTOBRIDGE™ IP INTEROPERABILITY SOLUTION MOTOBRIDGE IP INTEROPERABILITY SOLUTION PROVEN MISSION CRITICAL PERFORMANCE YOU CAN COUNT ON Communication interoperability is a well-recognized imperative for public safety, homeland security, law enforcement, or any other organization that has a need to share intelligence, coordinate plans, and mount successful joint operations with others operating on disparate systems. Federal, state and local agencies with incompatible voice systems can communicate with a MOTOBRIDGE radio over IP interoperability solution. MOTOBRIDGE is an easy and fast way to establish communications between disparate systems in support of day-to-day operations and emergency response. Any number of connections between disparate radio and phone systems can be activated quickly. POWERFUL FLEXIBLE SOLUTION • Connectivity and control for smart phones More than a simple audio patch, traditional IP gateway, • Over-IP radio voting or pure software solution, MOTOBRIDGE is a flexible • Network management solution with capabilities that allow it to fulfill a more With Motorola, there is no reason to reach out to advanced role in an organization’s interoperability multiple providers to enable your organization to meet strategy. In addition to providing interoperability across its interoperability needs. We can provide a complete disparate networks, MOTOBRIDGE provides: interoperability solution, including access radios, industry • IP dispatch functionality leading maintenance and installation services, and 24/7 • Full-duplex conferencing system monitoring. • Direct phone access to radio networks SOLUTION BRIEF MOTOBRIDGE™ IP INTEROPERABILITY SOLUTION SUPERIOR MISSION CRITICAL DESIGN When an operation is mission critical, it is important that the supplier of your interoperability solutions understands public safety communications. MOTOBRIDGE is a product designed from the ground up for interoperability across IP networks, when mission critical reliability and performance counts.
    [Show full text]
  • Zastosowanie Technologii Radio Over Ip W Systemach Pmr
    Piotr Kaczorek Akademia Morska w Gdyni ZASTOSOWANIE TECHNOLOGII RADIO OVER IP W SYSTEMACH PMR Systemy profesjonalnej łączności radiowej PMR mogą wykorzystywać sieci IP i osiągać z tego tytułu znaczne korzyści. W pracy przedstawiono koncepcję technologii znanej jako Radio over IP oraz kilka przykładowych, dostępnych na rynku rozwiązań. Słowa kluczowe: systemy PMR, Radio over IP. WSTĘP Systemy radiokomunikacji ruchomej prawdopodobnie będą w przyszłości wykorzystywały sieci IP jako sieci szkieletowe. Uważa się, że takie rozwiązanie przyczyni się do zwiększenia elastyczności i skalowalności sieci, a także ułatwi wprowadzanie zarówno nowych rozwiązań technicznych w interfejsach radiowych systemów, jak i nowych rodzajów usług. Systemy profesjonalnej łączności radiowej PMR (Professional Mobile Radio), przeznaczone dla służb bezpieczeń- stwa publicznego oraz firm, chociaż mają znacznie mniejszy zasięg terytorialny, to również mogą wykorzystywać sieci IP i osiągać z tego tytułu znaczne korzyści. Technikę taką określa się czasami jako Radio over IP. Za punkt wyjścia dalszych rozważań posłuży klasyczna już architektura sieci systemu GSM, w jej pierwotnej formie (rys. 1). Jest to sieć hierarchiczna, której nadrzędnym elementem jest centrala radiokomunikacyjna MSC (Mobile Switching Centre), dysponująca m.in. bazami danych użytkowników własnych HLR (Home Location Register) i wizytujących VLR (Visitors Location Register) oraz centrum uwierzytelniania AUC (Authentication Centre). Centrala MSC zarządza systemami stacji bazowych, w których skład wchodzą sterowniki stacji bazowych BSC (Base Station Controller), które z kolei zarządzają stacjami bazowymi BTS (Base Transceiver Station) [12]. Warstwa fizyczna sieci szkieletowej systemu GSM jest realizowana na podstawie transmisji synchronicznej PDH/SDH, przy czym w łączach pomiędzy BSC a BTS zazwyczaj wykorzystywano standard E1 i protokół sygnalizacji SS7 [11]. Początkowo ta sama sieć szkieletowa służyła również do realizacji usług transmisji danych CSD (Circuit Switched Data) oraz HSCSD (High Speed Circuit Switched Data).
    [Show full text]
  • A Comprehensive Range of Business Radio Solutions That Meet Your Needs Flexibly
    Business Radio Solutions European Edition A COMPREHENSIVE RANGE OF BUSINESS RADIO SOLUTIONS THAT MEET YOUR NEEDS FLEXIBLY No matter what your communication needs may be, we have the system for you. We go beyond traditional VHF and UHF two-way radios providing peace of mind and keep you connected anywhere and at anytime. ICOM continues developing innovative solutions in response to diversifying user needs and can now offer a wide range of two-way radio platforms from analogue, digital, wireless LAN, IP to satellite as a true comprehensive wireless communications company. 1 IP Radio & Hybrid IP Radio Icom’s IP radio system provides instantaneous, wide area communication using an LTE (4G) and 3G network*. It enables full-duplex communication, which allows telephone style conversations. The Hybrid IP radio can receive both communications from an LTE radio group and IDAS™ (or analogue) group. * Service availability depends on the country. Network coverage provided by a custom SIM card. Satellite PTT Satellite PTT (Push-To-Talk) is a two-way radio system that uses the Iridium® satellite network. It can be used as a communication tool in remote, isolated areas where there are no mobile phones or landline network infrastructure. Even if terrestrial network infrastructure is rendered unusable by human or natural disasters, Satellite PTT can provide a stable back-up, independent from other networks. WLAN Radio Wireless LAN radio requires no licence to use and allows you to have several simultaneous full-duplex communications over a WLAN network. It offers secure communications with encryption and different types of calls such as individual, all, area, priority, group, conferences, status calls and short data messaging.
    [Show full text]
  • Digital Forensic Investigation of Two-Way Radio Communication Equipment and Services
    Digital Investigation 26 (2018) S77eS86 Contents lists available at ScienceDirect Digital Investigation journal homepage: www.elsevier.com/locate/diin DFRWS 2018 USA d Proceedings of the Eighteenth Annual DFRWS USA Digital forensic investigation of two-way radio communication equipment and services * Arie Kouwen a, Mark Scanlon b, , Kim-Kwang Raymond Choo c, Nhien-An Le-Khac b a School of Computer Science, University College Dublin, Ireland b Forensics and Security Research Group, University College Dublin, Ireland c Department of Information Systems and Cyber Security, University of Texas at San Antonio, USA abstract Keywords: Historically, radio-equipment has solely been used as a two-way analogue communication device. Today, Digital radio the use of radio communication equipment is increasing by numerous organisations and businesses. The Ham functionality of these traditionally short-range devices have expanded to include private call, address Push-to-Talk book, call-logs, text messages, lone worker, telemetry, data communication, and GPS. Many of these Forensic process Digital forensics devices also integrate with smartphones, which delivers Push-To-Talk services that make it possible to setup connections between users using a two-way radio and a smartphone. In fact, these devices can be used to connect users only using smartphones. To date, there is little research on the digital traces in modern radio communication equipment. In fact, increasing the knowledge base about these radio communication devices and services can be valuable to law enforcement in a police investigation. In this paper, we investigate what kind of radio communication equipment and services law enforcement digital investigators can encounter at a crime scene or in an investigation.
    [Show full text]
  • Radio Over IP (Roip) Communications Management And
    INSTITUTO SUPERIOR TÉCNICO, DECEMBER 2019 Radio Over IP (RoIP) Communications Management and Control System Pedro Miguel Martins Leitão da Costa, 78153, MEEC Academia Militar / Instituto Superior Técnico email: pedro.da.costa@tecnico.ulisboa.pt Abstract— Currently, the Portuguese Army has the military forces when they are operating abroad in Theaters of Operations transceiver GRC-525 Multifunctional Radio which equips the tactical (TO) to accomplish their mission [1]. units within the operational component of the ground forces system. In the current organization of the Portuguese Army Tactical This equipment provides to the ground forces the ability to establish Communications System, when deployed in missions, whether in secure communications. The current version of the GRC-525 national or international territory, is structured as follows: there is Multifunctional Radio provides a transparent integration with IP data at least one Command Post (CP), where are the commanders and networks and specifically with IP telephone systems through SIP protocol. network managers who follows the maneuvering forces deployed The GRC-525 Multifunctional Radio allows bidirectional radio at the TO. These elements constitute the tactical network based on voice calls, however the confidentiality and simultaneity of IP technology. communications are not assured. This happens because the In order to grant radio communications between the forces communication is established over shared radio frequency and on a within the command post and the forces engaged in the TO given radio network at a time and only one user can transmit the performing the tactical tasks, the Army Deployable Tactical message while the others are only in reception mode (half-duplex Communications and Information System(SIC-T) has a specific system).
    [Show full text]
  • Installation and Operation Manual
    INTEROPERABILITY NOW Installation and Operation Manual ACU-2000IP Intelligent Interconnect System Designed and Manufactured by: Raytheon Company 5800 Departure Drive Raleigh, NC 27616 Email: acu.sales@raytheon.com Raytheon offers 24/7 Technical Support For support, call 1-800-498-3137 JPS P/N 5961-230200 Revision 1.31 July, 2010 ACU-2000IP Operations Manual FEDERAL COMMUNICATIONS COMMISSION (FCC) COMPLIANCE NOTICE: RADIO FREQUENCY INTERFERENCE NOTICE This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case users will be required to correct the interference at their own expense. CAUTION Changes or modifications to this equipment not expressly approved by Raytheon could void the user’s authority to operate this equipment. NOTICE Raytheon reserves the right to make changes to the equipment and specifications without prior notice. PROPRIETARY STATEMENT The information contained in this manual is the property of Raytheon and is intended for the purchaser’s use only. It may not be reproduced without the expressed written consent of Raytheon. © 2010 Raytheon Company. Raytheon Company Phone: (919) 790-1011 Fax: (919) 790-1456 E-mail: acu.sales@raytheon.com 5800 Departure Drive Raleigh, NC 27616 2 Interoperability Now ACU-2000IP Operations Manual Table of Contents 1 INTRODUCTION ........................................................................................................................................
    [Show full text]
  • Professional Radios
    Professional Radios 2020 A COMPREHENSIVE RANGE OF PROFESSIONAL RADIO SOLUTIONS THAT MEET YOUR NEEDS FLEXIBLY No matter what your communication needs may be, we have the system for you. We go beyond the traditional VHF and UHF two-way radios providing peace of mind and keep you connected anywhere and at anytime. Icom continues developing innovative solutions in response to diversifying user needs and can now offer a wide range of two-way radio platforms from analog, digital, wireless LAN, LTE to satellite as a true comprehensive wireless communications company. 1 Satellite PTT Satellite PTT (Push-To-Talk) is a two-way radio system that uses the Iridium® satellite network. It can be used as a communication tool in remote, isolated areas where there are no mobile phones or landline network infrastructure. Even if terrestrial network infrastructure is rendered unusable by human or natural disasters, Satellite PTT can provide a stable back-up, independent from other networks. LTE Radio Icom’s LTE radio system provides instantaneous, wide area communication using an LTE (4G) and 3G network*. It doesn’t require its own repeaters or IP network, therefore reducing the cost of building, and maintaining a wide area radio network. It enables full-duplex communication, which allows telephone style conversations as well as various types of calls such as individual, group and all call just like a traditional two-way radio, too. * Service availability depends on the country. Network coverage provided by a custom SIM card. WLAN Radio Wireless LAN radio requires no licence to use and allows you to have simultaneous full-duplex communications over a WLAN network.
    [Show full text]
  • Telex Radio Dispatch, Part of the Bosch Group, Manufactures and Delivers Thousands of Mission-Critical Communication Systems Worldwide
    Innovating the Future of Mission-Critical Communications More installations than any other IP-based dispatch system. Table of Contents Features: IP-based FAQ 4 Nexus IP Console Position – complete communications solution 5 C-Soft – software-based radio dispatch console 6 DFSI-P25 7 Advanced SIP – session initiation protocol (SIP) 8 Beacon Series – includes Advanced Digital Headset Box (ADHB-4) and Remote Headset Box (RHB) 9 Telex C-Soft 10 IP-224 11 IP-223 12 MTRBi - Radio Interface for C-Soft 13 Accessories 14 Network Recorder 15 Remote Database Reviewer Telex System Manager (TSM) 16 V.I.P.E.R. – IP-based radio control system IP-1616 – eight-line IP-based radio dispatch console 17 C-6200 – 18-line IP/analog radio dispatch console 18 IP-2002 – two-line IP-based radio dispatch console C-1616 – six-line analog tone remote control console 19 C-2002 – two-line radio control console 20 C-2000 & C-2000HS – single-line radio control console 21 DSP-223 & TRA-223– tone remote adapter panel 22 Headsets – includes DH2000, DH2200, DH3000, and DH3200 Microphones – includes MDMS, 6513C, DT-GN-18, and PC desktop-18RD 23 System Diagram 24 2 | www.telex.com/radiodispatch Telex Radio Dispatch, part of the Bosch Group, manufactures and delivers thousands of mission-critical communication systems worldwide. Telex Radio Dispatch is the leading manufacturer of IP control Recorder, paging, and intercom. Available features include for two-way radio communications. Based on a distributive Fleetsync, MDC-1200, and Advanced SIP. C-Soft is compatible architecture, Telex dispatch console systems have flexibility, and Windows 7 32- and 64-bit formats.
    [Show full text]
  • Radio Over IP Voice and Signalling Characterization Through System-Of-Systems Radio Over IP Solution Deployment
    Radio Over IP Voice and Signalling Characterization Through System-of-Systems Radio Over IP Solution Deployment by Sinisa Subotic, B. Engineering A Thesis submitted to the Faculty of Graduate and Postdoctoral Affairs in partial fulfillment of the requirements for the degree of Master of Applied Science in Engineering in Electrical and Computer Engineering Carleton University Ottawa, Ontario © 2014, Sinisa Subotic i Abstract The focus of the thesis is on the characterizing Radio over IP voice and signalling delay, availability and voice quality by deploying Radio over IP (RoIP) System-of-Systems solution over large distances. Sys- tem-of-Systems RoIP solution interfaces various mobile radio systems over multiple third party Wide Area Networks (WANs) based on Multiprotocol Label Switching Internet Protocol (MPLS IP) links to enable different departments such as Police, Military, Fire, Ambulance, Oil, Correctional Services, For- estry, Mining and etc. to communicate using their existing mobile radios. This thesis focuses on 4 major parts. The first part identifies various mobile radio systems and interfaces to extract and convert radio signaling and voice into the IP packets. The second, researches various interoperability management systems (servers/applications) to interconnect various mobile radio clients (agencies and departments) through the voice patches/conferences. The third focuses on the RoIP System-of-Systems solution de- ployment, testing under real-world condition using both unicast and multicast enabled networks, devel- oping baseline characteristics such as Codecs, Delay, Jitter, Packet Loss, for secure and reliable commu- nication over the third party WAN (MPLS IP backbone). The fourth focuses on RoIP System-of- Systems architectures and their performances when deployed over large distances and multiple third par- ty WAN networks.
    [Show full text]