Digital Acoustics Corporation
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ii3 IP Intercom Series

 

why ioip? (intercom over internet protocol)

simple to use

connect anywhere 

communicate anytime

limitless connections

limitless scalability

Digital Acoustics® technology


Overview 

 

Digital Acoustics® IoIP audio products combined with the convergence of TCP/IP networks facilitate cost effective paging and intercom implementations in Security Integration, Education, Homeland Security and Defense.  

Key benefits include
;

  • shared network infrastructure,

  • replacement of central equipment hardware with digital network switching,

  • lower installation and implementation costs,

  • seamless integration into existing networks including legacy analog wiring,

  • simple installation and configuration,

  • scalable to 1000's of intercoms and paging stations  -- locally, regionally or globally,

  • remote control and simple end-point expansion in intercom systems,

  • software based zone management in paging systems

With over 20 years of communications solution experience, Digital Acoustics’ patent-pending technology provides audio intercoms and paging management in diverse fields such as;

Educational

Audio Integrations for K-12 and 13+, Campus Tech Support Solutions

Commercial

POS Monitoring, Building Access and Team Communication 

Parking

Revenue management, intercom & paging

Correctional

Intercom & paging-- Surveillance and command center monitoring 

Homeland Security

Security intercom, Perimeter & Surveillance Monitoring. Local, regional and nationwide audio links across multiple C&C consoles

Municipal/Utility

Monitoring, Access and Communication (intercom & paging)

Military

Data Gathering, Perimeter, Surveillance, Large Voice

Transportation

Air, Rail, Terminals and Ports

Broadcasting

Worldwide IFB and transmission facility communication

Migration to IoIP or Intercom over "IP" (Internet Protocol) Network based audio to support these industries simplifies a wide range of problems associated with traditional and legacy 'analog' systems;


Simple Comparison- Intercom/Paging Capability -  Analog vs. Digital 

    Analog  Digital "IP"
Large system operation without central 'head end' No Yes
Intercom connection distances Fixed Unlimited
System stations and end-point expansion Hardware dependent Unlimited
Communications span buildings, cities , globally Hardware dependent Yes
Digital quality voice, immune from interference  No Yes
Cost effective recording and audio archiving No Yes
Unlimited Paging Zones, software controlled setup No Yes
Fiber Network Integration without converters No Yes

Products, Resources 

Companies providing IOIP Intercoms and VoIP Paging Solutions 

 Company

Headquarters

Digital Acoustics® 

Chicago - U.S.A.

Aiphone Corporation ** Washington - U.S.A.

GridConnect **

Naperville IL- U.S.A.

Visentry **  Paramus NJ- U.S.A.
**  companies integrating Digital Acoustics® technology

Learning Online

CSO Online  "...smart CSOs are, in fact, going to use voice over IP—and similar forthcoming technologies—to their benefit "     full article

 

Clearly Speaking  "... intercoms can be very effective tools that can yield very powerful results in the ongoing battle to keep public facilities secure"     full article

 

VoipNEWS.com  website

 

PowerOverEthernet.com   website

 


Terms and Glossary

ANI: Automatic Number Identification
DHCP: Dynamic Host Configuration Protocol
FTP: File Transfer Protocol
IP: Internet Protocol
IP PABX: IP Private Automatic Branch Exchange
IP PBX: IP-based Private Branch Exchange
IoIP: Intercoms Over Internet Protocol
MGSP: Media Gateway Control Protocol
NAT: Network Address Translation
PBX: Private Branch eXchange

PSTN: Public Switched Telephone Network
QoS:
Quality of Service
RAS: Registration, Admission, and Status protocol.
RTP: Real-time Transport Protocol
SIP: SIP Session Initiation Protocol
SKYPE P2P Encrypted Voice Protocol System
SNMP: Simple Network Management Protocol
TCP/IP: Transmission Control Protocol/Internet Protocol
VoIP: Voice Over Internet Protocol
VPN: Virtual Private Network

802.11b International standard for wireless networking that operates in the 2.4 GHz frequency range (2.4 GHz to 2.4835 GHz) and provides a throughput of up to 11 Mb. 802.11g is similar to 802.11b, but this standard provides a throughput of up to 54 Mbps

CAT5 (Category 5 Ethernet cable) - A widely used EIA/TIA Ethernet cable standard. CAT5 cables contain 4 twisted pairs of copper wire and support 100 Mbps Fast Ethernet. CAT5 cable runs are limited to a maximum recommended length of 100m (328 feet). CAT5e and CAT6 cables the stringent specifications for crosstalk and system noise required for Gigabit Ethernet (1000 Mbps) networks.

Client - Any computer connected to a network that requests services (files, print capability) from another member of the network

DHCP - A utility that enables a server to dynamically assign IP addresses from a predefined list and limit their time of use so that they can be reassigned

Ethernet - An IEEE standard network protocol that specifies how data is placed on and retrieved from a common transmission medium

IEM (in-ear monitor) systems are used in broadcast and motion picture production for crew communication, audio monitoring and cueing. May be analog or incorporate voIP.

IFB -Interrupted Feedback (Foldback). Interruptible Feedback (Foldback). A monitoring scheme often used in television broadcasting where the feed of program audio to an on-air person can be interrupted with directions, cues, or other information. Usually integrated into the intercom system

IoIP - (Intercom over IP) Intercom over Internet Protocol topology combines the convenience of intercom PTT and the reach of global network Voice over Internet Protocol (VoIP)

IP - (Internet Protocol) The method by which data is sent from one computer to another using the internet

IP address - The unique set of numbers allocated to your computer to identify it on a network. This number may be fixed/static, or dynamic.

ISP - (Internet Service Provider) a company that enables you to access the internet

Intercom - (Voice Intercoms) 2-way voice communication device with Push to Talk (PTT) operation. Uses include: Security intercoms and internet intercom applications.

IoIP: (Intercom Over Internet Protocol) The use of the Internet Protocol (IP) for transmitting voice communications. VoIP delivers digitized audio in packet form and can be used to transmit over intranets, extranets, and the Internet.

LAN (Local-Area Network) A computer network that spans a relatively small area. Most LANs are confined to a single building or group of buildings. However, one LAN can be connected to other LANs over any distance via telephone lines and radio waves. A system of LANs connected in this way is called a WAN.

MAC (Media Access Control) Address - The unique address that a manufacturer assigns to each networking device.

MPG (MPEG)  Audio compression format used in audio music players and broadband audio streaming systems (ex: Sony™/Apple™/Barix™/Digigram/EtherSound™) 

NAT- Network Address Translation) A router that allows you to keep a set of IP addresses for internal use and another set for external use. This increases security by limiting what IP addresses the outside world has access to and allows the same internal IP addresses to be used on different networks.

Multicast A media (packet) stream that is copied and sent to multiple authorized SUBSCRIBERS (network addresses). Multicast addresses are group addresses. 

PA/IP (Public Address Over IP) System distributed Paging and Audio over TCP/IP networks, bypassing traditional analog switching and wiring runs.

PCM (Pulse Code Modulation) A method by which audio is converted to digital format. Common formats such as CCITT G.711, are used for digitized voice at 64 kbps (8bit x 8khz) bandwidth and may be compressed with formats such as uLaw coding.

PLC (Powerline Carrier Communications) Powerline carrier that uses the existing power cabling found in homes and commercial buildings to connect devices. Speeds range from 60 bps to over 10 Mbps.

Port. The virtual connection point through which a computer uses a specific application on a server.

RJ-11 Six-conductor modular jack used with four-wire cabling. Most common phone jack in the world and is used commonly on phones, modems, and fax machines.

RJ-45 Eight-pin connector used to attach data transmission devices to standard telephone wiring. Commonly used in 10Base-T connections.

Router - A networking device that connects multiple networks together, such as a local network and the Internet.

Server - A network device that provides its resources to other devices on a network

Skype a protocol for  encrypted pc-pc voice communication. Skype is based on  P2P technology incorporated  by  iTalk2u and other systems.

Switch - 1. Device that is the central point of connection for computers and other devices in a network, so data can be shared at full transmission speeds.

TCP/IP (Transmission control protocol/Internet protocol)-Protocols developed by the U.S. military to allow computers to talk to each other over long distance networks. IP is responsible for moving packets of data between nodes. TCP is responsible for verifying delivery from client to server. TCP/IP forms the basis of the Internet, and is built into every common modern operating system.

VoIP: (Voice Over Internet Protocol) The use of the Internet Protocol (IP) for transmitting voice communications. VoIP delivers digitized audio in packet form and can be used to transmit over intranets, extranets, and the Internet. Applications in Voice Over IP intercoms and (voIP intercom) technology may include TCP IP Paging.

UDP (User Datagram Protocol)  A network protocol for transmitting data that does not require acknowledgement from the recipient of the data that is sent. UDP can carry IP and VoIP signaling.

WAN (Wide-Area Network) Private network facilities, usually offered by public telephone companies but increasingly available from alternative access providers (sometimes called CAPs), that link business networks.

 

Campus Security Overview, ALERTS and EMERGENCY planning in schools.

IP audio offers increased safety and adds support for students and staff through instantaneous, precise two-way communication. Campus emergency notifications to campus security should be always reachable.

Consider products that  are 100% Voice Over IP network-capable intercoms and paging products and systems. Push-to-Talk technology supplements video systems and add scalable expansion for schools, campuses, educational facilities and universities audio intercoms. These products may be deployed throughout single campuses, among various campuses, across cities and continents and all over the world.

    • Use for Campus Alert and campus alert systems
    • Provide emergency notification for education and commercial safety to handle emergency action systems and provide two-way dialogue instantly
    • Help improve college Emergency Alerts and College safety
    • Improve IT support to students, professors and staff in daily use

Products for schools, universities and business campuses also offer some distinct advantages:  Improved capabilities over Mass Text Messaging, including 2-way audio, paging and remote listen-in monitoring.  Audio intercoms used for educational notification systems can be used with Emergency Text Alerts and other emergency notification for schools. Integrated Priority Alert Software for school intercom systems improve security Technology On Campus.

Emergency notification for schools improve student and staff safety and security; enhancing college life, student/staff protection and overall communications. 

For additional internet searching consider common search phrases such as: 

Campus safety ,Campus Alert , School and Student protection. Campus emergency notification and notification systems. College Emergency Alerts and Mass notification for educational safety. Campus intercom systems for Paging and Security Technology On Campus. University alert systems and Emergency notification. Educational intercom systems and emergency paging systems. Safety for educational facilities  

 
 
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