AARON 650 is Inovonics’ totally-new FM rebroadcast/translator receiver, built to handle the most challenging reception scenarios. Boasting sensitivity and selectivity superior to even the most elite professional or consumer receivers, AARON 650 combines premium features with unparalleled receiver performance. AARON operates in either a composite pass-through or composite-regeneration mode. Composite pass-through eliminates retransmission delay (latency), and composite-regeneration lends the ability to completely reconstruct your baseband signal for reduced noise, even altering RDS messaging prior to rebroadcast. The back panel provides dual Antenna inputs, dual Composite outputs, Balanced Analog and AES-digital audio outputs, and remote IP access. Rear-panel and self-logging alarms constantly check for Audio Loss, RF Loss, and RDS Loss (or ‘hijacking’). Online notifications can alert personnel with e-mail or instant text messages when any of the alarms occur. The front panel displays left and right audio metering, local LED alarms and has an LCD screen with jog wheel for advanced control and editing of all operating parameters. Failover audio backup is provided via a front-panel SD Card or web-stream should your signal go down. AARON 650's "responsive" web interface allows complete setup, listening, logging and control of the unit from your PC, tablet or smartphone, and reliable 2-way connectivity is ensured with a built-in Dynamic DNS utility. Advanced off-air metering tools include an FM BandScanner and FFT of the MPX region. Reception bandwidth, auto-blending and many other receiver parameters are controlled via manual or automatic reception processing.

Inovonics' Model 631 is our second generation of frequency-agile, digitally tuned receivers for FM translator and other critical off-air reception applications. Featuring menu-driven access of display and function selections, the 631 provides a switchable IF bandwidth to help solve difficult adjacent-signal problems and readouts of signal strength and multipath distortion to aid antenna alignment. Selectable options and alarms may be remotely controlled or monitored, and high-resolution bargraph readouts give accurate indications of incoming RF and MPX/stereo audio levels.

Incorporating all the necessary features for station setup and regulatory compliance at an affordable price, Inovonics' 531 is the undisputed professional’s choice in FM Monitoring. Dependable, direct input and off-air reception lets you keep a sharp eye on your total RF signal performance and essential multiplex measurements. The high-resolution LED bargraph displays are easy to read, and a "floating dot" program peak marker eliminates any ambiguity in the total-mod measurement. Off-air readings are qualified by Inovonics' exclusive multipath indicator, which also aids in antenna alignment during initial station build-outs. In addition, readouts of signal strength and synchronous AM noise qualify the incoming signal and validate measurements. Multiple alarm tallies enable remote indications of various transmission and reception faults, and full display of subcarrier injection levels ensure proper setup when broadcasting RDS (Radio Data System) messaging and other subcarriers.

2013 NAB Show 'Pick Hit' Award winner! The INOmini 633 is a sensitive and selective FM and FM/RDS receiver for professional applications. It receives standard analog FM broadcast transmissions and works as a ‘confidence monitor’ or as a rebroadcast receiver in FM translator service. The 633 also decodes and displays data from RDS/RBDS data groups. The front panel USB port supplies a raw RadioData stream to be used with the supplied software and any PC for further monitoring, logging, qualification and analysis of the RDS/RBDS data groups. In addition to essential alarms the front-panel LCD display is host to numerous menus, enabling easy setup and display of both signal quality and RDS information.

Inovonics' 703 is our newest "Mini Encoder" and the first in our line of cost-effective INOmini products. This is the quick and inexpensive way to an RDS/RBDS presence, with easy USB programming using the supplied Windows© software. Your station's data goes into non-volatile memory, and the unit may then be re-installed at the transmitter site. The 703 will identify your station by format, display your station's "street name", and continuously transmit station promos or advertising message to your listeners. An optional rack-mount kit accommodates up to three INOmini-style products.

The 720 is our third-generation dynamic RadioData encoder for automatically parsing and scrolling song title and any other information on the faceplate of all RDS radios. The front-panel LCD displays setup parameters without the need for an on-site computer, and also shows incoming raw data from station automation as well as exactly what the listener sees on his radio. The 720 incorporates diagnostics and transmission safeguards for virtually foolproof installation and operation.

The industry leading Model 730 is Inovonics' flagship RDS (RadioDataSystem) encoder and connects with virtually any playout system, broadcasting song title, artist information, station ID's and much more to listener radios. With full support for Ratio Text Plus, 'song tagging' and advanced applications, the 730 provides all the tools broadcasters need to ensure an engaging and dynamic RDS presence. Interfacing with station automation can be done over IP network (LAN or Internet) connection or by RS-232 serial link . An Internet connection assures accurate Clock Time and Date (CT) timekeeping, and optional changeover to Daylight Saving time is automatic. The included remote control software allows access and messaging changes to be made on the fly and from anywhere in the world. 730 RDS Remote Control Software 730 RDS Remote Control Software A front-panel LCD screen and jog wheel make for convenient on-site setup without the need for a computer, while the included remote software enables fast and intuitive programming through any of the encoder's data ports. The front panel screen displays incoming data from automation 'on the fly' and shows outgoing scrolling messages exactly as they are seen by listeners. Internal data diagnostics and transmission safeguards guarantee foolproof installation and operation, and field-upgradeable firmware ensures compatibility with any forthcoming RDS/RBDS applications and updates.

The 719-01 HD Radio Delay Board is an optional drop-in accessory for our DAVID IV FM/HD Radio Broadcast Processor. It enables up to 9.999 seconds of audio delay for the Composite (MPX) and/or analog and digital program line outputs. Because there is an obligatory delay of roughly 8 seconds in the digital program encoding and decoding process present in HD Radio, the analog-FM signal must be delayed by this same amount to arrive in sync with the digital signal. This time-aligning “diversity delay,” as it is called, is enabled in the DAVID IV with this optional accessory circuit board that is simply plugged into a header strip on the main board. The delay is adjustable between zero and 9.999 seconds in one-millisecond increments, and once installed, activates new a menu adjustment, using either the front-panel jog wheel or remote PC software. Use of this accessory board requires at least Rev. 2 firmware/software in your accompanying DAVID IV FM/HD Radio Broadcast Processor.

New Rev 3.0 Firmware as of June 2014! The DAVID IV is the fourth generation processor in our DAVID (vs. Goliath) series of FM and HD Radio air-chain processors. Our streamlined, 100% DSP-based audio engine gives you total leverage over the most important sonic ‘signature’ parameters, while smart controls allow you to enhance program material quickly and effectively. Processing includes 5 bands of dynamics compression with equalization, intelligent gain-riding AGC (Automatic Gain Control), Bass and Stereo Field Enhancements, and our proprietary PIPP™ (Polarity Independent Peak Processing) limiter. The DAVID IV combines a remarkably clean sound with a premium FM Stereo Generator that also includes internal metering with combining for the RDS(RadioData System) subcarrier. Setup is quick, and operation is intuitive via the multi menu front-panel interface or IP based remote control software, so you can make adjustments from the comfort of your favorite listening environment. DAVID IV Remote Control Software DAVID IV Remote Control Software Presets are provided for popular world formats*, and user settings can easily be saved/backed up and shared over station networks. TCP/IP connectivity is virtually automatic and allows full remote control and access from anywhere in the world. Processing and stereo generator aside, the DAVID IV features a rugged closed box design (no fans or heat-sinks needed), with ultra low latency hardware allowing for direct off-air monitoring, and power to live audio in less than 1 second. But how does it sound? When it comes to audio performance, the DAVID IV really delivers. With tight lows, open mids, crisp but controlled highs, and the dynamic flexibility to really stand out, the DAVID IV’s sound promises results on par with products more than double or triple it’s price class. It has never been easier (or more affordable) to achieve maximum audio performance without breaking the budget. But don’t take our word for it, get one and demo it yourself-30 days risk free! *see Features section for a full list of included presets.

The 222 was originally developed as a "post-processor" to ensure US broadcasters' compliance with FCC-mandated occupied-bandwidth regulations. It incorporates a fast, asymmetrical peak limiter, independent pre-emphasis-protection limiting, and a very sharp-cutoff low-pass filter with proprietary overshoot control. The 222 finds ready application in a wide variety of AM broadcast situations. In addition to the NRSC 10kHz cutoff for medium-wave AM broadcasting in the US, any high-frequency protection characteristic between 4.5kHz and 15kHz can readily be accommodated to meet other domestic and overseas needs. Though the 222 is intended to provide basic final limiting, a "floating platform" release characteristic yields sufficient program dynamics compression that often the unit can be run "barefoot" between the console and transmitter with good results.

The 261 Utility Processor provides an all-inclusive system for general audio normalization, level management and FM-airchain use. It combines the functions of gated, gain-riding AGC, dynamic range compression and independent broadband and high-frequency program peak limiting. Processing functions may be selected from the front panel separately or combined for comprehensive program audio control. The 261 features AES-digital and L/R analog inputs; digital and analog outputs are available simultaneously. Digital input sample rates are detected automatically, while multiple output sample rates can be easily selected from the front panel. Extra features like alarms and a front panel lockout switch make the 261 a complete package for broadcasters looking for comprehensive level management. 100% digital DSP architecture ensures easy setup, transparent signal path, and unobtrusive menu-driven operation.

The 718 "DAVID-III" combines comprehensive multiband audio processing with a digital-synthesis stereo generator for unparalleled performance and great value. Pulse-width-modulation (PWM) techniques ensure rock-stable operation and a very competitive, yet effortless sound. Density and equalization adjustments allow the broadcaster to tailor the 'signature' of the on-air sound. Proprietary PIPP* final limiting and an adjustable composite clipper guarantee full carrier modulation for any program audio source or characteristic.

The Model 235 incorporates all audio processing needs for AM broadcasting in a single, easy-to-use package. "Gain-riding" AGC is followed by variable low- and high-frequency EQ, 3-band compression, an asymmetrical, integrated limiter/clipper peak controller, and a low-pass function that satisfies NRSC or other "audio mask" specifications. A rear-panel RS-232 data port allows the processing presets to be programmed or updated by computer or modem; the necessary software is included.

The Model 708 is a standalone stereo generator intended for use with an external FM audio processing system. The composite multiplex signal, including the stereo pilot, is generated with digital synthesis techniques to assure optimum stereo separation without need for calibration adjustments. Additionally, the 708 provides internal combining for one or two SCA or RDS/RBDS subcarriers.

Integrator™ Equipment Racks Broadcast Equipment Rack Cabinets A to D Converter Quad Analog to Digital Converter Headphone Distribution System Headphone Distribution for Radio Systems Talent Control Systems Host Dashboard, Control Panels and Clock/Timer World Feed Panel Audio Signal Connection System

The Flexiva™ VMXpress system harnesses the Flexiva VistaMax™ digital studio network’s provision for both centralized and distributed audio and logic interfaces to best match the individual requirements of radio facilities. It adds a new level of scalability by economically providing physical inputs and outputs that can be located where needed, while allowing easy integration into the overall Flexiva VistaMax network. Adding sources and destinations or networking a previously isolated studio is quickly accomplished with the Flexiva VMXpress interface. Eight different models offer numerous analog and digital audio I/O and logic configurations. Based on individual physical plant and operational needs, users can distribute network connectivity to any room in the facility, increase I/O capacity at a technical core area, or create a secondary hub. Flexiva VMXpress is also ideal for ad-hoc point-to-point applications.

The Flexiva VMConnect audio management frame makes powerful, flexible Flexiva VistaMax™ digital studio networks an option for radio station operations of all sizes. Based upon, and fully compatible with, Flexiva VistaMax audio management frames, the Flexiva VMConnect system delivers total reliability and performance. The Flexiva VMConnect frame adds a new level of scalability to Flexiva VistaMax networks. In addition to lowering the cost of entry for a new facility, it offers an additional means for adding distributed network connectivity to existing networks with Flexiva VistaMax frames. The optical hub option extends the connection range to other networked devices up to 2 km.

An elegant interface between Flexiva VistaMax™ digital studio networks and automation computers, the Flexiva VMQuadra™ interface tackles a number of key issues — having a large number of audio channels at each automation computer, the distribution of the computers throughout the facility and the need for bidirectional logic control. With the majority of automation system workstations connected to central servers, the Flexiva VMQuadra interface was designed to reside near the server and provide interconnection with up to four computers. Along with the elimination of costly sound and logic interface cards in automation computers, the Flexiva VMQuadra solution results in simpler, more economical facilities. With its additional ability to interface with nearly every computer, the Flexiva VMQuadra interface is an ideal foundation for new media workflows in the studio. Every desktop and portable computer supporting USB audio, whether running Windows, Mac OS, or Linux, can be connected to your Flexiva VistaMax network.

Operating a Flexiva VistaMax™ network has never been easier with VistaVue™ workflow management software. Interfaces are definable for each user to help “goof-proof” signal routing changes, whether the user is switching day-parts, merely changing the background music in an office zone or anything in between. Individual and community macros allow for one-click routing changes, supplementing the scheduled and automated macros.

Access Servers IT1/E1 Multiplexers Intraplex® CM-30 IP Network Conversion Card for T1/E1 Multiplexers SynchroCast3™ Multiple Transmitter Simulcast System Program Audio Modules Program Audio Modules for IP/T1/E1 Products Voice/Telephone Modules Voice/Telephone Modules for IP/T1/E1 Products Data Modules Data Modules for IP/T1/E1 Products

A New Level of Performace Intraplex NetXpress™ takes IP audio transport to a new level of performance and reliability. It provides transport over packet-switched networks for a wide range of real-time audio, voice, video and data applications. As the industry’s best platform for professional audio over IP, NetXpress offers system-level resiliency, sophisticated network monitoring and excellent bandwidth management. NetXpress delivers all the quality of Intraplex and all the economy of IP in one solution.

Unprecedented Flexibility in IP Audio Transport Intraplex NetXpress LX™ IP audio multiplexer delivers a high-performance IP audio platform in a scaled down, affordable package. Supporting both unicast and multicast, and compatible with the existing NetXpress, the NetXpress LX system opens up new possibilities in IP audio network design. Existing T1/E1 Multiplexer Conversion to IP Forget about retiring perfectly good Intraplex systems when moving from T1 or E1 to IP. The new NetXpress LX IP interface module, the CM-30, can replace the network interface module in existing Intraplex T1/E1 systems, converting them to IP while keeping the existing chassis with all of its audio, voice and data cards. Intraplex Reliability When the mission is critical, broadcasters turn to Intraplex audio transport systems — the standard-bearer for dependable, great-sounding audio links for always-on applications. Built upon the technology of the original NetXpress system, but with a form factor matching that of our T1/E1 systems, the NetXpress LX multiplexer provides the reliable and robust performance demanded by studio-to-transmitter link (STL) and other fixed, full-time inter-facility applications. Available in two sizes — a 3RU frame with capacity for up to 17 application modules and a compact 1RU frame that can hold five application modules — the NetXpress LX system can also work as an “edge” device along with the NetXpress multiplexer in large, multisite networks. The NetXpress LX multiplexer provides the superior support and long-term value expected from Intraplex — broadcasting’s first choice for robust, full-time operation of IP audio, T1/E1 and 950 MHz audio and data links.

Whether you’re looking for simple one-way audio transport or multichannel FM plus HD Radio™, control data, or off-premises extension telephones, there’s an Intraplex® STL HD package that’s right for you. STL HD is a modular family of products designed to let you customize your T1 STL with exactly the features and circuits you require. The system transports crystal-clear digital audio over any distance or terrain, and can be used on all types of T1 links, including leased telco T1 circuits, microwave, spread spectrum radio and fiber optic. STL HD systems can be equipped to carry one-way or full-duplex stereo audio, with or without compression. STL HD also provides a wide range of data interface options and supports a variety of telephone, intercom, and other voice-grade applications.

The Intraplex® IP Link family of IP audio codecs provides high-end features at an affordable price. Offering an array of audio coding options, the IP Link codecs are suitable for use in Studio to Transmitter Links (STLs) as well as audio contribution and distribution networks. Support for IP multicast and multiple unicast streams enables one encoder to feed multiple decoders. By incorporating three IP Interfaces that can be used for streaming and management, the IP Link systems can provide a level of reliability not seen in comparably-priced codecs. As the latest addition to the Intraplex family of audio transport products, the IP Link audio codecs bring legendary Intraplex reliability to the IP codec market.

The next generation of digital STL Our challenge: to design a studio-to-transmitter link (STL) for your most demanding 950 MHz applications — one as reliable and robust as Intraplex® T1 and IP audio links. Digital STL manages much more than audio, so installation and configuration need to be straightforward, not a science project. Data should not be optional, requiring additional boxes and complexity. Your STL should be ready, out of the box, for AM, FM and HD Radio™, as well as future multimedia applications. Earlier digital STLs were not designed for IP data transport. Adding IP data to them required optional modules and external add-ons, and many engineers working on HD Radio installations reported spending much time and money trying to eliminate glitches. Our solution: HD Link™ is designed to manage all HD Radio™ transport scenarios, regardless of where you place your importer and exporter. Its two prioritized Ethernet paths give preference to HD Radio™ data over control and other LAN/WAN data. It supports both UDP and TCP, and even handles the switching of TCP return packets over asymmetric IP paths with plug-and-play simplicity. HD Link offers RF power to spare, an integrated IP gateway with sophisticated data handling capabilities, and multiple channels of audio. The intuitive front panel and remote interfaces tap into the most complete feature set of any microwave STL, yet take less time to configure. It can even operate on both RF and IP simultaneously, and allows automatic backup of all services from one to the other. Intraplex is broadcasting’s first choice for rock-solid, full-time operation of T1 STLs. With HD Link, you can now count on the same dependable performance, superior support and long-term value for your microwave links.

The Intraplex® CrossConnect system and CrossConnect server provide routing and switching capabilities for up to six T1 or E1 circuits, as well as automatic backup switching for STL links. The CrossConnect Server also accepts a wide variety of plug-in modules for integrated drop and insert of voice, data and program audio. Station operators can dynamically route services among multiple studio and transmitter locations, sharing programming and administrative resources among geographically separated facilities. CrossConnect Servers reduce transport link requirements, providing cost savings in both point-to-point and point-to-multi-point networks. Broadcasters can mix and match program audio, voice and data feeds among multiple studio and transmitter locations and save on programming, talent and administrative costs by sharing transmission resources among stations. Intraplex CrossConnect Systems and Servers can help ensure the most efficient use of the available transmission capacity and reduce costs. CrossConnect Systems and Servers give users complete flexibility to combine, interconnect, and multicast traffic among up to six T1 or E1 lines.