Find the best solutions for your facility
Case Studies
Explore how Extron technologies create secure, high performance, reliable solutions in a range of command and control environments.
Control Room Application Guide
The Control Room Application Guide presents multiple example systems showing Extron technology at the heart of several C2 facilities.
Secure, Reliable AV Solutions for Command & Control Environments
Governments and industries around the globe depend on Extron products and technologies to provide high performance, reliable, secure solutions for mission-critical command and control, simulation, and training environments. Our AV switching, distribution, and control products deliver critical video and audio in a diverse range of demanding applications including Ops Centers, Training Simulators, Situation Rooms, Municipal and Utility Network Operations Centers, Mobile Command Vehicles, and Energy Production-to name a few. Wherever situational awareness is key to making accurate decisions, you'll find us presenting a clear picture to front-line operators. We've earned our position as a preferred supplier of AV solutions to command and control spaces by delivering high performance and exceptional value.
Futureproof Designs
Our products are easy to operate and reliably deliver superb video and audio. Ops teams get clearer information, leading to better situational awareness and the ability to make quick, accurate decisions.
Applications
Operation Centers
Situation Rooms
Energy Exploration, Production, and Monitoring
Transportation
Smart City Monitoring
Executive Briefing Centers
Operation Centers
Operation Centers can serve a variety of needs. An emergency operations center - EOC is a facility often run by a national or regional government, as well as public safety organizations. Video systems in an EOC allow staff to monitor critical situations by displaying news broadcasts, graphical maps, and computer sources. Network operations centers - NOCs perform monitoring, control, and management of complex networking environments for telecommunication companies, business organizations, and government agencies. NOC personnel are responsible for monitoring one to many networks for certain conditions that may require special attention to avoid service degradation.
Requirements
A government operation center is used for emergency management and network monitoring. This facility must support presentations from a lectern or a videoconferencing system, display of analytical data, and broadcast news reports. A videowall displays sources from multiple analyst workstations located within the room. The system must enforce three levels of security: Confidential, Secret, or Top Secret depending on the need and attendees in the room.
Capabilities
- FOX3 Matrix with Extenders ensures secure routing of all video information via fiber connections
- Access level control is supported on unclassified, secret and top-secret levels by identification with Common Access Card (CAC) reader per workstation
- Integrated secure partitioning within the FOX3 matrix ensures the segregation of sources and destinations of different access levels
- Control of the videowall content and lay out is performed and previewed with live video on the touchpanel
- Display of content on the videowall and supporting displays is only allowed according to the actual security level of the situation room
- All operator workstations can be remotely accessed via secure KVM USB connections via fiber according to the allowed access level
- Videoconference systems with PTZ cameras are fully controlled via a single touchpanel
- Dante audio network interface, DMP expansion port, and analog audio inputs and outputs enable integration with any audio system
- Hot-swappable components allow the replacement of an I/O board or power supply at any time without the need to power down the FOX3 matrix switcher
- Additional FOX3 input and output boards may be added at any time for easy and quick upgradeability, expansion, or new technologies
FOX3 Matrix 160x | Modular Fiber Optic Matrix Switcher from 8x8 to 160x160 |
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LinkLicense for KVM Configuration and Control Upgrade | Fox LinkLicense |
FOX3 T 101 | Fiber Optic Transmitter for HDMI |
FOX3 T 201 | Fiber Optic Transmitter for HDMI, Audio, and Control |
FOX3 T 301 | Fiber Optic Transmitter for HDMI, USB, Audio, Control, and 3D Sync |
FOX3 SR 201 | Fiber Optic Scaling Receiver for HDMI, Audio, and Control |
FOX3 SR 301 | Fiber Optic Scaling Receiver for HDMI, USB, Audio, and Control |
Quantum Ultra II 610 | Next-Generation 8K Videowall Processing with Audio Support and Fiber Extension | IPCP Pro 350 xi | IPCP Pro Control Processor |
TLP Pro 1725TG | 17" Tabletop TouchLink Pro Touchpanel |
DMP 128 C P AT | ProDSP Dante Digital Matrix Processor |
AXI 22 AT D | Dante Audio Interface |
XMP 240 C AT | Dante Expansion DSP Matrix Processor |
NetPA U 1004-70V | Four Channel High Impedance Amplifier, 100 Watts Per Channel |
SF 26CT | SoundField XD 6.5" Two-Way Ceiling Speaker with 70/100 V Transformer |
Situation Rooms
Situation rooms serve functions similar to command and control rooms, though on a smaller scale. A small videowall, six to eight displays, presents updates on emerging situations sourced from satellite feeds, maps, and intelligence data. High-ranking corporate management or government officials meet with staff to monitor and manage a crisis. As with command and control room applications, continuous 24/7 operation is a critical feature for the videowall displays and processor.
Requirements
A situation room is used to monitor and manage a crisis or critical event. A videowall must present videoconference sessions, workstation data, news reports and other broadcasts, as well as content sourced from the operations center. The system must enforce three levels of security - Confidential, Secret, or Top Secret depending on the need and attendees in the room. The system requires secure routing between the equipment room and situation room.
Capabilities
- FOX3 Matrix with Extenders ensures secure routing of all video information via fiber connections
- Simultaneous display of all workstation data, videoconference sessions and news reports via customizable window lay out on the main videowall and supporting displays with the Quantum Ultra II 305 videowall processor
- Display of content on the videowall and supporting displays is only allowed according to the actual security level of the situation room
- Control of the videowall content and layout is performed and previewed with live video on the touchpanel
- The system ensures the identification of authorized operators by Common Access Card (CAC) readers
- Integrated secure partitioning in the FOX matrix ensures the segregation of sources and destinations of different access levels
- All operator workstations can be remotely accessed via secure KVM USB connections over fiber
- Videoconference systems with their PTZ cameras are fully controlled using the touchpanel
FOX3 Matrix 40x | Modular Fiber Optic Matrix Switcher from 8x8 to 40x40 |
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FOX3 T 101 | Fiber Optic Transmitter for HDMI |
FOX3 T 301 | Fiber Optic Transmitter for HDMI, USB, Audio, and Control |
FOX3 SR 201 | Fiber Optic Scaling Receiver for HDMI, Audio, and Control |
FOX3 SR 301 | Fiber Optic Scaling Receiver for HDMI, USB, Audio and Control |
Quantum Ultra II 305 | Next-Generation 8K Videowall Processing with Audio Support |
TLP Pro 1725TG | 17" Tabletop Touchpanel with Video Preview |
IPCP Pro 550 xi | IPCP Pro Control Processor |
Energy Exploration, Production, and Monitoring
Private and public utility providers, refineries, and energy exploration organizations employ video display systems for collaborative analysis of system data by team members. Operators rely on the displays for timely, accurate information to manage, troubleshoot, and track facility, system, and component performance. The systems typically display specialized software applications for supervisory control and data acquisition - SCADA systems, presenting data as well as charts, plots, and other graphical information. For example, a solar utility company can use the videowall to compare sites for a new wind farm or discover turbine and windmill placement to take best advantage of the topography and prevailing breeze.
Requirements
The operator in the monitoring center must have access to the CCTV camera feeds, the facility management system, energy production monitoring software, and public information such as broadcast TV channels.
The operator must be able to present multiple sources simultaneously on the main screen. Content display must be flexible, with source choice and arrangement in any desired window layout. The content must be available for display on any of the four individual monitors surrounding the main screen.
An intuitive user interface on the touchpanel should control the videowall content. Another requirement is the ability to zoom in on specific video content to look at detailed information. The main display should be available for observation by a remote operator from anywhere on the secure company network. The individual information systems need to reside on separated secure networks.
Capabilities
- Multi-window capability that combines up to 13 sources on a videowall
- Easy source and window layout recall using a touchpanel
- Detailed content selection and zooming in on a video image
- Any source can be viewed on one or more displays
- Remote monitoring of videowall content
- Combine sources from CCTV, broadcast channels, and local monitoring applications
- Separate CCTV network from AV network for security reasons
DXP 1616 HD 4K PLUS | Matrix Switcher |
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MGP 641 xi | Multi-window Processor |
TLP Pro 1025T | 10" Tabletop TouchLink Pro Touchpanel |
IPCP Pro S1 xi | IPCP Pro xi Control Processor |
DTP3 R 201 | 4K/60 HDMI DTP3 Receiver with Audio De-Embedding |
DSC 401 | 4K/60 HDMI Scaler |
SMP 111 | Single Channel H.264 Streaming Media Processor |
Cable Cubby 100 | Cable Access Enclosures for AV Connectivity and Power |
Transportation
An AV system in a transportation management hub displays maps, data screens, and large numbers of video or IP camera feeds. It simultaneously presents large quantities of video and other source content to aid in effective decision making. To draw attention to a critical event, an individual source can be magnified to fill a certain portion or all of the facility's videowall. When an image is centrally positioned, it can also be surrounded by supporting information. These and other system capabilities are mandatory features for mission-critical environments such as this hub.
Requirements
In this room, an operator needs to monitor several traffic control applications. Each application must run on a dedicated server, with each server connected to a dedicated network. The networks must be physically separated from one another to maintain facility security standards.
The operator needs to control the applications using a single keyboard and mouse. Switching between the sources must be instantaneous and glitch-free, without any artifacts. The audio associated with the applications must be audible within the room. Application selection must be easy and intuitive, preferably using a button panel.
Capabilities
- Seamless switching of source video on the operator workstation
- Instant USB switching using peripheral emulation
- Speakers with a compact amplifier that provide excellent audio reproduction throughout the room
- Intuitive button panel for selecting any of the applications, plus keyboard and mouse control
- Video extension to main display at distances up to 330′ (100 m)
- Preview display at the operator workstation
IN1804 DO | Four Input 4K/60 Seamless Scaling Switchers |
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DTP2 R 211 | 4K/60 HDMI DTP2 Receiver with Audio De-Embedding |
MPA 152 Plus | Stereo Amplifier 15 W per channel |
SM 3 | SpeedMount Compact Full-Range Surface Mount Speakers |
SW4 USB Plus | Four Input USB Switcher |
MLC Plus 100 | MediaLink Plus Controller |
Smart City Monitoring
Smart city monitoring can use independent, centralized, or interlinked AV systems for surveying public safety, smart lighting, smart parking, and other functions. Organizing and displaying a plethora of data streams is vital to these endeavors. To present and manage the content, the AV system must be secure, flexible, and reliable. The AV solution should scale accordingly as a city grows or the smart functions expand.
Requirements
In a Smart City control room, information from four systems, comprising weather, air quality, public transport, and EV charging stations overview, needs to be available at four operator workstations and on the central videowall. Each operator needs to be able to select the system to be monitored. A room commander will manage the videowall information display.
All individual systems reside on separate isolated networks.
The visual information from the various systems should be switched and transported over separate networks, including KVM control, to maintain network separation. Audio from each information system should be available from wall-mount speakers in the main room and on headphones at each operator workstation. Control of the videowall and audio playback should be available using a single touchpanel. Each operator will route signals at their workstation using a compact touchpanel.
Capabilities
- Single point of control for videowall layout and content display
- Flexible layout of content on main videowall provided by NAV WindoWall mode
- Additional sources such as broadcast feeds and connected laptops can be made available on the main videowall
- Each operator can route the desired system content, including audio, via a compact touchpanel to their workstation
- Each operator can control the active information system via a remote secure USB KVM network connection
- The videowall can be switched into an alarm mode triggered by an external alarm notification, displaying specific content in a layout designed for the situation
- All individual information systems maintain network separation from the AV network
- All information is shared as video data only
- Information systems can be labeled with custom borders and text indicating the origin of the content
NAV E 101 | Pro AV over IP Encoder |
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NAV E 501 | Pro AV over IP Encoder with USB |
NAV SD 101 | Pro AV over IP Scaling Decoder |
NAV SD 501 | Pro AV over IP Scaling Decoder with USB |
NAVigator | Pro AV over IP System Manager |
TLP Pro 1025M | 10" Wall Mount Touchpanel |
TLP Pro 300M | 3.5" Wall Mount Touchpanel |
IPCP Pro 255Q xi | Control Processor |
NetPA U 1002 | Power Amplifier |
SM 26 | Surface Mount Speakers |
Executive Briefing Centers
The AV system in an executive briefing center can be used for training, corporate presentations, videoconferencing sessions, and more. The AV system must be flexible, facilitating the viewing of multiple windowed sources in various formats on a small videowall or standalone display system. PTZ cameras can provide visuals for Zoom or Microsoft Teams meetings. Also, including annotation support can help emphasize talking points. These and additional capabilities allow the single room to serve multiple purposes.
Requirements
This executive briefing center is a dual-purpose room that can also serve as a situation room during an emergency situation. All information sources should be available for viewing in a variety of layouts on the main large video display. The AV system should support multiple laptops via wired and wireless connection. A screen at the head of the table will be used for presentations and videoconferencing via Microsoft Teams. Two PTZ cameras will be used to cover the room. On the main video display, annotation over content from select sources must be possible, accomplished using a dedicated touch screen. A single touchpanel should control videowall content, as well as operate the Teams conference system.
Capabilities
- Presentation of content to the local audience and to remote participants via Teams Laptops can present using a wired or wireless connection
- Full control of videowall layout and Teams from a single touchpanel
- Flexible layout of content from laptops and video from cameras using XTP WindoWall
- Microsoft Teams-certified digital audio signal processing, including echo cancellation
- Powerful audio with excellent coverage using wall-mount speakers and a powerful amplifier
- Annotation over all available sources, whether it is computer or video content
- Integration of professional video and audio sources into Teams via MediaPort 300
- Convenient AV connectivity and power charging provided by Cable Cubby 100 for eight laptops
XTP II CrossPoint 1600 | Modular Digital Matrix Switcher with WindoWall |
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MediaPort 300 | 4K HDMI and Audio to USB Scaling Bridge |
Annotator 401 | 4K/60 Annotation Processor with USB Extension |
ShareLink Pro 1100 | Wired and Wireless Presentation System |
IPCP Pro 255Q xi LL | Quad Core Control Processor |
Extron Control for Teams Rooms | Integrate room sensors to trigger lighting, shade control, and other AV devices for Microsoft Teams meetings |
DMP 128 Plus AT | MS Teams certified 12x8 ProDSP Digital Matrix Processor with Dante |
XPA U 1002 | 2x100 W Two Channel Power Amplifier |
SM 26 | SpeedMount Two-Way Surface Mount Speakers with 6.5" Woofer |
Cable Cubby 100 | Cable Access Enclosures for AV Connectivity and Power |
System Security
Extron products are secure by design. Many of our AV switching, distribution, processing, and control products are listed in the DoDIN APL and are certified by JITC for use in Government installations and secure facilities.
Product Spotlight
Extron products are secure by design. Many of our AV switching, distribution, processing, and control products are listed in the DoDIN APL and are certified by JITC for use in Government installations and secure facilities.
Professional AV Services
Extron is committed to ensuring that every AV system enabled by our technologies functions properly and fully meets design specifications and customer expectations. Our expert team of system design engineers, all of whom have decades of experience, are only a phone call or an email away. We're not satisfied until everyone with a vested interest in the success of the system is satisfied. To that end, we provide the most comprehensive system design assistance, post-installation commissioning services, and network technologies support in the industry.
System Design Services
Design assistance is a valuable, ongoing service that helps ensure your AV systems are optimized to your specific needs. It can start during the initial phase of a project, where a system specialist works with you to choose the specific Extron products for your system, but it doesn't stop there. Your design specialist works closely with you, long term, whenever you need AV system design help. Having a professional system designer as part of your AV resource team can streamline projects and provide peace of mind for today and tomorrow.
System Commissioning
Our System Commissioning service provides comprehensive, post-installation analysis, testing, and verification to ensure your AV system is working exactly as it should be. Our system design engineers take a deep dive into system settings, optimizing dozens of audio, video, and control settings. They also run a point-to point physical analysis of your AV with every button pressed, every connection checked, and every signal path verified.
Network Support Group
Our Network Technologies Support Group brings together an unparalleled team of senior AV engineers that specialize in Enterprise IT Network Management. With certifications such as CCIE and CCNP from Cisco and other infrastructure vendors, our team is here to assist you from pre-sales conceptual design to post-sale commissioning, ensuring that your AV over IP deployment meets your every expectation.