In last few years in my career, I've observed a common misconception among many professionals’ members including consultant and engineers regarding the AV  industry. It is often assumed that AV solely refers to TVs, displays, amplifiers, and speakers. However, the AV industry encompasses a much broader range of subsystems and technologies.

Let's explore the diverse subsystems  within the AV landscape, including PAVA-BOH, Pro Sound-FOH, Home Automation Systems, CATV, SMATV, IPTV, Media Screens, Interactive Boards, Scoreboard and Ribbon Displays, Digital Signage, Interactive Systems, Pro Audio, AV Systems for different applications, Wayfinding, Public Address Sound Systems, BMDS, AVoIP,  and more. By understanding these various aspects, we can gain a more comprehensive view of the exciting opportunities within the AV industry.

1. PAVA-BOH (Public Address System + BGM):

The PAVA-BOH subsystem combines a public address system with background music capabilities. It is commonly employed in settings such as airports, shopping malls, and public spaces, providing clear announcements and ambient music to enhance the overall environment.

2. Pro Sound-FOH:

Pro Sound-FOH (Front of House) refers to the audio reinforcement system used in live performances, concerts, and large-scale events. This subsystem comprises advanced audio equipment, signal processing, and speaker arrays that deliver high-quality sound to the audience.

3. Home Automation Systems:

Home automation systems integrate AV technologies with various household functions, enabling centralized control of lighting, climate control, security systems, and entertainment devices. These systems offer convenience, energy efficiency, and enhanced living experiences.\

4. CATV (Cable Television):

CATV systems distribute television signals to multiple subscribers through coaxial cables. They enable access to a wide range of television channels and services.

5. SMATV (Satellite Master Antenna Television):

SMATV systems receive and distribute satellite television signals within a building or a specific area. These systems are commonly used in hotels, hospitals, and residential complexes to provide a comprehensive range of television programming to multiple user endpoints.

6. IPTV (Internet Protocol Television):

IPTV utilizes internet protocol networks to deliver television services, including live TV, on-demand content, and interactive features. It enables personalized and interactive viewing experiences through set-top boxes or smart devices.

7. Media Screens:

Media screens encompass a wide range of display technologies, including LED walls, LCD panels, LED, OLED Tv’s and projection systems. These screens are utilized in various settings, such as retail stores, stadiums, and public venues, for advertising, information dissemination, and immersive visual experiences.

8. Interactive Boards:

Interactive boards combine display surfaces with touch and pen input capabilities, enabling interactive collaboration and presentation experiences. They are commonly used in educational institutions, corporate boardrooms, and training facilities.

9. Scoreboards and Ribbon Displays:

Scoreboard and ribbon displays are essential components of sports venues and stadiums. They provide real-time information, scores, and advertisements, enhancing the spectator experience.

10. Digital Signage:

Digital signage systems utilize displays to deliver dynamic content and information in public spaces, retail environments, transportation hubs, and corporate offices. They offer targeted messaging, advertising, and wayfinding solutions.

11. Interactive Systems:

Interactive systems involve the integration of displays, touchscreens, sensors, and interactive software to create engaging user experiences. These systems find applications in museums, exhibitions, retail stores, and interactive installations.

12. Pro Audio:

Pro audio systems encompass professional-grade audio equipment, including microphones, mixers, amplifiers, and speakers. They are employed in recording studios, concert venues, broadcast facilities, and public address setups.

13. AV Systems for Different Applications:

AV systems cater to specific settings, ranging from conference rooms, briefing rooms, interview rooms, and press meeting rooms to lecture halls, boardrooms, interpretations systems, ALS, multipurpose halls, ballrooms, large-scale venues, and AV guest rooms and suites. These systems integrate various AV technologies to provide seamless audio and visual experiences.

14. Wayfinding:

Wayfinding systems utilize displays, signage, and interactive interfaces to guide individuals through complex environments such as airports, shopping malls, and hospitals. They assist with navigation, provide directions, and offer information about points of interest.

15. AVoIP (Audio-Video over IP):

AVoIP refers to the transmission of audio and video signals over IP networks. It enables the distribution and management of AV content across different locations, offering flexibility and scalability in AV system design and integration.

16. Sound Reinforcement

Sound reinforcement systems involve the amplification and distribution ofaudio signals to ensure optimal sound quality and coverage in various environments. They are employed in concert venues, theaters, houses of worship, and other spaces requiring high-quality audio reproduction.

17. Video Conferencing Systems:

Video conferencing systems enable remote communication and collaboration through audio and video transmission. These systems integrate cameras, displays, microphones, and speakers to facilitate virtual meetings and remote collaboration across different locations.

18. Control Systems:

Control systems are the backbone of AV installations, providing centralized management and control of various AV components. These systems allow users to easily operate and manage multiple devices, such as displays, audio equipment, and lighting, through a single interface.

19. Streaming and Content Distribution Systems:

Streaming and content distribution systems facilitate the delivery of audio and video content over networks. These systems enable live streaming, on-demand playback, and content distribution to various devices, including TVs, computers, and mobile devices.

20. Video Walls:

Video walls consist of multiple displays arranged in a grid-like formation to create a larger, unified visual experience. They are commonly used in control rooms, retail environments, event venues, and digital signage installations to deliver impactful and immersive visual content.

21. Projection Mapping Systems:

Projection mapping systems utilize projectors to create dynamic visual displays on irregular surfaces, such as buildings, stages, and objects. By precisely aligning multiple projectors and using advanced software, projection mapping can transform static objects into interactive and visually stunning experiences.

22. Virtual and Augmented Reality Systems:

Virtual reality (VR) and augmented reality (AR) systems offer immersive and interactive experiences by blending digital content with the real world. These technologies find applications in gaming, training, simulation, education, and various other industries.

23. Holographic Displays.

Holographic displays create three-dimensional visual content without the need for special eyewear. These displays use a combination of optics, projection, and sometimes even physical objects to produce realistic and captivating holographic images.

24. Video Streaming and Video on Demand (VOD) Platforms.

Video streaming and video on demand platforms enable the distribution and consumption of video content over the internet. These platforms provide users with access to a vast library of movies, TV shows, documentaries, and other video content.

25. Acoustic Treatment and Soundproofing Systems:

Acoustic treatment and soundproofing systems are essential in ensuring optimal sound quality and minimizing external noise interference. These systems employ techniques such as sound absorption, diffusion, and isolation to create acoustically controlled environments.

26. Broadcast and Production Systems.

Broadcast and production systems encompass a wide range of equipment and technologies used in television and radio broadcasting, film production, and live event production. These systems include cameras, video switchers, audio mixers, graphics generators, and other equipment used in content creation and distribution.

27. Video Analytics:

Video analytics systems utilize advanced algorithms and computer vision techniques to analyze video footage in real-time. These systems can detect and track objects, perform facial recognition, monitor crowd behavior, and provide valuable data for security, marketing, and operational purposes.

28. Telepresence Systems.

Telepresence systems create immersive and lifelike virtual meeting experiences, enabling participants in different locations to interact as if they were in the same room. These systems incorporate high-definition video, audio, and collaboration tools to facilitate natural and engaging remote communication.

29. Wireless Presentation Systems:

Wireless presentation systems eliminate the need for cables and enable seamless sharing of content from laptops, tablets, and mobile devices to displays or projectors. These systems enhance collaboration and productivity in meeting rooms, classrooms, and conference spaces.

30. Networked Audio Systems:

Networked audio systems utilize audio over IP (AoIP) protocols to distribute and manage audio signals over local or wide-area networks. These systems offer flexibility, scalability, and centralized control for applications such as background music, public address, and paging systems.

31. Immersive Audio Systems:

Immersive audio systems create enveloping and three-dimensional soundscapes, enhancing the audio experience in applications such as cinemas, theaters, themed entertainment venues, and virtual reality environments. These systems utilize techniques like object-based audio and spatial audio processing.

32. Content Management Systems:

Content management systems provide centralized control and management of digital content, including videos, images, and documents. These systems enable organizations to efficiently organize, distribute, and update content across various AV platforms and digital signage displays.

33. Remote Monitoring and Management Systems:

Remote monitoring and management (RMM) systems allow AV professionals to remotely monitor, diagnose, and manage AV installations. These systems provide real-time alerts, performance metrics, and remote troubleshooting capabilities, improving system uptime and reducing maintenance costs.

34. Collaboration and Interactive Technologies:

Collaboration and interactive technologies enable real-time communication, content sharing, and interactive collaboration among participants. These technologies include video conferencing software, collaborative whiteboards, document sharing platforms, and virtual meeting room solutions.

35. Cloud-based AV Solutions:

Cloud-based AV solutions leverage cloud computing infrastructure to deliver AV services and applications. These solutions offer scalability, accessibility, and flexibility, allowing organizations to deploy and manage AV systems and content from the cloud.

36. Artificial Intelligence (AI) in AV:

AI technologies are increasingly being integrated into AV systems to enhance capabilities such as voice recognition, natural language processing, automated content analysis, and intelligent automation. AI enables smarter, more intuitive AV experiences and opens up new possibilities for automation and personalization.

In conclusion, the AV industry extends far beyond TVs and speakers, encompassing a diverse range of subsystems and technologies. From PAVA-BOH and Pro Sound-FOH to home automation systems, CATV, digital signage, interactive boards, and AVoIP, each subsystem plays a crucial role in creating immersive audiovisual experiences. Understanding the breadth of opportunities within the AV industry is essential for professionals to deliver innovative solutions in an ever-evolving landscape.