Audio, Visual & Communication Computing Solutions

Audio, Visual and Communication Technology

• Professional Broadcast & Communication Systems
  • BVM AV & Communication Design, Manufacturing and UK Distribution Services
  • Audio, Visual and Communication Technology: Case Studies
  • Industrial PCs
  • Industrial Panel PCs and HMIs
  • Industrial Displays and Touschscreen Monitors
  • Embedded Boards and SBCs
  • Video Capture Cards
  • AI-based Audio, Visual and Communication Solutions

Professional Broadcast & Communication Systems

High-bandwidth media engines and network appliances optimized for professional broadcast, AV, and telecom infrastructure.

BVM specialises in designing and supplying industrial and embedded computing solutions for Audio Visual and communication systems, including control rooms, video walls, broadcasting, and unified communications. Engineered for continuous operation, our systems deliver the performance, reliability, and connectivity required for mission-critical AV applications across commercial and industrial environments.

BVM AV & Communication Design, Manufacturing and UK Distribution Services

Media Processing, Broadcast & Communication Hardware Engineered and Supported in the UK

• In-House UK Design & Customisation Services
  • Custom chassis design, thermal cooling management, bespoke cabling, and custom PCB layout.
• Rugged and Portable Pelicase PC Solutions with Touchscreen Interactivity
  • An alternative to rugged laptops or tablets, providing better protection and IP rating (if required)
  • Space for custom electronics and selectable I/O.
  • Cost-effective option when seeking a customized portable computer solution with HMI
• UK-Engineered Carrier Board and Custom Electronics Design & Manufacturing
  • Bespoke carrier boards for COM Express, SMARC, Qseven, NVIDIA Jetson, and Raspberry Pi.
• Industrial & Embedded Hardware Distribution
  • From small-form-factor fanless box PCs to high-performance 4U rack AI inference systems.
  • Rugged, industrial touchscreen panel PCs (7″ to 32″).
  • Long-lifecycle industrial motherboards, embedded SBCs, and Computer-on-Modules.

Our Expertise: Over 35 Years of UK-Based Embedded Computing

At BVM, we bring over 35 years of experience to the design, manufacture, and distribution of robust hardware for professional audio, visual, and communication technology. Operating from our UK-based facilities, we act as a trusted partner for OEMs and system integrators worldwide, delivering computing systems engineered for high-bandwidth media processing, digital signage, and low-latency network communication.

What We Offer OEMs, ODMs, and System Integrators

From our design and manufacturing facility in Southampton, BVM offers a reliable, UK-managed supply chain for AV and telecommunication infrastructure. We provide a comprehensive range of off-the-shelf media engines, high-performance display controllers, and network appliances. Our local team configures, tests, and integrates these systems with specialized features—such as multi-display outputs, video capture cards, high-speed network interfaces, and PoE (Power over Ethernet) capabilities—to align with your specific communication and broadcast requirements.

Bespoke Engineering and Prototyping

When standard platforms cannot meet strict physical dimensions, thermal constraints, or specific acoustic limits required for quiet operating environments, our Southampton-based team can design a custom hardware solution from the ground up. By keeping design, assembly, and testing within the UK, we provide direct engineering collaboration, rapid prototyping, and close control over custom chassis and specialized I/O routing. This ensures your media and communications systems operate reliably over long-lifecycle deployments with guaranteed revision management.

If you can’t find an “off the shelf” product that suits your needs, our in-house design team can create a new solution from scratch.

Industrial PCs

Rugged, high-performance computing platforms designed for continuous operation in Audio Visual and communication environments.

BVM Industrial PCs deliver reliable processing power for control rooms, video processing, AV distribution and communication systems. Built for 24/7 operation, they offer scalability, connectivity and robust performance in demanding applications.

Discover our range of industrial and embedded systems with various processors, compact designs, and flexible I/O options tailored to your product needs.

Industrial Panel PCs and HMIs

Integrated touch solutions for intuitive control and monitoring of AV and communication systems.

BVM Panel PCs combine computing power and interactive touch displays in a single unit, making them ideal for control rooms, HMI interfaces, video wall management and operator stations. Designed for reliability, they provide seamless interaction in mission-critical environments.

Explore our range of Industrial Panel PCs and HMIs available in various screen sizes, with a choice of processors, compact designs, and flexible I/O options tailored to diverse application requirements.

Industrial Displays and Touschscreen Monitors

BVM delivers high-performance industrial displays for Audio Visual and communication systems. Designed for 24/7 operation, they provide reliable, high-clarity visual performance for control rooms, video walls, signage, and operator interfaces across commercial and industrial environments.

TFT DISPLAY MODULES >

TOUCHSCREEN MONITORS >

LCD KIT >

Explore our selection of Industrial Displays for reliable, high-performance visual solutions across AV and control environments.

Embedded Boards and SBCs

Compact, high-performance computing platforms for integration into custom AV and communication solutions.

BVM embedded boards and single board computers (SBCs) are designed for flexibility and system integration, enabling compact and efficient solutions for AV processing, edge communication devices and embedded control systems.

Discover our range of Industrial Motherboards and Single Board Computers, showcasing a variety of processors, compact designs, and flexible I/O solutions tailored to fit your product needs.

Video Capture Cards

High-performance capture cards designed for reliable video and audio input across professional Audio Visual and communication systems. Ideal for control rooms, broadcasting, streaming, and video processing applications, our capture solutions enable seamless acquisition of high-quality signals for real-time monitoring and recording.

Empower your next-generation video AI with the highly scalable Edge Intelligence platform, supplied and supported by the embedded experts at BVM and YUAN.

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YUAN are a leading ODM and OEM for video capture solutions, they create high-quality video/audio products tailored for system integrators and ODMs.

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AI-based Audio, Visual and Communication Solutions

Artificial intelligence (AI) is transforming Audio Visual and communication systems by improving performance, reducing operational complexity, and enabling more efficient real-time processing. Advances in AI-driven technologies such as video analytics, intelligent signal processing, and automated monitoring are enhancing system reliability and optimising AV workflows, significantly reshaping how modern control rooms and communication environments operate.

The Impact of Artificial Intelligence in Audio, Visual and Communication

Here are a few examples of how AI is used in Audio, Visual and Communication:

• Predictive monitoring: AI predicts system faults for improved uptime and reliability.
• Video analysis: AI monitors audio-visual streams to detect issues and enhance quality.
• System optimisation: AI analyzes AV data to boost performance and reduce latency.
• Content management: AI efficiently manages AV signals across networks and devices.
• Predictive: AI forecasts bandwidth and content demand for optimised performance.
• Workflow automation: AI streamlines tasks like switching, routing, and scheduling.
• Generative AI: AI creates and adapts AV content in real time for dynamic media.
• Intelligent processing: Machine learning enhances AV performance with minimal human intervention.

The hardware needed for artificial intelligence (AI) varies based on the application and type of AI. Some algorithms demand powerful resources to function optimally. For instance, deep learning algorithms, used in image and speech recognition, need specialized hardware like graphics processing units (GPUs), which excel in complex matrix calculations, outperforming traditional central processing units (CPUs). In contrast, simpler AI types, such as rule-based systems, can operate on standard CPUs.