AV and Media Technology

industrial Computer for AV and Media Technology

With the explosive growth of 4K/8K ultra-high-definition (UHD), real-time streaming, virtual reality (VR), and augmented reality (AR) technologies, the multimedia industry is undergoing a comprehensive transformation—from content creation to end-device displays. Whether in digital signage, smart venues, interactive entertainment, or remote collaboration, high-performance computing platforms are required to support low-latency, high-throughput audio-video processing and transmission. Leveraging industrial-grade embedded technologies and multimedia-optimized architectures, BASCO delivers stable, scalable solutions for diverse scenarios, enabling seamless integration from content creation to intelligent interaction, thereby redefining immersive digital experiences.

Advantages

Why BASCO

Application of Industrial Computer in AV and Media Technology 2 1

High-Bandwidth Graphics Processing: Empowering the Visual Revolution

Multimedia applications demand exceptional graphics rendering and multi-screen output capabilities. BASCO industrial motherboards integrate high-performance GPU expansion interfaces (MXM/PCIe x16), supporting multi-channel 4K/8K HDMI 2.1 and DisplayPort outputs to meet large-screen splicing requirements for digital cinemas, advertising walls, and more. Built-in hardware codec engines (e.g., Intel Quick Sync, NVIDIA NVENC) enable parallel processing of 4K 60FPS video streams in H.265/AV1 formats, significantly reducing CPU load.

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Full-Scenario Compatibility and Industrial-Grade Reliability

To meet the 24/7 operational demands of multimedia devices, BASCO industrial motherboards feature wide-temperature designs (-40°C to 85°C) and dust-proof, shock-resistant structures, making them ideal for harsh environments such as outdoor digital signage and stage lighting control. Support for PoE++ (802.3bt) delivers 90W per port, powering 8K cameras and edge AI devices. Extensive I/O configurations (e.g., Thunderbolt 4, USB4, Gigabit PoE) ensure high-speed peripheral connectivity and real-time data transmission, guaranteeing smooth end-to-end workflows from 8K camera capture to edge server relay.

Application of Industrial Computer in AV and Media Technology 3 1

Flexible Adaptation to Multimedia Innovation Needs

BASCO modular systems (e.g., COM-HPC, SMARC) allow on-demand expansion with AI accelerator cards, video capture modules, or 5G/Wi-Fi 6 wireless transmission units. For instance, the COM-HPC platform supports high-performance GPU and AI accelerator expansion, while SMARC modular systems integrate low-power video capture and wireless transmission units. M.2 NVMe expansion enables high-speed video caching, and PCIe-based FPGA accelerator cards facilitate customized image algorithm development, supporting OpenCL/CUDA heterogeneous computing frameworks to meet the low-latency demands of AR/VR interactive devices.

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Anti-Interference and Extended Lifecycle Assurance

For electromagnetic-complex environments like broadcast studios and transportation hubs, BASCO employs multi-layer PCB shielding and conformal coating technologies, certified for EMC/EMI compliance to ensure pristine audio-video signal integrity. The company guarantees a 10-year lifecycle for critical components (e.g., chipsets, interface controllers) and provides hardware compatibility designs for seamless system upgrades, avoiding disruptions caused by component obsolescence. This ensures long-term reliability for deployments in digital signage, broadcasting, and beyond.

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Ultra-HD Intelligent All-in-One Terminals

BASCO fanless embedded computers are designed for multimedia edge computing, supporting 8K resolution output and multi-screen heterogeneous display for smart retail interactive screens, virtual tour systems, and control room visualization walls. Featuring IP65-rated enclosures and 2000-nit high-brightness displays (HDR 1000 certified), with optional 5000-nit sunlight-readable modes, these systems deliver clear visibility in bright or humid environments. Multi-touch and gesture recognition enhance user interaction. The fanless design suits medium-load scenarios (e.g., 4K video playback), while active cooling is recommended for heavy 8K rendering tasks.

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Cloud-Edge Collaborative Media Processing Hubs

For cloud rendering and real-time streaming scenarios, BASCO’s high-density computing platforms integrate multi-GPU configurations and 10G/40G network interfaces. Multi-GPU collaborative rendering and frame synchronization technologies enable low-latency compositing and encoding of multi-camera feeds. For example, in live sports broadcasting, the platform can integrate multiple signals in real time and leverage AI-driven adaptive bitrate control to optimize CDN distribution across varying network conditions. Combined with dynamic tone mapping and HDR enhancement, the system outputs high dynamic range (HDR) and wide color gamut (BT.2020) visuals, elevating the visual impact of live events.

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