Veltrixa Veltrixa

China Top Audio-Visual Equipment Factories & Supplier

High-Performance Media Servers, GPU Processing Platforms & AV Computing Solutions for Global Enterprise Architectures

High-Capacity AV Computing Nodes & Media Platforms

Engineered for real-time video encoding, spatial computing, massive storage arrays, and high-density rendering.

Intel Xeon R670 Server

Hot Sale Intel Xeon 6th Gen Processor R670 Server | 6400MT/s Memory DIMM 3 Years Stock

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Dell PowerEdge R750XS

Original Dell PowerEdge R750XS Network Servers | 2U 2-socket Computer Rack Server

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FusionServer 1288H V6

FusionServer 1288H V6 GPU Workstations | NAS Storage SSD Rack Xeon Server

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1288H V6 xFusion AI Server

NEW 1288H V6 xFusion AI Data Server | GPU Storage DeepSeek Rack CPU

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Poweredge R360 Server

New PowerEdge R360 1U Rack Server | Intel Xeon D Silent QNAP Case

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xFusion FusionServer 1288H V6

New xFusion FusionServer 1288H V6 1U 2-socket Rack Server | 8*2.5 Inch Drive

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HPE ProLiant DL360 Gen12

HPE ProLiant Compute DL360 Gen12 1U Server | Intel Xeon 8TB DDR5 3GPU AI Inference

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FusionServer G5500 V6

FusionServer xFusion G5500 V6 | Computer NAS Storage GPU Workstation Xeon

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Converging Pro-AV Ecosystems with AI-Driven Edge Computing

A Whitepaper on the Next Era of Enterprise Audio-Visual Processing, High-Density GPU Clusters, and AV-over-IP Deployments.

The global Professional Audio-Visual (Pro-AV) market has moved beyond legacy hardware matrices. Today, enterprise applications—spanning from large-scale digital signage networks and smart city control rooms to virtual broadcast studios and immersive spaces—demand a unified back-end architecture. Traditional matrix switchers are replaced by AV-over-IP networks. Video signals are no longer merely routed; they are transcoded, analyzed by computer vision, rendered in real time, and powered by massive GPU computational arrays.

In this context, Shenzhen Veltrixa Intelligent Computing Co., Ltd. serves as a critical infrastructure partner. Established in 2017, Veltrixa operates at the nexus of high-performance computing (HPC) and advanced media processing, providing the key server architectures that act as the master controllers and rendering nodes for elite AV integrations worldwide.

Company Profile & Advanced Manufacturing Matrix

Veltrixa operates a state-of-the-art 386 m² specialized assembly and thermal engineering laboratory in Shenzhen, China. By sourcing components and working alongside over 1,280 upstream supply chain partners, we ensure reliable, high-yield product customization. Supported by 12 years of industry experience and 7 years of direct export trade, our solutions conform to international regulatory requirements.

2017
Established
$18M
Annual Export Rev
86
R&D Engineers
124
New Products / Year

Our dedicated R&D division has delivered 124 newly released server form factors and compute nodes over the last year alone, focusing on deep OEM/ODM customizations for rack-level system integration, liquid-cooled cooling loops, and ultra-high-bandwidth PCIe 5.0 graphics processing configurations.

Global Corporate Procurement & AV-Compute Integration

How multinational businesses leverage advanced server networks to optimize media workflows, broadcast signals, and real-time processing capabilities.

The Realities of Modern AV Procurement

Enterprise procurement departments are looking for hardware suppliers who can address critical deployment pain points: system stability under 24/7 continuous loads, compatibility with standards like SMPTE ST 2110 or NDI, and modular serviceability. High-density servers equipped with Intel Xeon or AMD EPYC processors and multiple PCIe expansion lanes for hardware capture cards (e.g., Blackmagic, Magewell) have become standard requirements for control centers, live production facilities, and corporate conference systems.

  • Virtual Production & Real-time LED Rendering: Generating photorealistic backdrops via Unreal Engine for film and corporate events requires GPU-accelerated servers configured for minimal latency and genlock synchronization.
  • Decentralized AV-over-IP Nodes: Standard matrix switches are being replaced by distributed compute systems running software-defined video processing, allowing content to be routed over standard 10GbE and 100GbE networks.
  • Storage & Media Ingestion: Multi-camera 4K/8K feeds require high-throughput NAS storage arrays with NVMe SSD interfaces to handle ingestion and editing workflows simultaneously.
  • AI translation & Speech Analytics: Edge AI servers process audio and video data in real time, enabling live captioning, transcription, and meeting analytics.

Technical Integration Matrix

Multi-Channel Video Transcoding

Accelerated H.264, H.265, and AV1 conversion pipelines, allowing thousands of simultaneous streams to be routed to remote endpoints and displays.

Low-Latency AV-over-IP

Utilizing high-speed NICs (up to 200Gbps) for zero-latency video routing across standard corporate network switches.

Centralized Storage Management

Hot-swappable enterprise NAS and SAN architectures storing petabytes of raw and edited media files with RAID protection.

Technological Roadmap & Future Outlook

Evaluating the convergence of generative AI (e.g., DeepSeek video pipelines) and AV infrastructure toward 2030.

The next decade of professional audio-visual technology will be defined by compute-centric systems. Legacy fixed-function hardware is shifting toward virtualized software processing. High-density servers run software-defined virtual switchers (such as vMix or OBS Studio Enterprise) alongside AI processing systems.

We are tracking three primary technological trends that will shape AV system integration over the coming years:

  1. Generative Video Integration: With models like DeepSeek, Open-Sora, and Runway transforming video production, future AV control rooms will leverage on-premise GPU clusters to generate dynamic virtual backgrounds, translate spoken audio into multiple languages, and perform live scene modification.
  2. Liquid Cooling for Silent Classrooms & Studios: High-performance server fans generate noise that can interfere with acoustic requirements. Incorporating liquid-to-air cooling options into rack setups allows for the deployment of GPU nodes directly inside broadcast rooms and conference spaces without added noise.
  3. Next-Gen PCIe 6.0 and CXL Protocols: High-bandwidth connectivity enables unified system memory sharing between CPU host and high-density GPU accelerators, resolving processing bottlenecks for uncompressed 8K multi-channel streams.

By positioning our manufacturing pipelines around these developments, Veltrixa provides enterprises with future-ready system options. Our validation processes test hardware compatibility with high-speed components, ensuring long service lives and reliable performance for complex installations.

Supply Chain Quality Control & Regulatory Compliance

Rigorous inspection processes to ensure 24/7 reliability for critical enterprise setups.

A single system failure can disrupt a live broadcast, stop an executive meeting, or take down control room displays. Veltrixa implements a detailed QA framework managed by 46 quality assurance technicians to ensure all systems meet strict operational standards before shipment.

Veltrixa's Quality Testing Standard (100% Pre-Shipment Inspection)

  • Thermal stress testing: High-temperature burn-in testing to verify cooling performance under sustained computing loads.
  • Audio-Video Sync & Jitter Analysis: Benchmarking packet delivery rates to prevent frame drops in live video streams.
  • Long-duration Stress Testing: Run-in validation under full processing loads to check power supply unit stability.
  • High-Speed LAN Throughput: Multi-gigabit port testing to ensure stable, reliable data transmission.

Veltrixa servers comply with international standards including CE, FCC, RoHS, and UL, facilitating integration into corporate networks across North America, Western Europe, Southeast Asia, the Middle East, and Australia.

Frequently Asked Questions

Key technical and procurement answers for IT managers, AV integrators, and purchasing officers.

How do GPU-accelerated computing nodes interface with typical AV hardware setups? +
GPU-accelerated computing nodes act as the primary rendering, transcoding, and media processing engine. They ingest SDI, HDMI, or network video streams (NDI, SRT, Dante) via hardware capture cards or virtual network interfaces. The GPUs process the incoming signals, run real-time graphics pipelines (such as Unreal Engine for virtual production, or software-defined video switchers), and output the rendered feeds to LED walls, projectors, or streaming encoders with minimal delay.
Does Veltrixa offer full OEM/ODM and private label hardware customization? +
Yes, we provide customizable OEM/ODM services to suit specific client requirements. This includes custom server configurations, chassis branding, private-label bezel designs, custom motherboard BIOS settings, and pre-integrated capture card packages. We also provide rack-level integration services, delivering pre-wired and pre-configured server systems directly to project sites.
What testing and quality assurance procedures does each server undergo? +
Every system undergoes 100% pre-shipment inspection. This includes component verification, functional burn-in testing (up to 72 hours under full compute load), performance benchmarking, thermal validation within specialized environmental chambers, and high-speed network throughput tests. Our team of 46 quality control professionals monitors these processes to ensure that all shipped systems meet our high standard of reliability.
How does Veltrixa address noise concerns for installations in silent environments? +
We provide server configurations with optimized fan profiles, quiet power supplies, and liquid-cooling solutions designed for noise-sensitive locations. Liquid-cooled compute systems dissipate heat quietly, allowing high-performance servers to run in control rooms, audio studios, and classrooms without disrupting the acoustic environment.
What is the standard warranty and post-purchase support structure? +
Our standard warranty is 3 years. We offer hardware replacement support and technical assistance for system configuration. Our engineering team is available to assist system integrators with bios modifications, virtualization issues, driver updates, and hardware diagnostics.

High-Throughput Storage & Deep Learning Accelerators

Select server models engineered for high-density storage, AI model inference, and low-latency data distribution.

G5200 V5 AI Server

FusionServer G5200 V5 AI Data Server | GPU Storage DeepSeek Rack Cloud Center

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xFusion Memory RAM

xFusion FusionServer RDIMM 288pin DDR4 Memory | 8GB 16GB 32GB 64GB RAM

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xFusion 2258 V7 2U

New xFusion FusionServer 2258 V7 2U 2-socket Server | 8*2.5 Inch Drive Rack

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Dell PowerEdge 2U Series

Dell PowerEdge 2U 2-socket Servers R730 R740 R750 R760XS XD Epyc NAS

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Dell R760XD2 Server

Dell PowerEdge R760XD2 2U Server | Intel Xeon 6426Y 32GB DDR5 1400W PSU

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Dell R750 Workstation

Wholesale In Stock Dell R750 Workstation Servers | PowerEdge 2U Rack Xeon

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1288H V6 Cloud Server

New 1288H V6 2-Socket Cloud AI DeepSeek NAS Storage GPU Rack Server

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xFusion 2258 V7 AI Server

xFusion 2258 V7 Data AI Computer Server | DeepSeek Storage Network GPU Rack

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Factory Showroom & Industrial Footprint

Inside Veltrixa's modern computing hardware assembly, performance optimization, and quality assurance testing facility in Shenzhen.