Advanced central master engines built to regulate complex dynamic lighting arrays and kinetics across Central Asian commercial hubs.
As the heart of Central Asia, Uzbekistan is undergoing an unprecedented economic and urban transformation. Dynamic developmental initiatives such as Tashkent City, the expansion of high-end commercial zones in Samarkand, and national scale cultural preservation landmarks require state-of-the-art electrical engineering and automation technologies. Modern commercial developments, hospitality complexes, theatres, and public infrastructures are rapidly moving away from traditional mechanical control topologies toward integrated, high-bandwidth digital bus architectures.
In this digital transformation era, the reliance on stable lighting and kinematic control technologies is higher than ever. Local engineering consortia and global project management teams operating in Tashkent, Bukhara, and Namangan face unique operational constraints: local grid stability variations, the requirement for high-level technical compliance under Eurasian customs policies, and harsh dry, dusty, and extreme temperature conditions. As a leading specialized manufacturer, we bridge this gap by delivering industrial-grade control hardware and software configurations designed for extreme physical and operational reliability.
Designed with dynamic auto-regulating switching power units to withstand the fluctuations of up to ±20% in electrical transmission across remote regions of Uzbekistan.
Internal logic components operate within an extended temperature envelope of -40°C to +85°C, offering reliability in Tashkent's summer heat and harsh winters.
Supports seamless system cascading utilizing fiber-optic transceivers, permitting synchronization of over 100,000 DMX channels without signal lag.
Modern lighting, kinetic, and media-facade integration schemes demand protocols that go beyond basic DMX-512 standards. For large-scale projects in Uzbekistan, such as the Samarkand Silk Road Resort or the architectural facades in Tashkent, system integrators require hybrid topologies combining fiber-optic backbones with high-speed local control nodes.
1. Art-Net 4 & sACN (E1.31) Infrastructure: For high-density projects where channel counts exceed 10,000 channels, typical physical copper DMX lines fall short. Our range of DMX master consoles and online controllers convert incoming Art-Net and sACN Ethernet frames directly into localized, electrically isolated physical DMX-512-A streams. This layout mitigates the risk of common-mode voltage failures and prevents signal ground loop loops across large structures.
2. RDM (Remote Device Management - ANSI E1.20): Real-time monitoring is critical for large-scale operations. Our control nodes support full bidirectional RDM feedback loop reporting. Engineers in Tashkent can monitor operating temperatures, current draws, and individual fixture statuses directly from the master console room, eliminating the need to physically access high truss grids or exterior media facades.
| Protocol & Specs | Max Channels / Port | Latency Matrix | Primary Application in Uzbekistan Projects |
|---|---|---|---|
| DMX-512-A (RS-485 Physical Layer) | 512 Channels | < 22ms (High Refresh Rate) | Small clubs, independent theatre stages, and indoor architectural accents. |
| Art-Net 4 (Ethernet Broadcast/Unicast) | Up to 32,768 Universes | < 15ms (Dynamic Routing) | Large nightclub dancefloors, kinetic winches, pixel-mapped architectural walls. |
| sACN (Streaming ACN / E1.31) | Up to 63,999 Universes | < 12ms (Optimized Multicast) | Municipal light shows, multi-building synchronized facade installations. |
| Madrix DVI/HDMI (DMX Pixel Mapping) | Real-time Video-to-Pixel Mapping | Frame-locked (Sync with Video Source) | 3D kinetic installations, high-resolution LED screens, and decorative matrix fixtures. |
3. Kinetic Control Technologies (Winches & Splicing Panels): Kinetic installations (lift balls, triangles, pixel bars) require sub-millisecond motor control precision. Our winch controller systems combine high-resolution encoder feedback loops with mechanical safety interlocks. By utilizing real-time position calculation algorithms, they prevent mechanical drift, ensuring that heavy dynamic loads rise and fall safely in public environments.
Global Companies Served
Product Warranty Offered
Global Export Destinations
EAC & CE Certified Products
For international contractors, state agencies, and procurement agencies sourcing equipment for Uzbekistan, reliability and logistical efficiency are paramount. Large project budgets leave no room for delayed customs clearances, non-compliant safety certifications, or lack of documentation.
At Xiaosan, we address these challenges directly:
The gap between a schematic design and a working installation is bridged by site-commissioning and localized support. Xiaosan provides end-to-end support for our systems installed in Central Asia.
Commissioning Support: We offer remote commission assistance. Our technical support team works with local installation crews in Tashkent and Samarkand over remote channels to resolve configuration issues, configure Art-Net network segments, and set up backup control systems.
System Redundancy: For major national projects, we recommend a dual-redundant control setup. In this configuration, a secondary tracking hot-spare controller mirrors the main controller's output. If the primary controller experiences power loss, the secondary unit takes over control of the network immediately without visual interruption.
High-performance luminaires and structural lights designed for seamless integration with our master controllers.
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Founded in 2019 by Mrs. Ami Q and Mr. Ahren Z, Xiaosan is a specialized factory providing LED lighting and control systems for clubs, entertainment venues, and architectural projects worldwide. Located in Guangdong, China, our 1,000 square meter facility houses advanced production lines, testing laboratories, and a dedicated R&D team.
Our team of 30+ specialists focuses on lighting technology, system engineering, and manufacturing. By managing the process from research and design to final assembly, we ensure our products meet high industry standards. Today, Xiaosan has served over 30,000 clients in more than 30 countries, delivering reliable control solutions for complex entertainment and architectural projects.
We perform rigorous burn-in and electrical testing on all control consoles, winches, and lighting fixtures before shipping. Our production facility maintains consistent manufacturing processes to ensure the quality of every product.
Get in touch with our engineering team for technical specifications, product pricing, and system design support.
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