AOSHOW × Nanning MIXXX Party KTV Immersive Smart Lighting Project Case
35,000 meters of LED digital pixel light strips, 45 master controllers, and 220 slave controllers create a smart light-and-shadow system for a large entertainment space.
Located in Qingxiu District, Nanning, Guangxi, Nanning MIXXX Party KTV is a commercial entertainment venue integrating themed private rooms, music, and party experiences.
Shenzhen AOSHOW Optoelectronic Technology Co., Ltd. (AOSHOW) was involved in multiple phases of the project’s digital lighting construction, providing LED digital pixel light strips, intelligent control equipment, and technical support for both indoor entertainment spaces and related facade lighting applications.
According to accumulated project data, the entire Nanning MIXXX Party KTV installation utilizes 35,000 meters of LED digital pixel light strips, configured with 45 master controllers and 220 slave controllers. Paired with MADRIX professional lighting software, this setup achieves partitioned management and dynamic lighting effect design across a large-scale digital lighting system.
By integrating digital pixel light strips into room ceilings, wall decorations, and architectural spaces, the project creates rich lighting lines and layers, delivering effects such as dynamic flowing patterns, color gradients, pixel chases, and multi-zone lighting changes.
I. 35,000 Meters of Pixel Light Strips Shape a Large-Scale Digital Light-and-Shadow Space
The project used a total of 35,000 meters of LED digital pixel light strips, allowing digital light to extend along decorative structures in various areas.
These digital pixel light strips can programmatically control the color and sequence of changes for localized groups of LEDs, achieving dynamic visual effects distinct from traditional single-color light strips.
From inside private rooms to exterior architectural lighting zones, LED pixel lights integrated with spatial structures create a futuristic, party‑inspired visual environment for the entertainment venue.
II. 45 Master Controllers and 220 Slave Controllers Support Multi-Zone Lighting Management
Large-scale digital lighting projects involve numerous devices and control zones, requiring careful planning of master controllers, slave controllers, pixel output ports, and signal distribution methods.
The project deployed a total of 45 master controllers and 220 slave controllers, working with the corresponding lighting control architecture to provide management support for LED pixel light strips across different areas.
Through device zoning, address configuration, and lighting program management, dynamic lighting effects can be organized according to actual needs across various spaces.
Specific master–slave device connection methods, pixel counts per port, and communication configurations shall follow the project’s official technical drawings.
III. MADRIX Professional Programming Delivers Immersive Dynamic Lighting
The project employed MADRIX for digital pixel lighting programming, leveraging the physical arrangement of the light strips to craft animated effects.
With appropriate pixel mapping and scene configurations, dynamic flowing patterns, light chases, color gradients, and various themed lighting changes can be realized.
Lighting is no longer static illumination; instead, it forms a unified visual experience with room décor, spatial ambiance, and entertainment activities.
IV. Cross-Phase Project Integration Demonstrates the Technical Capabilities of a Source Factory
The lighting project for Nanning MIXXX Party KTV spans multiple construction phases, extending from the application of private room lighting in 2021 to subsequent related lighting works.
Differences exist across these phases in terms of spatial structure, equipment installation, and control requirements, necessitating product integration, strip layout, and commissioning tailored to actual conditions.
AOSHOW participated in the implementation of the project's lighting systems through LED digital pixel strips, AS-SDMX master controllers, AS-832M sub‑controllers, and specialized technical support.
V. Project Value: Providing a Digital Lighting Reference for High-End Party KTVs
The Nanning MIXXX Party KTV project showcases the potential of large-scale LED digital pixel strips combined with professional control systems in entertainment spaces.
The combination of 35,000 meters of strips and multiple smart control devices enables lighting to cover numerous decorative areas and deliver rich dynamic visual effects via programming.
For bars, party KTVs, and large commercial entertainment projects, such applications can serve as engineering references for lighting zoning, themed scene switching, spatial artistic design, and digital lighting content updates.
VI. AOSHOW: A Source Factory for Digital Pixel Lighting and Smart Control
Shenzhen AOSHOW Optoelectronic Technology Co., Ltd. (AOSHOW), founded in 2016 and headquartered in Pingshan, Shenzhen, specializes in the R&D, manufacturing, and application of intelligent control technologies for creative LED lighting.
The company’s product range includes SPI RGB/RGBW digital pixel strips, LED pixel rigid light bars, 360° flexible neon tubes, 3D stereoscopic matrix lights, AS-SDMX master controllers, and AS-832M and PSAC series smart control devices.
AOSHOW supports OEM/ODM customization, LED lighting product development,配套 of professional control equipment, and related technical services, serving extensively sectors such as bars and nightclubs, party KTVs, stage performances, cultural tourism night tours, and digital art installations.
The Nanning MIXXX Party KTV project exemplifies AOSHOW’s experience in product integration and technical application within large-scale digital pixel lighting projects.
AOSHOW - Light and shadow as media, quality as the foundation.
Let 35,000 meters of digital light and shadow blend into the space, and let every pixel ignite the party.
Company Name: Shenzhen AOSHOW Photoelectric Technology Co., Ltd
Contact: Alan Huang (Huang Qinggui)
WhatsApp / WeChat： 86 15112333958
Official website:www.aoshowai.com
