Best for
LED display projects in Malaysia that need this Novastar product as part of the control or playback path.
Novastar Creative LED Display Solution
Creative LED displays are widely used in immersive scenarios such as live entertainment, commercial landmarks, brand
experiences, exhibitions, and showcases. Creative LED display forms create a powerful visual impact,
bringing greater value to user experiences and commercial operations.
For irregular-shaped and customized LED display projects, NovaStar provides an end-to-end solution covering LED
control and splicing, driver ICs, professional calibration, media server deployment, and content adaptation. Built on
proprietary core technologies and seamless software-hardware collaboration, the solution delivers
immersive display experiences with exceptional image quality, while enabling efficient project delivery.
Full-Stack Proprietary, Ultimate Image Quality
In full-link creative display solutions, display performance is the core competitive advantage. TBS, a wholly-owned subsidiary of Novastar, has
developed self-owned driver ICs based on the industry’s first PWM+PAM hybrid driving technology. This solution comprehensively enhances
display quality across key dimensions—including grayscale, refresh rate, peak brightness, dynamic range, and color accuracy. Combined with
Novastar’s industry-leading calibration algorithms for creative screens, it delivers the ultimate visual experience for irregular display applications.
Novastar’s high-performance proprietary PWM+PAM hybrid driver IC dynamically adjusts the drive current
(PAM) of each LED on the screen in real time, on top of conventional Pulse Width Modulation (PWM), for every
frame of the image—thus unlocking the full potential of every light-emitting unit. Through deep integration of
control systems, intelligent algorithms, full-grayscale calibration, and the hybrid driver IC, we have achieved
full-chain technological breakthroughs. This brings the integrated advantages of "Five More" and "Two Less",
elevating display performance to deliver extraordinary visual effects.
Technological Breakthroughs:
Leading Efficiency and Performance in Irregular Screen Calibration
Leading Efficiency and Performance in Irregular Screen Calibration
Novastar’s creative display calibration solution precisely calibrates a wide variety of irregular screens, including inner-spherical, outer-spherical,
cylindrical, and right-angle displays, significantly improving full-screen uniformity. Built upon over a decade of accumulated calibration expertise,
it has achieved three core technological breakthroughs in creative display scenarios:
Effectively resolves the long-standing difficulty of inaccurate calibration at the top of spherical screens.
Eliminates inconsistent transitions and eliminates bright/dark bands at stitching seams.
Integrates multi-dimensional positioning to systematically overcome industry pain points, such as low efficiency,
difficult data acquisition, poor precision, and complex operational procedures in irregular screen calibration.
Intelligent and Flexible LED Screen Configuration
To meet the growing demand for irregularly shaped LED screens,
NovaStar has developed an advanced cabinet configuration and debugging software tool featuring intuitive operation,
precise control, and intelligent algorithms. The CabinetTool supports pixel extraction, pixel-level interaction, sector transformation,
pixel-level self-adaptation, alignment, dispersion, arbitrary-angle rotation, and mirroring. It adapts efficiently to sectors, triangles, trapezoids,
rhombuses, concave and convex spherical screens, and circular displays, helping users bring bold creative concepts to life.
Powered by a proprietary algorithm, it delivers
one-click configuration for creative circular,
ring-shaped, and sector-shaped displays—
massively accelerating setup efficiency.
Designed specifically for spherical, ring-shaped,
and other creative displays. With just one click,
the image automatically adapts to the curved
structure, ensuring perfect mapping accuracy.
Creative Playback Control, Immersive Audiovisuals
Creative display projects place high demands on playback control and a crucial aspect in achieving immersive
audio-visual experiences. NovaStar Media Server has developed multiple functions specifically for creative displays,
enabling it to correct irregular images, split and recombine images, perform creative splicing, achieve fisheye effects, HDR,
Dolby Atmos, timeline arrangement, and full-scene linkage. These capabilities assist creative displays in achieving optimal visual
effects, providing viewers with a smoother, more realistic, and more professional immersive audio-visual experience.
By precisely modeling creative displays in 3D software and importing the file into the playback control system,
conventional video materials can be mapped with a single click to generate immersive playback effects.
This eliminates the need for custom content, effectively reducing production costs.
The output ports of the multimedia server support free splitting,
allowing for batch reorganization, deformation, rotation, and surface stretching of output images.
Without the need to customize video sources, it seamlessly adapts to various creative display effects.
· A standalone server supports 16K@60Hz loading capacity and hardware-decoded playback of four 8K@60fps videos.
· Supports multi-server cascading to achieve infinite expansion of loading capacity.
· Utilizes NovaStar’s proprietary FSD frame synchronization technology, ensuring frame-level synchronization and smooth,
tear-free visuals even for screens exceeding 32K.
NovaStar provides professional video source customization services for creative display projects,
equipped with a full-process support team that covers every aspect from creative conception, demo design to final presentation.
Precise Synchronization of Audio, Video,
and Lighting, with Integrated Control Across All Scenarios
Fully compatible with multiple control protocols—including LTC/MTC timecode,
OSC, MIDI, TCP, UDP, serial ports, and DMX512—it seamlessly interfaces
with various peripheral devices to achieve precise synchronization and integrated linkage of sound, light, and electricity.
