NovaStar TCC160 asynchronous LED display control card
The NovaStar TCC160 integrates media playback, sending and receiving for asynchronous full-color LED displays. Publish content and control screens from a computer, phone or tablet, with cloud-based publishing and monitoring available for connected installations.
Selection depends on the driver IC, local module load and cascaded configuration. The specifications below distinguish LED loading from video decoding and preserve the limits in the original V1.0.1 reference.
TCC160 loading and hardware specifications
| Local load with PWM driver ICs | 512 × 512 at 60 Hz |
|---|---|
| Local load with general driver ICs | 512 × 384 at 60 Hz |
| Local dimension statement | Maximum width/height 2048 pixels; document states capacity not exceeding 260,000 pixels |
| Multiple TCC160 units cascaded | Up to 650,000 pixels; maximum width/height 2048 pixels within that total |
| Ultra-long screen | Maximum width 8192 pixels; maximum height 2560 pixels; maximum capacity per Ethernet port 650,000 pixels |
| Data groups | Up to 32 parallel RGB groups or 64 serial groups, expandable to 128 serial groups |
| Processor and storage | Quad-core 1.4 GHz; 2 GB RAM; 32 GB internal storage |
| USB | 1 USB 2.0 Type-A for playback, upgrades, storage expansion and logs; 1 USB Type-B for computer publishing and control |
| Audio / sensors | 1 stereo audio output; 2 RS485 connectors for compatible sensors or modules |
| Relay | Maximum DC 30 V, 3 A |
Loading clarification: 512 × 512 equals 262,144 pixels, while the same specification states a 260,000-pixel cap in its local dimension note. Both original statements are retained here. Confirm the applicable limit for the driver IC and layout before ordering. Maximum width and height are independent limits, not a supported full-size rectangle.
Media playback and screen synchronization
The original playback options are one 4K, three 1080p, eight 720p, ten 480p or sixteen 360p videos. These are alternative decoding workloads. Enabling synchronized playback across screens halves the decoding capability. A 4K media decoder does not establish a native 4K LED canvas.
NTP and GPS time synchronization appear in the feature list. However, V1.0.1 describes the UART connection for a third-party GPS module as a function for future updates. Confirm the installed firmware and module support before relying on GPS positioning or timing.
Network connections and receiving-card functions
Wi-Fi AP and Wi-Fi STA can operate together, providing local hotspot access and a connection to an existing network. The factory AP name uses “AP” plus the last eight serial-number digits; its password is printed on the product’s SSID label. A 4G module is optional and must be purchased separately.
Receiving-card functions include color management with Rec.709, DCI-P3, Rec.2020 and custom gamuts; 18bit+ processing; individual RGB Gamma adjustment with compatible NovaLCT/controller support; and rotation in 90° increments. Low latency is disabled by default and requires driver ICs with built-in RAM to achieve the stated one-frame receiving-end latency.
Temperature and voltage monitoring, Ethernet bit-error detection, firmware and configuration readback, and dual program backup support maintenance. Mapping 1.1 is available for cascaded receiving cards. The listed three-color, 16-pixel serial-input feature applies to PWM chips.
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TCC160 frequently asked questions
Is a 4G module supplied with the TCC160?
No. The original specification says the board ships without a 4G module. Confirm the module, regional network bands and accessories separately when requesting a mobile-network configuration.
Do PWM and general driver ICs have the same loading limit?
No. The local load is specified as 512 × 512 at 60 Hz for PWM driver ICs and 512 × 384 at 60 Hz for general driver ICs. The document’s separate 260,000-pixel statement also needs checking for the actual layout.
Are the two USB connections interchangeable?
No. Type-A supports USB playback and maintenance functions. Type-B connects to the control computer for publishing and screen control. Choose the port according to the intended task.
Can synchronized playback use the full normal decoding workload?
No. The original specification states that synchronization halves decoding capability. Test the intended media workload with synchronization enabled.
What information is needed for a TCC160 system check?
Provide the module driver IC and scan ratio, screen resolution, local and cascaded loads, cabinet wiring and required media streams. Include synchronization, 4G, GPS and sensor requirements so their hardware and firmware conditions can be verified.
Original specification and configuration help
Download the NovaStar TCC160 specification. The linked document is V1.0.1, dated September 4, 2024.
Send EagerLED your TCC160 screen configuration for compatibility and quotation assistance.


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