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Why Choose Kystar ES Series Sending Cards?
Scalable Load Capacity
The Kystar ES series LED sending cards support a flexible capacity range from 2.35 million to 8.85 million, meeting the requirements of projects from digital signage to large venue screens and helping optimize budgets.Multi-Port Gigabit Output
The ES series offers 6, 10, and 20 Gigabit Ethernet ports (ES6, ES10, and ES20 models) to suit various project sizes. Its direct-drive capability streamlines rack wiring and removes the need for complex cascading in large LED display installations.10G Fiber Optic Transmission
Integrated 10G optical fiber ports enable ultra-low latency and lossless data transmission over long distances, making the ES series suitable for large outdoor stages, stadiums, and live event broadcasts.Native 4K Ultra HD Resolution
The ES10 and ES20 sending cards include HDMI 2.0 inputs that support ultra-high-definition resolutions up to 4096×2160 at 60Hz. This enables uncompressed, pixel-perfect video playback and delivers clear, high-definition content for professional environments.Unlimited Mapping
Unlimited mapping eliminates the need for rigid cabling sequences. Engineers can connect cabinets in any order, and the software will automatically map the layout, reducing setup time and minimizing human error.Ethernet Ports Backup
The ES series LED display cards include Ethernet ports backup. If a cable fails or the signal is interrupted, the redundant backup activates immediately with zero frame loss, ensuring continuous, mission-critical performance.Which ES Series LED Sending Card Is Right For You?
| Feature Focus | ES20 | ES10 | ES6 |
|---|---|---|---|
| Loading Capacity | 8.85 million pixels | 6.5 million pixels | 2.35 million pixels |
| Resolution Limit |
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| Target Applications |
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| Output Interfaces |
| Gigabit Ethernet Port*10 | Gigabit Ethernet Port*6 |
| Input Interfaces |
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| Ethernet Port Backup | ✓ | ✓ | ✓ |
| 4K Input | ✓ | ✓ | – |
| 3D Function | ✓ | ✓ | – |
| Multi-unit Cascade | ✓ | ✓ | – |
| Audio Transmission | ✓ | ✓ | – |
Kystar LED Sending Card FAQ
1. Do all LED screens require a LED screen sending card to function?
Yes. LED displays cannot process standard video inputs such as HDMI directly. The sending card converts these signals into data that the receiving card in the LED cabinet can interpret.
2. How do I choose the right sending card for my LED display project?
➤ First, calculate your screen’s total pixel count to determine the necessary load capacity.
➤ Next, if the control room is located far from the screen, choose models equipped with 10G fiber optics.
➤ Finally, consider any specific requirements, such as support for 3D displays or redundant backup.
3. How does the system prevent black screens or signal loss during a live event?
The ES Series LED sending cards support Ethernet ports backup. With a loop backup configuration, if the primary network cable is disconnected or damaged, the backup one will immediately take over without frame loss, ensuring uninterrupted performance.
4. Do I need to follow a strict cabling sequence when setting up my LED cabinets?
No. With Kystar’s unlimited mapping function on supported models, engineers can connect LED cabinets in any order. The management software automatically maps the screen layout, reducing on-site configuration time.
5. Can the sending card handle custom or ultra-wide LED screen resolutions?
Yes. The ES Series supports non-rectangular loading and custom resolution inputs. Whether you are building an ultra-wide curved display, a pillar screen, or an asymmetrical stage, our controllers provide pixel-perfect mapping without stretching or distortion.
