Colorlight I6 Receiving Card
$53.55
3 in stock
| Minimum Qty | Discount |
|---|---|
| 5 - 10 | 3% |
| 11 - 20 | 6% |
| 20 - 99 | 9% |
| 100 + | 10% |
In Stock – Ships Today from Carrollton, TX
US Stock
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We are thrilled to introduce the Colorlight I6 Receiving card at Azar Pixel, a compact, efficient receiving card crafted for innovative and high-resolution LED screens. Featuring a DDR interface (compatible with DDR2 SODIMM), this card connects directly to HUB boards or smart modules, allowing for smooth installation in compact areas for rental and permanent uses.
This card can support up to 32 groups of RGB signal output and a maximum load of 256×256 pixels per card, making it ideal for distinctive display designs. It enables low latency and 3D display, resulting in smooth and visually appealing video. It supports smart modules and can save calibration data and automatically detect the sequence of connected receiving cards. Real-time monitoring of temperature, humidity, voltage, and cable status, alongside data displayed on the cabinet’s LCD when compatible modules are connected, improves dependability of this remarkable card.
The Colorlight I6 delivers precise calibration, flexible integration, and consistent performance for demanding LED display projects. The card is designed to operate between -25°C and +75°C and is powered by 3.3 to 6V DC (2.5W). It works with gigabit switches, fiber transceivers, and optical switches, and can accommodate cable runs of up to 170 meters over CAT6 and an indefinite distance over fiber.
The I6 delivers precise calibration, flexible integration, and consistent performance for demanding LED display projects. It supports all Colorlight sending devices, including our advanced X-series controllers (X6, X4s, X3, X2m), S4 processors, and the reliable S2 sending box to empower your most ambitious visual creations.
We are an independent reseller of genuine Colorlight products. We are not affiliated with, endorsed by, or sponsored by Colorlight Cloud Tech Ltd. The Colorlight name and logo are trademarks of their respective owner and are used solely to identify the genuine products offered for sale.
Key Features of Colorlight I6
Input
- 1x Gigabit Ethernet Board-to-Board connector (to Hub/Module board)
Output
- DDR2 SODIMM interface: 32x groups of RGB data
- 1x Gigabit Ethernet Board-to-Board connector (to Hub/Module board)
- Performance
- Maximum loading capacity: 256×256 pixels
- Support 3D display and smart module for calibration data
- DDR2 SODIMM interface
- Supports conventional, PWM, and other mainstream driver chips
- Low latency
- Supports auto-calibration
- pixel level brightness and chromaticity calibration
- Improved grayscale performance at low brightness
Power
- input voltage: 3.3 – 6VDC
- power consumption: 2.5W
Maintainability
- Compatible with gigabit switches, fiber converters, and fiber switches
- Cabinet LCD monitoring: temperature, humidity, voltage, cable status (with compatible modules)
Reliability
- Bit error detection
- Loop Backup
- Double sender backup
- Program Firmware backup and redundancy
Dimensions (L*W*H)
- 67.6mm * 35.5mm * 5mm
| Weight | 0.04 lbs |
|---|---|
| Dimensions | 3.54 × 2.17 × 0.59 in |
| Max Pixel Capacity | 65,536 |
| Max PWM IC Pixel Capacity | 256×256 |
| Scan Type | 1/32 |
| Output Interface (QTY) | 1 |
| Max Parallel RGB Data Groups | 32 |
| Brightness and Chroma Calibration | Supported |
| 3D Function | Supported |
| Bit Error Detection | Supported |
| Loop Backup | Supported |
| Firmware Redundancy and Readback | Supported |
| Input Voltage Range | 3.3-6VDC |
| Max Power Consumption | 2.5W |
| Working Temperature Range | -25 to +75 °C |
| Others | Compatible with gigabit switches, fiber converters, and fiber switches, Improved grayscale performance at low brightness, Low Latency, Support Cabinet LCD monitoring and temperature, humidity, and voltage monitoring, Support rceiving card backup and power supply backup, Support Various freeform display designs, Supports auto-calibration, Supports conventional, PWM, lighting, and other mainstream driver chips |
