• OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting,Whymelighting – Pro LED Strips & Diffused Blocks, Factory Direct,OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting
  • OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting,Whymelighting – Pro LED Strips & Diffused Blocks, Factory Direct,OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting

OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting

Elevate your lighting design with the OPSCO SK6803D EC2018.​ This ultra-compact 2.0x1.8mm SMD LED integrates a high-performance control IC directly into the chip, delivering true 24-bit color (256 grayscale per channel) through a single-wire interface. Engineered for precision, it features an 800kHz data rate and automatic signal reshaping, ensuring stable, distortion-free cascading over long distances.

Consuming only 3mA per LED, it runs significantly cooler and more efficiently than standard 12mA options, making it the ultimate choice for battery-powered devices and heat-sensitive applications. With built-in constant current and red light compensation, color mixing remains perfectly uniform from any viewing angle. Whether you are designing next-generation mechanical keyboards, slim ambient light bars, or intricate LED matrices, the SK6803D EC2018 offers unmatched reliability and vibrant visual performance in a micro footprint.



  • Ultra-Compact Integration:​ Features a microscopic 2.0x1.8x0.7mm footprint, combining a high-brightness RGB chip and a control IC into a single EC2018 package—perfect for space-constrained designs.

  • Intelligent Single-Wire Control:​ Utilizes a single data line with an 800kHz transfer rate. Each pixel independently processes data and automatically forwards the signal, simplifying PCB layout and MCU connections.

  • Low Power & Thermal Efficiency:​ Operates at a low 3mA current (vs. standard 12mA), generating minimal heat. Ideal for laptops, keyboards, and portable electronics where power consumption is critical.

  • Superior Color Uniformity:​ Delivers 24-bit true color (16.7 million colors) with 256-level grayscale per channel. Built-in red light compensation and constant current drive ensure consistent, vibrant mixing.

  • Enhanced System Stability:​ Includes an internal RC oscillator and power-on reset circuit. Data is reshaped and amplified at each node, supporting long-distance, distortion-free cascading for complex lighting projects.

1-9 units
$78.00
10-999 units
$69.00
>=1000 units
$62.00
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  • OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting,Whymelighting – Pro LED Strips & Diffused Blocks, Factory Direct,OPSCO SK6803D EC2018 Built-in IC 2020 RGB Full Color SMD LED Chip - Addressable 5V 3mA for Keyboard Backlight & Ultra-thin Lighting

Description

OPSCO SK6803D EC Series – Intelligent SMD LED Datasheet

Parameter

Symbol

Specification

Unit

Electrical Characteristics​

Operating Voltage

VDD

3.7 - 5.5 (Typ. 5.0)

V

Input Current

IDD

3.0 (Typ.)

mA

Data Transfer Rate

FD

800

kHz

Optical Characteristics​

Grayscale Resolution

-

256 levels per channel (24-bit)

Bit

Color Options

-

16,777,216 (Full RGB True Color)

Colors

Viewing Angle

2θ 1/2

120

Deg

Communication Interface​

Protocol

-

Single-wire return-to-zero (NZR)

-

Data Signal

DIN/DOUT

Cascadable, auto-reshaping

-

Physical Dimensions​

Package Size

-

2.0 x 1.8 x 0.7

mm

Soldering Method

-

SMT / Reflow

-

Environmental​

Operating Temp.

Topr

-40 to +85

°C

Storage Temp.

Tstg

-40 to +105

°C

Key Features:

  • Built-in IC with intelligent digital port data latch.

  • Power-on default "off" state to prevent flickering.

  • Automatic data reshaping and forwarding function.

  • Reverse power supply protection (limited current).

Application Notes:

  • Place a 100nF decoupling capacitor close to the VDD pin of each LED.

  • Keep data line lengths as short as possible; use a 100Ω resistor on the DIN line near the first LED to reduce signal reflection.