APA102 Programmable LED Strips

18 products

APA102 is a 6-pin smart LED light control chip built into a 2020/5050 RGB SMD LED or 5050 white SMD LED, each LED can be individually controlled and programmed for brightness and color. LED strip and modular light panels controlled by APA102 IC chips have signal and clock lines, are capable of 19KHZ update rates and 30mHZ transmission rates, so the APA102 LED is virtually flicker-free. 

APA102 vs WS2812 Series: APA102 has an additional clock line than WS2812B, allowing data to be transferred at a faster rate, with a smoother and more detailed LED effect. The clock line also allows APA102 to achieve precise timing synchronization, ensuring that both color and brightness changes of the LEDs are performed accurately. Thanks to the clock line, APA102 is somewhat more resistant to interference.

APA102 vs SK9822: APA102 and SK9822 are the same data+clock LED control type, but the way of updating data and global brightness control are different; APA102 updates data staggered, while SK9822 updates data at the same time, and the chip size of APA102 is bigger.

APA102C is a replacement for APA102 in order to reduce costs and meet market demand at a more competitive price. SUPERLIGHTINGLED APA102 and APA102C led strips are available in a variety of densities and waterproof options to meet the needs of engineering projects and DIY projects.

APA102 vs SK9822 vs APA107 vs HD107s vs HD108

Product spec sheets & downloads

Product spec sheets & downloads

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5mm APA102 2020 Addressable RGB LED Strip 200LEDs/m
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5mm APA102 2020 Addressable RGB LED Strip 200LEDs/m

APA102-2020-200W5
$66.98 $50.9824% off
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-53%
5m APA102 5V Dream Color RGB LED Strip Lights 60LEDs/m
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5m APA102 5V Dream Color RGB LED Strip Lights 60LEDs/m

APA102-60-5050SMD
★★★★★ (1)
$79.98 $37.9853% off

Which APA102 LED Strip for Your Programmable LED Display?

Choosing the right APA102 LED strip comes down to one thing: pixel density. For a smooth, video-quality digital advertising screen, you need high density so the individual pixels blend together. For simpler advertising lights or accent effects, a lower density saves cost and power. Because APA102 uses a high-speed PWM, all our strips are flicker-free on camera, making them a professional choice for any application that might be filmed.

We stock APA102 strips in densities from 30 up to a super-tight 200 LEDs per meter. This range covers everything from large-scale architectural accents to high-resolution video tickers. You'll find them with two main chip sizes: the classic 5050 SMD for general-purpose brightness, and the tiny 2020 SMD.

The table below breaks down the most common choices to help you decide.

Density (LEDs/m) Typical Power (DC5V) Best For
30 LEDs/m ~9 Watts/meter Large format displays, bias lighting, cost-sensitive projects.
60 LEDs/m ~18 Watts/meter General purpose video screens, task lighting, most DIY projects. 
144 LEDs/m ~43 Watts/meter High-resolution video, light painting, persistence-of-vision (POV) displays.
200+ LEDs/m ~40 Watts/meter Ultra-narrow installations, edge-lit acrylic, product displays where the strip must be invisible.

How to Build a Custom Programmable LED Display Board

Our APA102 LED strips are the fundamental component for building a custom programmable led board. Unlike off-the-shelf digital screens, you can create displays of any size, shape, or resolution. For a quick start on a grid, our 16x16 flexible APA102 matrix is a ready-to-use panel.

For custom shapes, you can mount APA102 LED strips to a rigid backer like black acrylic or an aluminum sheet. The key is planning your wiring paths before you stick the strips down, ensuring the data flows correctly from one segment to the next. For more complex layouts, check our guide on wiring addressable strips.

Managing Power for High-Density APA102 Strips

High-density APA102 LED strips are bright, fast, and power-hungry. A single meter of 144 LED/m strip can draw over 40 watts. Since nearly all our APA102 strips run on DC5V to keep the ICs happy, voltage drop is a real factor. On runs longer than a few meters, the LEDs at the far end will appear dimmer and redder. The solution is power injection.

This involves running a separate, heavier-gauge pair of power and ground wires from your DC5V UL-listed power supply and tapping into the strip every 2-3 meters. This ensures every LED gets the full voltage it needs for consistent color and brightness. You can learn more in our guide to long runs without voltage drop.

Frequently Asked Questions About APA102 Programmable LED Strips

Your project questions, answered by an engineer. Here’s what comes up most often before our customers place an order.

Speed. APA102 programmable LED strips have a separate clock line, which means the data transfer is incredibly fast and not dependent on precise timing from your controller. This makes them far more forgiving for DIY LED lights using Raspberry Pi or Arduino, and it's why they're the standard for persistence of vision (POV) displays or light painting where you can't have any flicker.

That's classic voltage drop. The voltage is getting lower the further it travels from the power supply, causing the red LEDs (which need the least voltage) to overpower the blue and green ones. For any 5V APA102 RGB strip run longer than about 5 meters, you must inject power at the far end, or in the middle. The strip isn't faulty; it's just physics.

You need a controller that specifically supports SPI (Serial Peripheral Interface) and the APA102 chipset. Unlike simple RGB strips, these need a controller that can send data to individual chips. We stock a wide range of addressable SPI controllers, from simple push-button units to complex DMX-based systems. A standard single-color or RGB dimmer will not work.

Absolutely. Don't let the small size fool you. The APA102 2020 chips are very efficient, and we offer them in extremely high densities—up to 250 LEDs per meter. This makes them perfect for tight spaces like jewelry displays, model making, or slim architectural coves where you want a smooth, dot-free line of light without seeing the individual chips.

They are very similar, but have different internal PWM refresh rates. The original APA102 has a ~20 KHz refresh rate, which is great for high-speed camera work. The APA102C is a more cost-effective version with a lower refresh rate, around 4.7 KHz. For most general animation and lighting effects, the APA102C is perfectly fine and saves you some money. If you're filming it, stick with the classic APA102.

Yes, we sell the individual APA102 5050 and 2020 SMD chips in reels for just this kind of DIY led lighting project. These are what you'd use if you're designing your own circuit board or repairing an existing fixture. Just be aware they are surface-mount components and require the right tools for soldering.

Yes, we stock APA102 white strips. You can get a dedicated APA102 white LED strip in different color temperatures, like Warm White (around 3000K) or Daylight White (around 6000K). These give you the same individual LED control as the RGB versions, but for creating dynamic chasing or sparkling effects with pure white light, which is popular in architectural and hospitality settings.

High-density APA102 strips can get surprisingly warm, especially if you're running them at full white brightness for a long time. While not strictly required for short-term use, mounting them in aluminum channels is always the best practice. The channel acts as a heat sink, pulling heat away from the chips and dramatically extending the lifespan of the strip.

Yes, we do this all the time. A huge part of our business is building lighting to fit a customer's drawing. Just send our engineers your required lengths, the wire lead length you need, and what kind of connector you want on the end. We'll send back a complete parts list and quote, usually the same day. There's no fee for the consultation, and you're not obligated to order. It ensures your install goes smoothly.