10mm 72leds DC24V 12 Pixels FW1834 Programmable RGBW LED Strip
Product Parameter
Item: STE-4PIN-RGBW-72-24V
Voltage: DC 24V
Power: 24 W/M
Pixel Quantity: 12 pixels/m
LED Quantity: 72 LEDs/m
Cutting Unit: 83.3 mm
Break Continue: Yes
PCB Width: 10 mm
10mm 72leds DC24V 12 Pixels FW1834 Programmable RGBW
FW1834 is a 4-channel LED constant current driver chip, that can be switched to each other through the dual-channel digital interface (DIN, FDIN) inputs, and DO port cascade, external controllers only need a single line to control the chip.
The addressable RGBW light strip with 72LEDs/m is 10mm PCB width, 24V DC input, 12 pixels per meter, one IC controls 6 RGBW lights (1 pixel = 6 LEDs). And it consumes 24 watts for each meter.
When choosing the LED strip power supply, the wattage of the addressable RGBW light strip should not exceed 80% of the power supply capacity. And it requires an addressable RGBW led controller to achieve various lighting effects.
FW1834 IC Chip Datasheet PDF Download 
72leds/m DC24V 12 Pixels FW1834 RGBW LED Strip Product Feature
- This 24V FW1834 RGBW pixel LED strip (similar to the SK6812 RGBW IC) is addressable and can display a variety of lighting effects via an SPI controller. It offers seven single-color colors (red, green, blue, yellow, purple, ice blue, and white) as well as multiple dynamic modes. It’s perfect for adding ambiance to your home, bedroom, ceiling, bar, karaoke, party, and other spaces.
- It utilizes 5050 four-in-one RGBW LEDs, with one IC placed for every six LEDs. Each IC area can be set to a different color. With 72 LEDs per meter (DC24V power supply, 12 ICs per meter), it provides uniform brightness.
- This addressable LED strip features resumable data transmission. If one LED fails, the others will continue to function. It runs on a low 24V voltage and requires a 24V pixel LED controller and 24V power supply.
- Back of the LED strip contains strong 3M adhesive tape for simple installation to any surface. Both ends of the strip are equipped with 4-pin JST signal connectors and 2-pin power cables for easy connection and power supply.
- Six (24V DC) 5050 LEDs form a loop, each cut to 83.3mm in length and can be cut to any desired length without affecting usability. This flexible cutting method makes the LED strip installation more convenient.
- Among our dual-data addressable RGBW LED strips, the FW1834 RGBW 24V addressable LED strip is the most widely compatible with mainstream SPI signal control systems. Compared to the WS2815 RGBW(Need customization), the FW1834 uses an external IC, with each six LEDs on the strip acting as a control unit.
- Operating at a 24V voltage, each roll contains 60 IC chips. It features a high-density lighting layout with 72 LEDs per meter. Power consumption as low as 24 watts per meter, it is very energy-efficient.
WS2818B vs FW1935/TM1934 vs FW1834
- WS2818B vs FW1935/TM1934 vs FW1834, What’s the difference?
- Deep Dive into WS2818B vs FW1935/TM1934 vs FW1834 LED Strips
- WS2818B LED Pixel Light
- FW1935/TM1934 LED Pixel Light
- FW1834 LED Pixel Light
- Choosing Between WS2818B vs FW1935/TM1934 vs FW1834
WS2814 vs TM1814 vs UCS2904 vs UCS7604
- WS2814 vs TM1814 vs UCS2904 vs UCS7604, What’s the difference?
- Deep Dive into WS2814 vs TM1814 vs UCS2904 vs UCS7604 LED Strips
- WS2814 LED Pixel Light
- TM1814 LED Pixel Light
- UCS2904 LED Pixel Light
- UCS7604 LED Pixel Light
- Choosing Between WS2814 vs TM1814 vs UCS2904 vs UCS7604
RGBIC Vs. RGBWW Vs. RGBCCT LED Strip
- RGB LED Strip Anatomy
- What Do The Letters of LED Strips Stand For?
- RGBWW LED Strip
- RGBIC LED Strip
- RGBCCT LED Strip
- What’s the Difference: RGBIC Vs. RGBWW Vs. RGBCCT LED Strip
- RGB Vs. RGBIC
- RGBIC Vs. RGBWW
- RGBCCT Vs. RGBWW
- How to Connect RGBIC, RGBWW, or RGBCCT LED Strip to A Power Supplier?
- Popular LED Strip: RGBIC Vs. RGBWW Vs. RGBCCT
How to Drive SK6812 RGBW Addressable Strips with Arduino
- Materials Required
- RGBW LED Strip and Arduino Wiring Diagram
- Connection Diagram
- SK6812 RGBW Code Upload
- Digital RGBW LED Strip Lighting Effect Demonstration
Optional LED Fixtures
The silicone LED diffuser is flexible and waterproof, with a versatile internal structure that allows for adjustment of beam angle and light type. Aluminium LED troffers are available in a variety of styles to create your linear lighting. All LED troffers evenly diffuse the LED light.
If you need spotless lighting, you can choose the silicone LED diffuser recommended below for 10mm LED strips.
Click here to buy.
FW1834 Vs WS2818B/FW1935/TM1934
As break continue addressable LED strips, the WS2818B, FW1935, TM1934, and FW1834 all have dual signal data transmission. Even if an LED fails, the signal is still transmitted to subsequent nodes via a backup signal line.
The FW1834‘s biggest difference is its support for four-channel RGBW control. This allows for a purer white light (W channel) output without the need for RGB color mixing, while still achieving a rich color palette. The WS2818B, FW1935, and TM1934 only support RGB.
However, it’s important to note that the FW1834’s single-channel constant current is slightly lower, and the monochromatic light intensity may be slightly lower than the WS2818B’s RGB output. It’s also important to note that the FW1834 uses a SOP10 package, which is slightly larger than the SOP8 used by the WS2818B and FW1935/TM1934. This may have an impact on the density of the PCB layout design.
For more details about the difference please click WS2818B vs FW1935/TM1934 vs FW1834. Contact our skilled LED engineers for specific requirements.
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