IC Components
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WS2811 IC Componenets for 5v 12v 24v pixel led strip
This pixel protocol was designed by Newstar in China. WS2811 offers many of the benefits the WS28xx series is famous for, in a form factor of a SOP package. Typically, users will choose WS2813 or above for higher quality, however WS2811 is still one of the most common protocols for pixel lighting displays. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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WS2814 IC Componenets for rgbw led strip with data back up
This pixel protocol was designed by Newstar in China. WS2814 offers many of the benefits the WS28xx series is famous for, as well as being the first in the series to offer an RGBW design, making it one of the most common protocols for pixel lighting displays. The control circuit comes in a SOP12 package, allowing for more flexibility with LED choice.
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WS2818 IC Componenets
This pixel protocol was designed by NEWSTAR in China. WS2818 offers many of the benefits the WS28xx series is famous for, as well as being the first in the series to support an output voltage of up to 24V, making it one of the most common protocols for pixel lighting displays. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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SM16714 IC Componenets for RGBW LED module
This pixel protocol was designed by Sunmoon Microelectronics in China. SM16714, also known as SM16714P, is very similar to, SM16712, but is dedicated to RGBW. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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LPD8803 LPD8806 IC Componenets
This pixel protocol was designed by Qiancai Electronics in China. Very similar to its previous version, LPD8806 LPD8803 provides 8 bits of data, for better color resolution and smoother dimming curves. It also uses improved optics to achieve a higher PWM rate. The control circuit comes in a SOP16 package, allowing for more flexibility with LED choice.
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UCS1904 IC Componenets
This pixel protocol was designed by Lianxinke in China. UCS1904 is an improved design of its previous version, UCS1903, operating up to 24V instead of 12V and using improved optics to achieve a higher PWM rate. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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TLS3001 IC Componenets
This pixel protocol was designed by Teralane Semiconductor Inc. in China The control circuit can come in a SOP8/SOP10/SOP14 package, depending on which functions are being used, allowing for more flexibility with LED choice.
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SM16716 IC Componenets
This pixel protocol was designed by Sunmoon Microelectronics in China. SM16716 is an improved design of its previous version, SM16712, using a clock line to achieve faster refresh rates and improved optics to achieve a higher PWM rate. The control circuit comes in a SOP16 package, allowing for more flexibility with LED choice.
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SM16712 IC Componenets
This pixel protocol was designed by Sunmoon Microelectronics in China. SM16712 is equipped with all the same features as its previous version, SM16703, but supports 4 RGB pixels off the one chip. The control circuit comes in a SOP16 package, allowing for more flexibility with LED choice.
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SM16704 IC Componenets
This pixel protocol was designed by Sunmoon Microelectronics in China. SM16704 is equipped with all the same features as its previous version, SM16703, but is dedicated to RGBW. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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SM16703 IC Componenets
This pixel protocol was designed by Sunmoon Microelectronics in China. The control circuit comes in a SOP8 package, allowing for more flexibility with LED choice.
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SM16511 IC Componenets
This pixel protocol was designed by Sunmoon Microelectronics in China. It uses a non-differential DMX512 protocol to drive pixel chips. The PWM rate is 3300Hz by default but can be configured to run at 800Hz if desired. The control circuit can come in a SOP10/SOP16 package, depending on which functions are being used, allowing for more flexibility with LED choice.