diff --git a/NeoPixelBus-object.md b/NeoPixelBus-object.md
index 6de302d..e653a28 100644
--- a/NeoPixelBus-object.md
+++ b/NeoPixelBus-object.md
@@ -21,65 +21,7 @@ If you want to drive DotStars using software SPI, use the following to create a
 ```
 NeoPixelBus<DotStarBgrFeature, DotStarMethod> strip(32, clockPin, dataPin);
 ```
-
-# Neo Features
-These "feature" objects will be used to define what color order is used for the pixels and what color size (rgb, or rgbw).
-Currently there are only a few sizes and color formats.  
-**If you do not see what you require, request it by creating an issue on GitHub.**
-
-## NeoGrbFeature
-A three element color in the order of Green, Red, and then Blue. The most common three element format.  This is used for SK6812(grb), WS2811, and WS2812.
-
-## NeoGrbwFeature
-A four element color in the order of Green, Red, Blue, and then White. A common four element format.  This is used for SK6812rgbw pixels that have the separate white led in them. 
-
-## NeoRgbFeature
-A three element color in the order of Red, Green, and then Blue. Some older pixels used this.  Also used by pixels that come in a traditional LED shape rather than the surface mount chip we often see today.
-
-## NeoRgbwFeature
-A four element color in the order of Red, Green, Blue, and then White. A common four element format.  
-
-## NeoBrgFeature
-A three element color in the order of Blue, Red, and then Green.
-
-## NeoRbgFeature
-A three element color in the order of Red, Blue, and then Green.
-
-# Custom Features
-These "feature" objects are used in parallel with specific "methods".  
-
-## DotStar Features
-These "feature" objects will be used to define what color order is used for the pixels and what color size (rgb, or rgbw).
-Currently there are only a few sizes and color formats.  
-These are only used with DotStar methods.   
-**If you do not see what you require, request it by creating an issue on GitHub.**  
-
-### DotStarBgrFeature
-A three element color in the order of Blue, Green, and then Red.  Used only with DotStar methods.
-
-### DotStarLbgrFeature
-Similar to the DotStarBgrFeature, except that it exposes the DotStar feature of a "luminance" value of 0-31.  This will require the use of the RgbwColor object and the W element must be set to provide a luminance override on the pixel.  
-NOTE:  Use of any luminance other than 31 will cause the update rate on the LEDs to be slowed, and thus not useful for POV displays.
-
-### DotStarGrbFeature
-A three element color in the order of Green, Red, and then Blue.  Used only with DotStar methods.  
-
-### DotStarLgrbFeature
-Similar to the DotStarGrbFeature, except that it exposes the DotStar feature of a "luminance" value of 0-31.  This will require the use of the RgbwColor object and the W element must be set to provide a luminance override on the pixel.
-NOTE:  Use of any luminance other than 31 will cause the update rate on the LEDs to be slowed, and thus not useful for POV displays. 
-
-## Tm1814 Features
-These "feature" objects will be used to define what color order is used for the pixels and what color size (rgb, or rgbw).
-Currently there are only a few sizes and color formats.  
-These are only used with Tm1814 methods.  
-**If you do not see what you require, request it by creating an issue on GitHub.**  
-
-### NeoWrgbTm1814Feature
-A four element color in the order of White, Red, Green, and then Blue.  
-This will require that you apply settings that define the power usage of your LEDs.  You can set this after calling `Begin()` by using the following code snippit.  The values are in 1/10th milliamps and should be updated to the rating of your LEDs.  
-```
-strip.SetPixelSettings(NeoTm1814Settings(165,165,165,165));
-```
+### [More on FEATUREs](https://github.com/Makuna/NeoPixelBus/wiki/T_COLOR_FEATURE) 
 
 # Neo Methods
 These platform methods will define "how" the pixels are updated.  While primarily used to define how fast the data is sent out to support older pixels; for the Esp8266 it also defines the several methods required based on different form factors due to pin restrictions and exposed pins on the boards.