Differences

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--- luma:products [2013/12/01 04:33] – [Current Models] Ethan Zonca
+++ luma:products [2023/03/23 02:48] (current) – external edit 127.0.0.1
@@ Line 5: / Line 5: @@
 ===== Current Models =====
 ==== Luma-1L-R4.1 ====
-Current model with 1 10W RGBW LED
+{{:luma:luma4.1.jpg?600|}}
-==== Luma-3L-R4.1 ====
-Current model with 3 10W RGBW LEDs
+Current model with onboard 1 10W RGBW LED and integrated heatsink.
-==== Luma-S-4.0 ====
+==== Luma-3L-R4.1 [PRE-PRODUCTION] ====
+{{:luma:luma-3l-4.1_sneak-peak.png?500|}}
+Current model with 3 onboard 10W RGBW LEDs and integrated heatsink.
+==== Luma-S-4.0 [PRE-PRODUCTION] ====
 Current model for driving high-power RGB LED strips
@@ Line 16: / Line 21: @@
 Initial 10W RGBW LED model with RJ45 and screw terminal connectors mounted on the top of the board (current models have these components on the bottom). This model adds 4 constant-current buck drivers for each LED channel, an on-board led, an on-board heatsink, a temperature sensor, and a crystal for clocking at 16MHz.
 ==== Luma-1L-3.0 ====
+{{:luma:9nodes.jpg?600|}}
 Luma board with an off-board LED driven with discrete transistors and surface-mount current-limiting resistors. This model adds reverse voltage protection, a transistor-controlled fan output, and better heat dissipation for current-limiting resistors.
 ==== Luma-1L-2.0 ====
+{{:luma:luma2.0.jpg?600|}}
 The first Luma board to communicate over RS485. Uses current-limiting resistors and transistors to drive an off-board LED.
 ==== Luma-1L-1.0 ====
+{{:luma:tinyrgb-bottom1.jpg?500|}}
 Intial Luma prototype, also known as TinyRGB. Communication over I2C using Cyz_RGB, an alternate firmware for BlinkM modules.