diff --git a/README.md b/README.md
index 0eb6ca0..41610f5 100644
--- a/README.md
+++ b/README.md
@@ -10,7 +10,7 @@ Features
 - Sweet LEDs (can be turned off)
 - Responds so fast you can bounce your sticks and get multi hits. Can be turned off with Debounce feature.
 - Tested working on official, Hori and knockoff controllers
-- Windows, Linux, Mac compatible + cross platform Chrome app for configuration
+- Windows, Linux, Mac compatible + [cross platform Chrome app for configuration](https://chrome.google.com/webstore/detail/tataconfig/ndeibflmpllogilncdmoajadcopjkchg)
 - Config app allows future firmware updates to add more features
 - No drivers required!
 
@@ -21,12 +21,15 @@ At console, run `make`. You will need AVR GCC installed.
 It's a Chrome web app. Install it like a normal dev app.
 
 ##Building hardware:
-Send v4 Gerbers to a PCB fab and have fun with fiddly soldering. If you want
+Send v5 Gerbers to a PCB fab and have fun with QFN soldering. If you want
 a little less fiddling, use the seeed_bom.csv file along with the Gerbers
-and use Seedstudio's Fusion PCBA service. You will need to add a Molex USB A Male
-connector and a Raphnet Nunchuck connector.
+and use Seedstudio's Fusion PCBA service. Use a board thickness of 8mm.
+As Seeed doesn't have them, you will need to add a USB A Male connector
+(any through hole model should fit) and a Raphnet Nunchuck connector.
 
 Altium Designer was used, open TataconUSB.PrjPcb as the main file.
 
 Program the HID bootloader and clock fuses via `make init` and an SPI programmer.
+The makefile is by default setup to use the USBAsp. I recommend pogo pins
+in a breadboard + USB connection for power.
 From there, program by hitting the hardware reset button, then `make flash`.