Inside the Naos 8200
After removing all of the feet, and needing to find a tiny screw driver for just one of the screws, I was able to pull the mouse apart relatively easily so I could show you what is in the Naos 8200.
There is a double stack of PCBs inside the Naos 8200. The top board controls the actions from the DPI buttons and the pair of side buttons. The bottom layer has the processor, memory, and the top tier switches under the right and left click buttons.
The right and left click buttons are backed with Omron switches to give the two buttons used most the longest longevity and a better feel than other offerings.
As for the side buttons, DPI buttons, and the scroll wheel click micro-switch, they are various models of TTC switches. As I have said before, TTC switches are nice, they just don't have the feel or lifespan of the Omron switches, and it does save the manufacturer a couple of dollars not using Omron's throughout.
Peeling off the top layer PCB, I found the sensor chip. In the Naos 8200 Mionix uses the Avago ADNS A9800 laser sensor to track your every movement and offering the highest possible DPI of any chip on the market at the time of writing.
Then of course we have the 32-bit ARM micro-processor to carry on with the task of communication between all of the switches and sensors, along with controlling the USB 2.0 pathway communications to the PC.
As I always do when I reassemble the mice, I check them for functionality. While there are 16.8 million color choices, I really like the default green that illuminates the Mionix log on the heel of the Naos 8200.
Spinning the Naos 8200 around, you can now see the DPI selection lights on the side denoting I am using the highest default setting for the plug and play configuration, which is set at 6000 DPI. You can also see the sides of the scroll wheel illuminated, but you also get the thin arrows on the DPI buttons to illuminate as well.