Genio 1200-EVK
This evaluation kit is suitable for our technology partners to evaluate the MT8395 processor for solution design and development. This section describes board features that are relevant to IoT Yocto.
Important
The production version of Genio 1200-EVK is P1V2.
IoT Yocto v23.1 and later supports Genio 1200-EVK P1V2 (production version).
The deprecated Genio 1200-EVK P1V1 (engineering version) has been moved to another device tree
genio-1200-evk-p1v1
.
Documentation
For Genio 1200-EVK hardware documentation and the EVK User Guide, please visit the IoT Developer Home page.
Genio 1200-EVK Ports
Genio 1200-EVK Block Diagram
Packing List
S.No |
Part Number or Marking |
Item Name |
Description |
Quantity |
---|---|---|---|---|
1 |
Genio 1200 EVK-P1V2 |
Genio 1200 EVK main motherboard |
1 |
|
2 |
Genio IoT-CAM-DTB-D1V2-D2 |
D2 Camera Board |
Smaller Raw Sensor Camera Board using IMX214 Image Sensor (not used in this QSG) |
1 |
3 |
Genio IoT-CAM DTB-D1V3-D6 |
D6 Camera Board |
Larger YUV Sensor Camera Board using AR0830 Image Sensor |
1 |
4 |
KD070FHFID015-C021A |
7” LCD Panel |
LCM Module |
1 |
5 |
M.2 WIFI6 Module AW-XB468NF (IC: MT7921L) |
WiFi Module |
Installed |
1 |
6 |
IPEX to IPEX cable |
Installed |
2 |
|
7 |
SMA Antenna |
WiFi Antenna |
Installed |
1 |
8 |
12V, 4.16A AC adapter plus power cord |
1 |
Description of kit contents
Genio 1200 EVK Main Motherboard
These images show the main motherboard and relevant IO.
D6 Camera Board
The D6 camera Board uses the ON Semiconductor AR0830 sensor. The board has two MIPI CSI paths, one connecting directly with the processor (MT8390) on the main motherboard, and another connecting with the main motherboard through an ISP (On-Semiconductor AP1302CSSL00SMGA0-DR). These two MIPI paths are switched by a MIPI multiplexer (TI TS3DV642RUARQ1).
FTDI board control - not supported
The Genio 1200-EVK does not have its FTDI FT232R chip CBUS pins connected to the power (PWRKEY), reset (SYSRST), and download (KPCOL0) lines.
Therefore it is not possible to control the PWRKEY and KPCOL0 lines through the FT232R chip.