Feature Support Status - MT8395(Genio 1200)

This page shows configurations and feature support status relevant to Genio 1200 in IoT Yocto v23.1. For general updates and new features in IoT Yocto v23.1, please visit IoT Yocto v23.1 - 2023 Aug 18.

New Features for MT8395(Genio 1200)

In this release, Genio 1200 platform has the following new features and improvements:

• Bootloader Firmware A/B Update

• Custom Field Access in eFuse

• eMMC RPMB Access API

• EGL 1.5

• NNStreamer Integration

• Improved Bootloader Performance

• Auto Power On Support

• Triple Display Configuration for Genio 1200

• MIPI-CSI 2-lane Raw Sensor Support on Genio 1200

• HDMI-RX on Genio 1200

• DSI Panel Boot Logo for Genio 700 and Genio 1200

• Ethernet Wake-On-LAN for Genio 700 and Genio 1200

• MCP2518 CAN Bus Interface Controller on Genio 1200 EVK

Genio 1200 Overlays

Certain external hardware components, and some software modules, are required to be enabled by loading dtbo files. The full list of overlay for each board is:

Genio 1200-EVK Overlays

DTBO name	Usage
apusys.dtbo	Enables APU(AI Processing Unit).
gpu-mali.dtbo	Enables GPU. Loaded by default.
video.dtbo	Enables hardware video encoder and decoder. Loaded by default.
Camera overlays are mutually exclusive:
camera-imx214-csi0.dtbo	Genio 700-CAM DTB-D1V1-D2 w/ Sony IMX214 RAW sensor, connected to CSI0, use 4-lane MIPI CSI.
camera-imx214-csi1.dtbo	Genio 700-CAM DTB-D1V1-D2 w/ Sony IMX214 RAW sensor, connected to CSI1, use 4-lane MIPI CSI.
camera-imx214-csi2.dtbo	Genio 700-CAM DTB-D1V1-D2 w/ Sony IMX214 RAW sensor, connected to CSI2, use 4-lane MIPI CSI.
camera-imx214-2lanes-csi0.dtbo	Genio 700-CAM DTB-D1V1-D2 w/ Sony IMX214 RAW sensor, connected to CSI0, use 2-lane MIPI CSI.
camera-ar0830-ap1302-csi0.dtbo	Genio 700-CAM DTB-D1V2-D6 w/ Onsemi AR0830 sensor, connected to CSI0, use 4-lane MIPI CSI.
camera-ar0830-ap1302-csi1.dtbo	Genio 700-CAM DTB-D1V2-D6 w/ Onsemi AR0830 sensor, connected to CSI1, use 4-lane MIPI CSI.
camera-ar0830-ap1302-csi2.dtbo	Genio 700-CAM DTB-D1V2-D6 w/ Onsemi AR0830 sensor, connected to CSI2, use 4-lane MIPI CSI.
camera-ar0830-ap1302-2lanes-csi0.dtbo	Genio 700-CAM-DTB-D6 w/ Onsemi AR0830 sensor, connected to CSI0, use 2-lane MIPI CSI
Display overlays are mutually exclusive:	The default configuration is DSI panel + HDMI output.
display-dsi.dtbo	Single display setup with only DSI panel enabled.
display-dp.dtbo	Single display setup with only DPoC output enabled.
display-hdmi.dtbo	Single display setup with only HDMI output enabled.
display-edp.dtbo	Single display setup with only eDP panel enabled.
display-edp2lvds.dtbo	Single-display set for eDP-to-LVDS converter and LVDS panel. Disables all other display outputs.
display-dsiedp.dtbo	Dual display setup with DSI panel and eDP panel enabled.
display-dsidp.dtbo	Dual display setup with DSI panel and DPoC output enabled.
display-hdmidp.dtbo	Dual display setup with HDMI and DPoC output enabled.
display-edphdmi.dtbo	Dual display setup with eDP panel and HDMI enabled.
display-edpdp.dtbo	Dual display setup with eDP panel and DPoC enabled.
display-lvdshdmi.dtbo	Dual display setup with LVDS and HDMI enabled.
display-lvdsdp.dtbo	Dual display setup with LVDS and DPoC enabled.
display-dsilvds.dtbo	Dual display setup with DSI panel and LVDS panel enabled.
display-edphdmidp.dtbo	Triple-display setup with eDP panel, HDMI output, and DPoC output enabled.
display-dsihdmidp.dtbo	Triple display setup with DSI panel, HDMI output, and DPoC output enabled.
display-dsiedphdmi.dtbo	Triple display setup with DSI panel, eDP panel, and HDMI output enabled.
display-dsiedpdp.dtbo	Triple display setup with DSI panel, eDP panel, and DPoC output enabled.
display-lvdshdmidp.dtbo	Triple display setup with LVDS, HDMI, and DPoC output enabled.
display-dsilvdshdmi.dtbo	Triple display setup with DSI panel, LVDS panel, and HDMI output enabled
display-dsilvdsdp.dtbo	Triple display setup with DSI panel, LVDS panel, and DPoC output enabled
display-headless.dtbo	Disables all display interfaces.

Please refer to this page to load DTBOs during flashing process.

Feature List for Genio 1200

These symbols represent the supporting status:

• V: function enabled by software and available on EVK hardware board.

• V*: function enabled by software and available on additional daughter boards or adapters.

• O: software integrated but cannot validate due to hardware board limitation.

• --: not supported in this release; development on-going.

MT8395 Supported Features

Category	Feature	K5.15 + Kirkstone	Requires NDA/SLA	v23.1 New Feature
HDK	Genio 1200-Demo Board	–
HDK	Genio 1200-EVK	V
Boot	Bootloader :: TF-A	V
Boot	Bootloader :: U-Boot	V
Boot	Boot Storage :: eMMC	V
Boot	Boot Storage :: UFS	V
Boot	Boot Storage :: NOR	–
Boot	Boot Device :: eMMC	V
Boot	Boot Device :: UFS	V
Boot	Boot Device :: SD Card	–
Boot	Boot Device :: USB	–
Boot	Boot Device :: TFTP (Ethernet)	–
Boot	Boot Standard :: FIP Boot	V
Boot	Boot Standard :: EBBR Boot	–
Boot	Bootloader :: Update (Capsule)	V		V
Boot	Bootloader :: Update :: A/B Partition	V		V
Boot	Bootloader :: Update :: OTA	–
Boot	Bootloader :: Fast Boot Optimization	V		V
Boot	SystemReady IR Certification	–
Linux Kernel	Version :: Kernel 5.15	V
Linux Kernel	Kernel :: 32-bit	–
Linux Kernel	Kernel :: 64-bit	V
Linux Kernel	RTLinux	–
Yocto	3.1 Dunfell (LTS)	–
Yocto	4.0 Kirkstone (LTS)	V
System	RTC	V
System	Watchdog	V
Security	TEE OS :: OP-TEE	V
Security	Secure Boot (root of trust)	V	V
Security	Hardware KDF (Key Derivation Function)	V
Security	Anti-Rollback	V	V	V
Security	Anti-Clone	–
Security	Full Disk Encryption	–
Security	File Base Encryption	–
Security	SELinux	–
Security	eFuse Custome Field	V	V	V
Security	eFuse Reader/Writer	V	V
Security	RPMB	V		V
Power Mgmt.	Suspend to Idle (S0)	–
Power Mgmt.	Suspend to RAM (S3)	V
Power Mgmt.	Suspend to Disk (S4)	–
Power Mgmt.	USB Host Suspend & Remote Wakeup	V
Power Mgmt.	CPU Idle	V
Power Mgmt.	CPU Hot plug	V
Power Mgmt.	Power Charger	–
Power Mgmt.	PMIC (Regulator Framework)	V
Power Mgmt.	Clock Manager (Linux CCF)	V
Power Mgmt.	Thermal Framework (Governor/Cooling)	V
Power Mgmt.	DVFS :: cpufreq	V
Power Mgmt.	DVFS :: gpufreq	V
Power Mgmt.	Low Power Optimization: Idle (S0)	V
Power Mgmt.	Low Power Optimization: Suspend (S3)	V
Power Mgmt.	Auto Power On	V		V
Image	HW Decode :: JPEG	V
Image	HW Encode :: JPEG	V
Image	Gstreamer :: video4linux :: v4l2jpegdec	V
Image	Gstreamer :: video4linux :: v4l2jpegenc	V
Video Processing	MDP (Multimedia Data Path)	V
Video Processing	Gstreamer :: video4linux :: v4l2convert	V
Camera	ISP + Raw Sensor (MTK IMG Sensor Interface)	V	V
Camera	ISP :: 3A :: AE	V	V
Camera	ISP :: 3A :: AWB	V	V
Camera	ISP :: 3A :: AF	O	V
Camera	ISP :: Capture :: LPNR	V	V
Camera	ISP :: Video :: MCNR	V	V
Camera	RAW Sensor :: IMX214 :: 4 Lane	V
Camera	RAW Sensor :: IMX214 :: 2 Lane	V		V
Camera	CamSV + YUV Sensor (MTK IMG Sensor Interface)	V	V
Camera	CamSV + YUV Sensor (V4L2 Sensor Interface)	–
Camera	YUV Sensor :: OnSemi AP1302+AR0430 :: 4 Lane	O
Camera	YUV Sensor :: OnSemi AP1302+AR0430 :: 2 Lane	–
Camera	YUV Sensor :: OnSemi AP1302 + AR0830 :: 4 Lane	V		V
Camera	YUV Sensor :: OnSemi AP1302 + AR0830 :: 2 Lane	V		V
Camera	Multi-Sensor	–
Camera	Gstreamer :: video4linux :: v4l2src	V
Video	HW Decode :: H.264	V
Video	HW Decode :: H.265	V
Video	HW Decode :: VP8	V
Video	HW Decode :: VP9	V
Video	HW Decode :: AV1	–
Video	HW Decode :: MPEG-4	V
Video	HW Encode :: H.264	V
Video	HW Encode :: H.265	V
Video	Gstreamer :: video4linux2 :: v4l2h264dec	V
Video	Gstreamer :: video4linux2 :: v4l2h265dec	V
Video	Gstreamer :: video4linux2 :: v4l2vp8dec	V
Video	Gstreamer :: video4linux2 :: v4l2vp9dec	V
Video	Gstreamer :: video4linux2 :: v4l2mpeg4dec	V
Video	Gstreamer :: video4linux2 :: v4l2h264enc	V
Video	Gstreamer :: video4linux2 :: v4l2h265enc	V
Display	TX :: Built-in Interface :: DSI	V
Display	TX :: Built-in Interface :: eDP	V
Display	TX :: Built-in Interface :: HDMI	V
Display	TX :: Built-in Interface :: DP :: Type-C	V
Display	TX :: Built-in Interface :: DP :: Type-C (Pin Assignment D)	V		V
Display	TX :: Built-in Interface :: DP :: DP Connector	Patch
Display	TX :: External Bridge :: eDP to LVDS :: TX18D204VM0BAA	V*
Display	TX :: Headless	V
Display	TX :: Single Display :: DSI	V
Display	TX :: Single Display :: eDP	V*
Display	TX :: Single Display :: HDMI	V
Display	TX :: Single Display :: DP	V
Display	TX :: Single Display :: LVDS	V*
Display	TX :: Dual-Display :: DSI + HDMI	V
Display	TX :: Dual-Display :: DSI + DP	V
Display	TX :: Dual-Display :: eDP + HDMI	V*
Display	TX :: Dual-Display :: eDP + DP	V*
Display	TX :: Dual-Display :: eDP + DSI	V*
Display	TX :: Dual Display :: LVDS + HDMI	V*
Display	TX :: Dual Display :: LVDS + DP	V*
Display	TX :: Dual Display :: LVDS + DSI	V*
Display	TX :: Dual-Display :: DP + HDMI	V
Display	TX :: Triple Display :: DSI + DP + HDMI	V		V
Display	TX :: Triple Display :: DSI + eDP + HDMI	V*		V
Display	TX :: Triple Display :: DSI + eDP + DP	V*		V
Display	TX :: Triple Display :: eDP + DP + HDMI	V*		V
Display	TX :: Triple Display :: DSI + LVDS + HDMI	V*		V
Display	TX :: Triple Display :: DSI + LVDS + DP	V*		V
Display	TX :: Triple Display :: LVDS + DP + HDMI	V*		V
Display	TX :: Wi-Fi Display	–
Display	TX :: Boot Logo :: DSI	V		V
Display	TX :: DP :: HDCP	–
Display	TX :: DP :: HDR	–
Display	TX :: HDMI :: HDCP	–
Display	TX :: HDMI :: CEC	–
Display	TX :: HDMI :: HDR	–
Display	RX :: HDMI	V		V
Display	RX :: HDMI :: HDCP	–
Display	RX :: HDMI :: CEC	–
Display	RX :: HDMI :: HDR	–
Display	PQ	–
Display	Display Server :: Wayland	V
Display	Display Server :: Wayland :: Weston	V
Display	Display Server :: X11	–
Display	Direct Render Manager (DRM)	V
Display	Linux Framebuffer (fbdev)	V
Display	Gstreamer :: waylandsink	V
Display	GStreamer :: kmssink	–
Display	Backend :: Direct Render Manager	V
Audio	IN :: PDM :: DMIC	V
Audio	IN :: PDM :: AMIC	V
Audio	IN :: I2S :: PIN	O
Audio	IN :: UAC :: 1.0	V
Audio	IN :: SPDIF	–
Audio	IN :: eARC	–
Audio	IN :: Headphone:: Jack	V
Audio	OUT :: Lineout :: Jack	V
Audio	OUT :: Headphone:: Jack	V
Audio	OUT :: Handset	–
Audio	OUT :: SPDIF	–
Audio	OUT :: DP Audio	V
Audio	OUT :: HDMI Audio	V
Audio	OUT :: I2S :: PIN	O
Audio	DSP :: HiFi4	–
Audio	Jack :: Detection	–
Audio	Gstreamer :: alsasink	V
Audio	ALSA-lib	V
GPU	EGL :: Display Backend :: Wayland	V
GPU	EGL :: Display Backend :: X11	–
GPU	Graphics API :: EGL :: 1.5	V		V
GPU	Graphics API :: OpenGL ES :: 3.2	V
GPU	Graphics API :: Vulkan :: 1.2	V
GPU	Computation API :: OpenCL :: 3.0	V
AI/ML	TFLite Interpreter :: ArmNN Delegate :: CPU Backend	V
AI/ML	TFLite Interpreter :: ArmNN Delegate :: GPU Backend	V
AI/ML	Neuron SDK :: Neuron Runtime :: APUSYS Backend	V	V
AI/ML	Neuron SDK :: Compiler :: ncc_tflite	V	V
AI/ML	GstInference	V
AI/ML	NNStreamer	V		V
Peripheral	I2C	V
Peripheral	I3C	–
Peripheral	UART	V
Peripheral	UART :: DMA	–
Peripheral	USB :: TYPE-C :: MT6360 + IT5205	V
Peripheral	USB :: TYPE-C :: USB 3.0	V
Peripheral	USB :: 2.0 Host Only	V
Peripheral	USB :: 2.0 Device Only	V
Peripheral	USB :: 2.0 Host+Device (Dual-Role-Switch)	V
Peripheral	USB :: 3.0 Host Only	V
Peripheral	USB :: 3.0 Device Only	V
Peripheral	USB :: 3.0 Host+Device (Dual-Role-Switch)	V
Peripheral	USB :: UVC	V
Peripheral	USB :: UVC Gadget	–
Peripheral	PCIe :: Gen2 (1 lane)	V
Peripheral	PCIe :: Gen3 (2 lane)	V
Peripheral	SPI :: Master	V
Peripheral	PWM	V
Peripheral	GPIO	V
Peripheral	MSDC :: eMMC	V
Peripheral	MSDC :: SD Card	V
Peripheral	MSDC :: SDIO	–
Peripheral	Keypad Scanner	–
Peripheral	IR	–
Peripheral	Ethernet :: Gigabit (RGMII)	V
Peripheral	Ethernet :: WoL :: MAC	V		V
Peripheral	Ethernet :: TSN	V
Peripheral	Touch :: Goodix GT9271 (I2C)	V
Peripheral	CAN :: MCP2518 (SPI)	V		V
MT7921	PCIe Module :: AzureWave (#AW-XB468NF)	V
MT7921	CoB (Chip on Board Design)	–
MT7921	Wi-Fi :: Wi-Fi 6	V
MT7921	Wi-Fi :: STA	V
MT7921	Wi-Fi :: STA :: WPA3	V
MT7921	Wi-Fi :: SoftAP	–
MT7921	Bluetooth :: Bluetooth 5.2	V
MT7921	Bluetooth :: Host :: BlueZ	V
MT7921	Bluetooth :: Host :: BlueZ :: GATT	V
MT7921	Bluetooth :: Host :: BlueZ :: HID	V
MT7921	Bluetooth :: Host :: BlueZ :: HoGP	V
Modem	5G :: Quectel T700 PCIe Module	V*	V
App Framework	Qt (Yocto meta-qt)	V
App Framework	ROS (Yocto meta-ros)	V
Tool	Flash Tool	V
Tool	ADB (Android Debug Bridge)	V
Tool	SDK :: Yocto SDK	V
Tool	Stress Test Suite	V
Tool	Benchmark Suite	V
Tool	Ethernet :: TSN (Test Environment)	V	V
Tool	ISP :: ImagiQ (ISP Tuning Tool)	V	V
Tool	ISP :: CCT (Camera Calibration Tool)	V	V
Demo	AI Demo App (GstInference)	V
Demo	AI Demo App (NNStreamer)	V		V

Notable Software Limitations for MT8395(Genio 1200) in v23.1

• DisplayPort output only supports DisplayPort over Type C(DPoC), direct output from a DisplayPort connector requires a separate driver patch.

Known Issues for Genio 1200 in v23.1

ID	Description
AUTO00211387	[G1200-evk] Display: Display Port may report incorrect DTS sampling rate support when connecting to some TV device
AUTO00211587	[G1200-evk] Camera: Preview stream may freeze under stress environment
AUTO00254523	[G1200-evk] Camera: RAW: Green images randomly appear in the first few frames
AUTO00254451	[G1200-evk] Camera: RAW/YUV: Memory leak occurs when the camera is streaming