IoT Yocto v24.0 - 2024 July 1
IoT Yocto v24.0 release supports Genio SoC families based on Yocto Kirkstone and Linux 5.15. This page provides an overview of the major changes and new features in v24.0.
Supported Boards
This release supports following boards based on MT8365(Genio 350/G350), MT8370(Genio 510/G510), MT8390(Genio 700/G700), and MT8395(Genio 1200/G1200) MediaTek SoC families:
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Important
The Genio 700-EVK has two hardware versions, P1V3 and P1V4. The major difference between them is the DSI display module. - Genio 700-EVK(P1V3) uses startek-kd070fhfid015 - Genio 700-EVK(P1V4) uses startek-kd070fhfid078, which shares the same DSI module as the Genio 510-EVK(P1V2) and Genio 1200-EVK(P1V2)
Supported Software Features & Specs
Please go to IoT Yocto Feature Table (v24.0) to check the software support status for the IoT Yocto v24.0 release.
A Segment of IoT Yocto Feature Table (v24.0)
Prebuilt Images Download
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IoT Yocto v24.0 is available in two different packages groups:
You don’t need a GitLab account to download both private and public prebuilt images, but you need to agree to the Software License Agreement.
You don’t need a GitLab account to build the public image configurations.
You need a GitLab account and contracts to MediaTek to access and build the private image.
Public images are built with packages that are available without explicit access permissions to the GitLab group. Some proprietary features are excluded, and some proprietary components are provided in binary-only format. You may find the binary modules and its licensing in the last page of the IoT Yocto Feature Table (v24.0).
Private images, on the other hand, require access to private repositories in the GitLab group. In v24.0 release, the private image provides these additional features on top of the public configuration:
Security features on all Genio platforms, including:
eFuse writer and custom data field access
RPMB access API
ISP for RAW sensors and YUV sensors support on Genio 510, Genio 700 and Genio 1200
Xtensa-ANN support on Genio 350
MT7663 proprietary Wi-Fi driver on Genio 350
MT7663 BlueDroid support and proprietary Bluetooth driver on Genio 350
Source Code Download
Important
Please read and agree the Software License Agreement before accessing or using IoT Yocto software. If you do not agree to the terms and conditions of the Software License Agreement, you must not access or use the software.
To download IoT Yocto recipes for v24.0 release, use the tag rity-kirkstone-v24.0 to download Yocto Kirkstone recipes for the following Genio boards, including:
Genio 350-EVK
Genio 510-EVK
Genio 700-EVK P1V3
Genio 1200-EVK
repo init -u https://gitlab.com/mediatek/aiot/bsp/manifest.git -b refs/tags/rity-kirkstone-v24.0
For Genio 700-EVK P1V4, which requires further patches, please use the critical-fixes/rity-kirkstone branch for
repo manifest file:
repo init -u https://gitlab.com/mediatek/aiot/bsp/manifest.git -b critical-fixes/rity-kirkstone
To fetch source code and build images using these Yocto recipes, please refer to steps in Build from Source Code
Tools
genio-tools is released to load built images to the development boards. Please refer to Get Started with IoT Yocto and Genio Tools for detailed usage.
Major Software Package Versions
Yocto LTS Kirkstone updated to 4.0.17
Linux Kernel updated from 5.15.42 to 5.15.47
ATF version kept in v2.6
U-Boot version kept in v2022.10
OPTEE version kept in 3.19
Mali GPU driver version in DDK updated from r43 to r48
Major Changes
Secure Boot now supports RSA3072 as the default configuration (Genio 350, Genio 510, Genio 700, Genio 1200).
- Introduced several new camera features and improvements. Please check Camera for detailed camera support combinations.
MediaTek Imgsensor Architecture now supports ISP+RAW sensors (Genio 510, Genio 700).
MediaTek Imgsensor Architecture now supports ISP+RAW/YUV multi-sensor capabilities (Genio 510, Genio 700, Genio 1200).
V4L2 Sensor Architecture now supports virtual channel to receive SerDes(YUV) sensors (Genio 510, Genio 700, Genio 1200).
HDMI-TX now supports CEC and HDCP (Genio 510, Genio 700, Genio 1200).
LT6911 (HDMI to CSI bridge IC) is supported as a POC feature (Genio 510, Genio 700, Genio 1200).
SOF (Sound Open Firmware) is supported on Tensilica HiFi DSP (Genio 510, Genio 700, Genio 1200).
NeuroPilot now supports TensorFlow Lite online inference path, using the Stable Delegate architecture (Genio 510, Genio 700, Genio 1200).
Removed individual platform pages from this release note. For detailed features, please refer to IoT Yocto Feature Table (v24.0).
New Features
TFTP POC (Genio 1200)
The Genio 1200 now offer Ethernet support with U-Boot for tftpboot, a method for booting a device over an Ethernet network.
Support booting from a remote server as a boot source through the Ethernet port or transfer files for updates with U-Boot
This is a POC feature. The reference implementation is integrated, and the basic functionalities have been verified.
Users are required to develop their configurations and other software modules based on their user scenarios.
For details, please refer to Boot from Other Storage (POC).
Secure Boot RSA3072 (Genio 350, Genio 510, Genio 700, Genio 1200)
The secure boot (chain of trust) cryptography algorithm has been upgraded from RSA2048 to RSA3072 by default.
Genio 350: BL1 (BROM) to BL2 (TFA) uses RSA3072 for signing with SHA256.
Genio 510: BL1 (BROM) to BL2 (TFA) uses RSA3072 for signing with SHA384.
Genio 700: BL1 (BROM) to BL2 (TFA) uses RSA3072 for signing with SHA384.
Genio 1200: BL1 (BROM) to BL2 (TFA) uses RSA3072 for signing with SHA256.
All of the RSA3072 demo keys (stored as plain text files) for image signing are provided in the IoT Yocto public release. Please be aware these keys are for demo purposes only and should not be used for other purposes.
The BL2 signing tool requires an NDA and may be acquired from MediaTek direct support channels or MediaTek ecosystem partners.
The BL3 and OS image signing tools are provided in the IoT Yocto public release.
For details, please refer to Secure Boot: BL1 to BL2.
RAW Sensor for MediaTek Imgsensor Architecture (Genio 510, Genio 700)
The Genio 510, Genio 700 now support ISP+RAW with the MediaTek Imgsensor Architecture.
The RAW sensor feature was developed and verified with the Camera D2 board (IMX214).
For details, please refer to RAW Sensor (MediaTek Imgsensor).
Multi-Sensor for MediaTek Imgsensor Architecture (Genio 510, Genio 700, Genio 1200)
The Genio 510, Genio 700, Genio 1200 now support Multi-Sensor with the MediaTek Imgsensor Architecture.
RAW+YUV, RAW+RAW, and YUV+YUV combinations are verified on Genio 510-EVK and Genio 700-EVK.
Unable to verify the multi-sensor combination on Genio 1200-EVK due to the shared reset and control pin design among different CSI ports.
The CSI port design for Genio 510-EVK and Genio 700-EVK supports multi-sensor.
The CSI port design for Genio 1200-EVK does not support multi-sensor due to the shared reset and control pin design among different CSI ports.
For details, please refer to Camera.
Virtual Channel for V4L2 Sensor Architecture (Genio 510, Genio 700, Genio 1200)
The Genio 510, Genio 700, and Genio 1200 now support virtual channels with the Standard V4L2 Sensor Architecture.
The virtual channel feature was developed and verified with SerDes MAX9286 + MAX96705 combinations.
Genio 510 and Genio 700 support up to 8 virtual channels.
Genio 1200 supports up to 6 virtual channels.
For details, please refer to Virtual Channel (V4L2 Sensor).
HDMI-TX CEC & HDCP (Genio 510, Genio 700, Genio 1200)
The Genio 510, Genio 700, and Genio 1200 HDMI-TX now support CEC & HDCP.
Customers are required to have an HDCP license to apply for the HDCP patch from MediaTek direct support channels or MediaTek ecosystem partners.
For CEC details, please refer to HDMI CEC. For HDCP details, please refer to HDMI HDCP.
LT6911 POC (Genio 510, Genio 700, Genio 1200)
The Genio 510, Genio 700, and Genio 1200 now offer basic support for the LT6911, an HDMI to CSI/I2S bridge IC.
It allows these platforms to support multiple HDMI inputs as video input sources to the CSI port.
This is a POC feature. The reference driver is integrated, and the basic functionalities have been verified.
Users are required to develop their own drivers and other software modules based on their specific use cases.
For details, please refer to Lontium LT6911UXE.
Xtensa HiFi DSP support through SOF (Sound Open Firmware) (Genio 510, Genio 700, Genio 1200)
The built-in Xtensa DSP in Genio 510 (HiFi 5), Genio 700 (HiFi 5), and Genio 1200 (HiFi 4) is now supported through SOF.
It allows these platforms to support Xtensa HiFi DSP.
With SOF, users can develop their own audio DSP features, including processing pipelines, components, and infrastructure.
This is a POC feature. The reference driver is integrated, and the basic functionalities have been verified.
Users are required to develop their own drivers and other software modules based on their specific use cases.
For details, please refer to Audio DSP.
Online APU Inference through TensorFlow Lite Stable Delegate (Genio 510, Genio 700, Genio 1200)
Users can run AI inference on APU (VPU/MDLA) with the TFLite interpreter through the Stable Delegate interface.
Stable Delegate is still an experimental feature in the latest TensorFlow release (v2.16).
TFLite models are runtime-compiled through the TFLite interpreter, which can accept more operations than offline dedicated compilation.
Global fallback to TFLite-CPU for unsupported operations rather than full-graph rejection.
For details, please refer to ML Section.
Known Issues
Here are some known issues in the v24.0 release. These issues are under investigation and will be fixed in future patches.
After upgrading the ARM Mali GPU from DDK r43 to r48, the suspend power slightly increased by 5% on the Genio 510. The root cause is still under investigation.
The Genio 510/Genio 700/Genio 1200 camera rarely fails in a stress test environment (repeatedly opening/closing using a script).
Building of application SDK fails with machine set to genio-350-evk and NDA features enabled, due to the conflict when installing packages. Disabling NDA features when building the application SDK can work around the issue.