Change probing timing of USB 2.0 function driver on Salvator-XS from v5.13-rc1.
H3 car how to#
How to use MMC block device as rootfs on v5.10-rc1?.
Merging MMC block requests by using IOMMU.
Enabled Speeds for MMC Devices on R-Car Gen 2 and 3.
Temporary branches typically for testing purposes.
Pushed when the features are under review of otherwise not queued up for submission to the ARM-SoC maintainers.
Sample defconfig file for Renesas R-Car Gen3 and RZ/G2 boards.
Patches are targeted at kernel version X.Y.
Individual patch-queues for the ARM-SoC maintainers as per their requirements for patches to be broken out into branches.
It is generally based on the latest rc1 release but may be based on a later rc release in order to provide a working kernel for ARM (32-bit) and ARM64 based Renesas SoCs.
It is a feeder for submissions (pull requests) to the ARM-SoC maintainers.
This is included in linux-next and complies with its rules.
Patches queued up for the forthcoming kernel release.
Includes patches queued up for the forthcoming kernel release (or later).
Based on latest upstream point or rc release.
pull development branch: git clone -b devel git:///pub/scm/linux/kernel/git/geert/renesas-devel.git Branches Git:///pub/scm/linux/kernel/git/geert/renesas-devel.git e.g. Start here to get latest/closest upstream kernel: Renesas mainline R-Car Linux tree is maintained by Geert Uytterhoeven Generation 3 Renesas R-Car Gen3 evaluation boards Generation 2 Renesas R-Car Gen2 evaluation boards R-Car Boards Generation 1 Renesas R-Car Gen1 evaluation boards The R-Car devices pages lists the peripheral devices available in the R-Car SoCs along with usage information and test procedures. R-Car SoCs Renesas R-Car SoC variants (Generations)
Renesas Car Information Terminal ApplicationsÄetailed information regarding R-Car SoCs (including roadmap, technical and marketing documents, BSPs and middleware) can be obtained directly from Renesas representative.
Renesas Automotive Products / Solutions.
Links below could be used to get familiar with Renesas Automotive SoCs and R-Car Concortia: It does not aim to replace official Renesas support. Main goal is to make information on R-Car SoCs friendly, easy to access for embedded developers, enthusiasts. This is starting page for Embedded Linux on Renesas R-Car family of automotive embedded SoCs.
Gen3 ADAS boards ( common instructions):.
13 R-Car Emotion Recognition Engine SDK.
4.3 LTSI (Long Term Support Initiative).
4.1.2 Hardware Support Status (Incomplete).
JAXA and its prime contractor, Mitsubishi Heavy Industries (MHI), and other related companies are all hands on deck from the development phase to leverage their experiences to renovate the whole system for producing a low cost, flexible and reliable rocket. We are eager to launch commercial satellites every year as well. H3 is under development to be a successor to H-IIA and H-IIB so that Japan can maintain its autonomous access to space to launch satellites and probes including important missions for the government. Its launch capability to the geostationary transfer orbit (GTO) will be the highest ever, exceeding that of the existing H-IIA and H-IIB Launch Vehicles. H3 will offer several lineups by selection of two types of fairings, two or three first-stage engines (LE-9), and zero, two or four solid rocket boosters (SRB-3) to deal with various payload sizes and orbits. The H3 Launch Vehicle is Japan's new flagship rocket aiming at achieving high flexibility, high reliability, and high cost performance.