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This introduces 11 new boards, namely: * ASUS Vivobook S 15 * Lenovo Smart Tab M10 DTS * Motorola Moto E 2015 LTE (surnia) * Motorola Moto G 2015 (osprey) * Motorola Moto G4 Play (harpia) * Qualcomm AIM300 AIoT development board * Qualcomm SM8650 Hardware Development Kit (HDK) * SHIFTphone 8 * Samsung Galaxy Z Fold5 * Schneider HMIBSC board DTS * TP-Link Archer AX55 v1 Of particular interest here is the Asus Vivobook, the first supported X1 Elite consumer laptop. For IPQ6018 an SDHCI controller is added and on IPQ9574 an MDIO bus is described. The improvements to MSM8916-based devices continues, with sound and mdoem support added to Acer Iconia Talk S and GPLUS FL8005A, the latter also gaining BMS support. Samsung Galaxy devices gains PMIC and charger definitions, NFC support and MUIC. Accelerometer and magnetometer support is added to the Samsung Galaxy Grand Prime devices. On MSM8976 definitions for IOMMU, the display subsystem, wifi subsystem, and Adreno GPU are added. On MSM8996 UFS core clock frequencies are specified, FastRPC nodes are added for the audio DSP, glink-edges are described where available, the display subsystem reset is added. Venus is introduced on MSM8998 and the "No MSA Ready" quirk is added to allow ath10k to come up. GPU support is added to QCM2290 and enabled on the RB1 development board. The I2C controller used for communicating with the LT9611UXC HDMI bridge is temporarily replaced with i2c-gpio while issues with the builtin controller is diagnosed. The same is done for RB2, on the QRB4210 platform. On RB2 TCPM max current draw is corrected and the vreg_l9a regulator is marked as always on to match expectations. On the QDU1000 platform, USB is added, secure QFPROM is introduced to allow LLCC to access OTP data. USB is enabled on the two IDP boards. SA8775p gains PCIe endpoint definitions, LLCCC support, IMEM and PIL info regions. Nodes are marked as dma-coherent as needed, a dedicated carveout for shared memory bridge allocations is introduced. The SA8775P ride device is split in the two versions r2 and r3. The SC7180 Trogdor clamshell/detachable fragments are refactored for convenience, and pwmleds are disabled where unused. On SC7280 the APR nodes for interfacing with the audio services in audio DSP firmware are introduced. The Qualcomm SMMU TBUs are described, to enable improved debug support. QoS clocks are added to interconnects, as needed in order to operate the QoS settings on some buses. SuperSpeed in park is disabled for the primary DWC3 instance to address host controller issues under load. The PM8008 (camera PMIC) is introduced in Fairphone 5, regulators are named for better output, and firmware name for IPA is adjusted to the preferred file format. The HDMI bridge on Rb3gen2 is described, rtc, gpi-dma and qup nodes are enabled. The Type-C port manager found in PM7250b is enabled, for targets not using pmic-glink firmware for Type-C management. SC8180X gets a number of smaller corrections, and some cleanups - related to both functional issues and DeviceTree validation. The PSHOLD node is marked reserved, after reports that this causes issues during shutdown. Description of the USB signals are updated to match the signal path. The PM8008 camera PMIC is added to Lenovo ThinkPad X13s. The PM660 PMIC is extended with charger and rradc definitions, and the SDM670 gains a SMEM region definition. On SDM845 the Qualcomm SMMU TBU nodes are described, to enable improved debug output during faults etc. The UFS PHY is associated with its GDSC, and the DisplayPort controller is wired up to the QMP PHY. The Lenovo Yoga C630 Embedded Controller is introduced, adding battery and Type-C port management and altmode support. The C630 also gains WiFI calibration variant information, to cause selection of the right data. The missing IPA firmware path is corrected. For the SDX75 platform, AOSS, IPCC, SDHCI, TCSR, modem SMP2P, I2C and SPI nodes are introduced. SD-card support is added to the IDP board. CPUfreq support is introduced for the SM4450 platform. Missing reset is added to the SDHC controller of SM6115. The UFS PHY is associated with its GDSC, so is the PHY on SM6350. On Fairphone 4, the camera pmic (PM8008) is introduced, regulators are named for more informative debug output, and USB role switching is enabled. On the Fairphone 3, vibrator support is added and enabled. On SM8250, the USB signal paths are properly described in the OF graph, the UFS PHY gains its required power-domains description. Thanks to the introduction of PCI power sequence support, the QRB5165 RB5 WiFi chip can now be powered up, so this is added. Touchscreen interrupt flags are corrected accross a number of Sony Xperia devices, to remove the unexpected traces from downstream. On SM8450 an OPP-table is introduced for the PCIe controllers, to specify the bandwidth and performance state requirements for the different genrations and link widths. For this the PCIe controllers also gains interconnect path definitions. The LLCC register layout is corrected, and the UFS PHY is associated with its GDSC. On the SM8550 development boards speaker port mapping is added. WiFi support is finally enabled on the QRD board. The new AIM300 development platform/board is introduced. For SM8650 video and camera clock controller are introduced. SCM node gains details necessary to trigger USB ramdump (download mode) upon a system crash. WiFi support and speaker port mapping is added to the QRD and the newly introduced HDK. On the MTP the USB Type-C connector is describe to be routed to the PHY. In addition to the base HDK, a Display Card overlay is also introduced. For X1 Elite bwmon, fastrpc and GPU support, tsens, and the missing PCIe 6a instance are added. Thermal zones are described. Pmic-glink is introduced for both CRD and QCP devices, and remaining PMICs are described. Audio support is also added to the QCP. An explicit, larger, chunk of CMA memory is added to the various devices, in order to compensate for the lack of IOMMU for PCIe. Across a wide range of platforms, the thermal zone polling delays are removed as supplies are interrupt driven anyways. Also thermal related is the introduction of GPU thermal throttling, across many SoCs. The old SMSM implementation is finally transitioned to using the mailbox-based description and implementation for invoking interrupts on remote processors. As such interrupt-triggering is converted to use this mechanism on related platforms. The usb-role-switch property is removed for all USB instances hard coded to either host or peripheral across a range of boards. -----BEGIN PGP SIGNATURE----- iQJJBAABCAAzFiEEBd4DzF816k8JZtUlCx85Pw2ZrcUFAmaJfz0VHGFuZGVyc3Nv bkBrZXJuZWwub3JnAAoJEAsfOT8Nma3FxOMQALOlJsncvYy+WBZ+ganw3VTY43x+ CYtmM+cvy/oEEmqLLKWO63XyPtiDuhwjjmjO9H7019Zhi7dB2odXfr8PH4Wz315G /nW99uEoR1kgdHtMwMhBv+gMSf00c6D5X3fbFxVbt2lqlaB9blZeqbA/PsAcC2Dr FId/ji6/cMdEmC1qbWtvBMSc9Cku7WNt/90qe9q5KuwKbRVF/FKPj+lfBxGnrjQ8 vaKHmqVOYSV+cfuWqA/HrIe3WUds9eXv/F+O2nx22BTqEiBmlOxVR63LwQGFV9D+ fOpRaIR30TxBk+DK/i4jnNu7UEA9lPf//0RDiKeyySAffLfQWBpURGcRUrF6X+yz 7qdi8Ep/L1v7M+FKdPdCDooVxM91JHErPB65+/T/gLbI2Oe7MZED+hY/3UcTY8cr SkSH+3VeZk8M4DDFuVdgXcTBk1d/d1zqaKKokm9IkIqdAspDYJNvlOHMfgg1bsQe Ny9epqR+RR5wFulJ0W0YWGibOYkcubduAytvtad1lawmSTCmMI8SZb8K9n1l2RI3 vYEgaSfOo0SHprgZlpULc+LqPF9n9W2RrME8iFIqpfsZ9ovFccr3QgNbHdtVZyoN t0DhAUk5UKEM4iQ4vf/7+T2WjFA2LMAg1Bznv8X4L69BVkAH/VwRudbwQe429Yqm psehVa9nc/+upil7 =Hsda -----END PGP SIGNATURE----- gpgsig -----BEGIN PGP SIGNATURE----- iQIzBAABCgAdFiEEiK/NIGsWEZVxh/FrYKtH/8kJUicFAmaL+k8ACgkQYKtH/8kJ UiffeBAAlBRO7Pp8MCFco+63SXZQTGJ0UXmmrkWLiXW6iCGDuUrllCLuygOGZx8O FVQ9dBQ5AXQbOy++LTYvHIzWt3pCJSIlnbhiv9Na04IgBFnZ3Uy+e+Iikq25o51M gC2lIvLfwDaTVe8KMvLdNoTUN7jWFv6dZerNo35K6mLxf5nwU6bucljM2Vn0naSK 6G4HMXA+ByvCMgSVOp4/5Qd3+XadH8604W+48n6aRM9YtLhTgV2bRRNY23y8hiAI IItgCMjzS30mbd6yrnXJOix0IoNhe9IxNKoKh8P0+G0CvAzH8s7KcVAlU+tiTsnR 0vMKYcYPK6PW8T4umHSvTTEG3HR+uvC5vyWAnCKvlx2OElD80JoVp/IWvmy4n9Fv U3hltgntDkn8raupGgQ9oeM6EoVR6fq5UtzuaZgkElWyuSigVK9jOsG8hrqf1gdo w7I6APX4c1D8ArEvCbBUmff0hy4LqnScwz+7evFwZORMDYiYxhy2ybRZVYGknozA miEkVGZr+MHLCszF8kzetHOFhhddqvTWx6IEh/5SMPTkqnGfaOTc667rJ/hfHt8/ 8AYw3dfpKrXsf3KxeNVlVpJDNexZU3yHK2glNEpr0yvXAuYYXfmXhhNo2DHNDzyg VHd6J24UoWMpQisszsfFPBtBsianBTzsPhfCfmprg8um2f0MaKY= =2vUa -----END PGP SIGNATURE----- Merge tag 'qcom-arm64-for-6.11' of https://git.kernel.org/pub/scm/linux/kernel/git/qcom/linux into soc/dt Qualcomm Arm64 DeviceTree updates for v6.11 This introduces 11 new boards, namely: * ASUS Vivobook S 15 * Lenovo Smart Tab M10 DTS * Motorola Moto E 2015 LTE (surnia) * Motorola Moto G 2015 (osprey) * Motorola Moto G4 Play (harpia) * Qualcomm AIM300 AIoT development board * Qualcomm SM8650 Hardware Development Kit (HDK) * SHIFTphone 8 * Samsung Galaxy Z Fold5 * Schneider HMIBSC board DTS * TP-Link Archer AX55 v1 Of particular interest here is the Asus Vivobook, the first supported X1 Elite consumer laptop. For IPQ6018 an SDHCI controller is added and on IPQ9574 an MDIO bus is described. The improvements to MSM8916-based devices continues, with sound and mdoem support added to Acer Iconia Talk S and GPLUS FL8005A, the latter also gaining BMS support. Samsung Galaxy devices gains PMIC and charger definitions, NFC support and MUIC. Accelerometer and magnetometer support is added to the Samsung Galaxy Grand Prime devices. On MSM8976 definitions for IOMMU, the display subsystem, wifi subsystem, and Adreno GPU are added. On MSM8996 UFS core clock frequencies are specified, FastRPC nodes are added for the audio DSP, glink-edges are described where available, the display subsystem reset is added. Venus is introduced on MSM8998 and the "No MSA Ready" quirk is added to allow ath10k to come up. GPU support is added to QCM2290 and enabled on the RB1 development board. The I2C controller used for communicating with the LT9611UXC HDMI bridge is temporarily replaced with i2c-gpio while issues with the builtin controller is diagnosed. The same is done for RB2, on the QRB4210 platform. On RB2 TCPM max current draw is corrected and the vreg_l9a regulator is marked as always on to match expectations. On the QDU1000 platform, USB is added, secure QFPROM is introduced to allow LLCC to access OTP data. USB is enabled on the two IDP boards. SA8775p gains PCIe endpoint definitions, LLCCC support, IMEM and PIL info regions. Nodes are marked as dma-coherent as needed, a dedicated carveout for shared memory bridge allocations is introduced. The SA8775P ride device is split in the two versions r2 and r3. The SC7180 Trogdor clamshell/detachable fragments are refactored for convenience, and pwmleds are disabled where unused. On SC7280 the APR nodes for interfacing with the audio services in audio DSP firmware are introduced. The Qualcomm SMMU TBUs are described, to enable improved debug support. QoS clocks are added to interconnects, as needed in order to operate the QoS settings on some buses. SuperSpeed in park is disabled for the primary DWC3 instance to address host controller issues under load. The PM8008 (camera PMIC) is introduced in Fairphone 5, regulators are named for better output, and firmware name for IPA is adjusted to the preferred file format. The HDMI bridge on Rb3gen2 is described, rtc, gpi-dma and qup nodes are enabled. The Type-C port manager found in PM7250b is enabled, for targets not using pmic-glink firmware for Type-C management. SC8180X gets a number of smaller corrections, and some cleanups - related to both functional issues and DeviceTree validation. The PSHOLD node is marked reserved, after reports that this causes issues during shutdown. Description of the USB signals are updated to match the signal path. The PM8008 camera PMIC is added to Lenovo ThinkPad X13s. The PM660 PMIC is extended with charger and rradc definitions, and the SDM670 gains a SMEM region definition. On SDM845 the Qualcomm SMMU TBU nodes are described, to enable improved debug output during faults etc. The UFS PHY is associated with its GDSC, and the DisplayPort controller is wired up to the QMP PHY. The Lenovo Yoga C630 Embedded Controller is introduced, adding battery and Type-C port management and altmode support. The C630 also gains WiFI calibration variant information, to cause selection of the right data. The missing IPA firmware path is corrected. For the SDX75 platform, AOSS, IPCC, SDHCI, TCSR, modem SMP2P, I2C and SPI nodes are introduced. SD-card support is added to the IDP board. CPUfreq support is introduced for the SM4450 platform. Missing reset is added to the SDHC controller of SM6115. The UFS PHY is associated with its GDSC, so is the PHY on SM6350. On Fairphone 4, the camera pmic (PM8008) is introduced, regulators are named for more informative debug output, and USB role switching is enabled. On the Fairphone 3, vibrator support is added and enabled. On SM8250, the USB signal paths are properly described in the OF graph, the UFS PHY gains its required power-domains description. Thanks to the introduction of PCI power sequence support, the QRB5165 RB5 WiFi chip can now be powered up, so this is added. Touchscreen interrupt flags are corrected accross a number of Sony Xperia devices, to remove the unexpected traces from downstream. On SM8450 an OPP-table is introduced for the PCIe controllers, to specify the bandwidth and performance state requirements for the different genrations and link widths. For this the PCIe controllers also gains interconnect path definitions. The LLCC register layout is corrected, and the UFS PHY is associated with its GDSC. On the SM8550 development boards speaker port mapping is added. WiFi support is finally enabled on the QRD board. The new AIM300 development platform/board is introduced. For SM8650 video and camera clock controller are introduced. SCM node gains details necessary to trigger USB ramdump (download mode) upon a system crash. WiFi support and speaker port mapping is added to the QRD and the newly introduced HDK. On the MTP the USB Type-C connector is describe to be routed to the PHY. In addition to the base HDK, a Display Card overlay is also introduced. For X1 Elite bwmon, fastrpc and GPU support, tsens, and the missing PCIe 6a instance are added. Thermal zones are described. Pmic-glink is introduced for both CRD and QCP devices, and remaining PMICs are described. Audio support is also added to the QCP. An explicit, larger, chunk of CMA memory is added to the various devices, in order to compensate for the lack of IOMMU for PCIe. Across a wide range of platforms, the thermal zone polling delays are removed as supplies are interrupt driven anyways. Also thermal related is the introduction of GPU thermal throttling, across many SoCs. The old SMSM implementation is finally transitioned to using the mailbox-based description and implementation for invoking interrupts on remote processors. As such interrupt-triggering is converted to use this mechanism on related platforms. The usb-role-switch property is removed for all USB instances hard coded to either host or peripheral across a range of boards. * tag 'qcom-arm64-for-6.11' of https://git.kernel.org/pub/scm/linux/kernel/git/qcom/linux: (279 commits) dt-bindings: arm: qcom: Document samsung,ms013g arm64: dts: qcom: Add device tree for ASUS Vivobook S 15 dt-bindings: arm: qcom: Add ASUS Vivobook S 15 arm64: dts: qcom: qrb4210-rb2: Correct max current draw for VBUS arm64: dts: qcom: msm8998: add venus node arm64: dts: qcom: sa8775p-ride-r3: add new board file arm64: dts: qcom: move common parts for sa8775p-ride variants into a .dtsi dt-bindings: arm: qcom: add sa8775p-ride Rev 3 arm64: dts: qcom: sm8550-qrd: add port mapping to speakers arm64: dts: qcom: sm8550-mtp: add port mapping to speakers arm64: dts: qcom: sm8550-hdk: add port mapping to speakers arm64: dts: qcom: sm8650-qrd: add port mapping to speakers arm64: dts: qcom: sm8650-mtp: add port mapping to speakers arm64: dts: qcom: sm8650-hdk: add port mapping to speakers arm64: dts: qcom: sm7225-fairphone-fp4: Name the regulators arm64: dts: qcom: pm8916: correct thermal zone name arm64: dts: qcom: x1e80100: Add gpu support arm64: dts: qcom: x1e80100: Fix USB HS PHY 0.8V supply arm64: dts: qcom: qcs6490-rb3gen2: enable hdmi bridge arm64: dts: qcom: sm6115: add resets for sdhc_1 ... Link: https://lore.kernel.org/r/20240706173140.18887-1-andersson@kernel.org Signed-off-by: Arnd Bergmann <arnd@arndb.de>