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55b4c5ce |
| 29-Jul-2024 |
Manish Pandey <manish.pandey2@arm.com> |
Merge changes from topic "h616_pmics" into integration
* changes: feat(allwinner): adjust H616 L2 cache size in DTB feat(allwinner): h616: add support for AXP717 PMIC feat(allwinner): h616: ad
Merge changes from topic "h616_pmics" into integration
* changes: feat(allwinner): adjust H616 L2 cache size in DTB feat(allwinner): h616: add support for AXP717 PMIC feat(allwinner): h616: add support for AXP313 PMIC feat(allwinner): h616: add I2C PMIC support refactor(allwinner): h616: prepare for more than one PMIC model
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| #
ee5b26fd |
| 01-May-2024 |
Andre Przywara <andre.przywara@arm.com> |
feat(allwinner): adjust H616 L2 cache size in DTB
The Allwinner H616 and its siblings come in different die revisions, some have 256 KB of L2 cache, some have 1 MB. This prevents a single static cac
feat(allwinner): adjust H616 L2 cache size in DTB
The Allwinner H616 and its siblings come in different die revisions, some have 256 KB of L2 cache, some have 1 MB. This prevents a single static cache description in the devicetree.
Use the cache size ID register (CCSIDR_EL1) to query the topology of the L2 cache, and adjust the cache-sets and cache-size properties in the L2 cache DT node accordingly.
The ARM ARM does not promise (anymore) that the cache size can be derived *architecturally* from this register, but the reading is definitely correct for the Arm Cortex-A53 core used.
Change-Id: Id7dc324d783b8319fe5df6164be2f941d4cac82d Signed-off-by: Andre Przywara <andre.przywara@arm.com>
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| #
3e0a087f |
| 04-May-2022 |
André Przywara <andre.przywara@arm.com> |
Merge changes from topic "allwinner-idle" into integration
* changes: feat(allwinner): provide CPU idle states to the rich OS feat(allwinner): simplify CPU_SUSPEND power state encoding feat(al
Merge changes from topic "allwinner-idle" into integration
* changes: feat(allwinner): provide CPU idle states to the rich OS feat(allwinner): simplify CPU_SUSPEND power state encoding feat(allwinner): choose PSCI states to avoid translation feat(fdt): add the ability to supply idle state information fix(allwinner): improve DTB patching error handling refactor(allwinner): patch the DTB after setting up PSCI refactor(allwinner): move DTB change code into allwinner/common
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| #
e2b18771 |
| 23-Jan-2022 |
Samuel Holland <samuel@sholland.org> |
feat(allwinner): provide CPU idle states to the rich OS
When using SCPI as the PSCI backend, firmware can wake up the CPUs and cluster from sleep, so CPU idle states are available for the rich OS to
feat(allwinner): provide CPU idle states to the rich OS
When using SCPI as the PSCI backend, firmware can wake up the CPUs and cluster from sleep, so CPU idle states are available for the rich OS to use. In that case, advertise them to the rich OS via the DTB.
Change-Id: I718ef6ef41212fe5213b11b4799613adbbe6e0eb Signed-off-by: Samuel Holland <samuel@sholland.org>
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| #
79808f10 |
| 23-Jan-2022 |
Samuel Holland <samuel@sholland.org> |
fix(allwinner): improve DTB patching error handling
Currently, if any step of the DTB patching process fails, the whole process is aborted. However, this causes some problems: - If any step modifie
fix(allwinner): improve DTB patching error handling
Currently, if any step of the DTB patching process fails, the whole process is aborted. However, this causes some problems: - If any step modifies the DTB (including fdt_open_into), the dcache must still be cleaned, even if some later step fails. - The DTB may need changes in multiple places; if one patch fails (for example due to missing nodes), we should still apply other patches. - Similarly, if some patch fails, we should still run fdt_pack to clean up after ourselves.
Change-Id: If1af2e58e5a7edaf542354bb8a261dd1c3da1ad0 Signed-off-by: Samuel Holland <samuel@sholland.org>
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| #
6fa8e72e |
| 19-Dec-2021 |
Andre Przywara <andre.przywara@arm.com> |
refactor(allwinner): move DTB change code into allwinner/common
So far the H616 was the only Allwinner SoC needed to amend the DTB, to reserve the DRAM portion that BL31 occupies. To allow other SoC
refactor(allwinner): move DTB change code into allwinner/common
So far the H616 was the only Allwinner SoC needed to amend the DTB, to reserve the DRAM portion that BL31 occupies. To allow other SoCs to modify the DTB as well, without duplicating code, move the DTB change routines into Allwinner common code, and generalise the current code to allow other modifications.
No functional change intended.
Change-Id: I080ea07b6470367f3c2573a4368f8ef5196d411c Signed-off-by: Andre Przywara <andre.przywara@arm.com> Signed-off-by: Samuel Holland <samuel@sholland.org>
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