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configs: Add ASUS PRIME Z370-A motherboard
Tested with i7-8700K and two UEFI versions.
This commit is contained in:
Jonas Malaco
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# lm-sensors configuration for the ASUS PRIME Z370-A motherboard
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#
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# Manufacturer: ASUSTeK COMPUTER INC.
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# Product Name: PRIME Z370-A
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# Version: Rev 1.04
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# Super I/O: NCT6793D
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# UEFI versions tested: 0805, 1601
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#
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# Recommended drivers: coretemp, nct6775
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# Other Z370 boards from ASUS might use a similar setup
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#
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# dmesg might show that the kernel failed to bind the nct6775 driver due to an
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# ACPI conflict between SystemIO and OpRegion ranges. Ideally a WMI driver
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# should be used instead of directly accessing the Super I/O chip but,
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# unfortunally, very little is exposed via WMI, even on the latest UEFI.
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#
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# You can allow the driver to bind to the chip, regardless of the conflict, by
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# setting the kernel command line option:
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#
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# acpi_enforce_resources=lax
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#
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# This is not known to cause issues on the PRIME Z370-A, but you might still
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# want to disable thermal and blacklist eeepc_wmi to minimize conflicts:
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#
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# thermal.off=1 module_blacklist=eeepc_wmi
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#
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# Jonas Malaco, 2019
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#
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chip "coretemp-*"
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label temp1 "CPU Package DTS"
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label temp2 "CPU Core 1 DTS"
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label temp3 "CPU Core 2 DTS"
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label temp4 "CPU Core 3 DTS"
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label temp5 "CPU Core 4 DTS"
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label temp6 "CPU Core 5 DTS"
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label temp7 "CPU Core 6 DTS"
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label temp8 "CPU Core 7 DTS"
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label temp9 "CPU Core 8 DTS"
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chip "nct6793-*"
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label in0 "CPU Core Voltage"
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compute in0 @ * 2, @ / 2
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set in0_max 1.42 # 1.35 V at load/1.42 V max is generally accepted as safe
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# for 24/7 i7-8700K
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label in1 "ATX +5 V Voltage"
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compute in1 @ * 5, @ / 5
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set in1_max 5 * 1.05 # ATX 2.4
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set in1_min 5 * 0.95 # ATX 2.4
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# analog +3.3 V power rail for the Super I/O analog circuits
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label in2 "AVCC Analog Voltage"
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set in2_max 3.3 * 1.05 # assume ATX ±5% is enough
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set in2_min 3.3 * 0.95 # assume ATX ±5% is enough
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label in3 "ATX +3.3 V Voltage"
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set in3_max 3.3 * 1.05 # ATX 2.4
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set in3_min 3.3 * 0.95 # ATX 2.4
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label in4 "ATX +12 V Voltage"
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compute in4 @ * 12, @ / 12
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set in4_max 12 * 1.05 # ATX 2.4
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set in4_min 12 * 0.95 # ATX 2.4
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label in6 "CPU Graphics Voltage"
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compute in6 @ * 2, @ / 2
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set in6_max in0_max # little is known, but specs are similar for IA and GT
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# +3.3 V stand-by power rail for digital circuits
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label in7 "3VSB Standby Voltage"
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set in7_max 3.3 * 1.05 # assume ATX ±5% is enough
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set in7_min 3.3 * 0.95 # assume ATX ±5% is enough
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# +3 V on-board battery for PCH RTC Power Well (RTC & CMOS RAM) and select
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# Super I/O features (e.g. case intrusion detection)
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label in8 "RTC Battery Voltage"
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set in8_max 3.4 # from random CR2032 datasheet
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set in8_min 2.0 # from Intel 200-series chipset spec
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# VTT for PECI on the Super I/O; should come from CPU VCCST (sustain/standby)
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label in9 "CPU Sustain Voltage"
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set in9_max 1.00 * 1.05 # from Intel 8-th gen spec
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set in9_min 1.00 * 0.95 # from Intel 8-th gen spec
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# note: there is a small difference between SIO VTT and CPU VCCST as reported
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# by the ASUS EC/UEFI
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label in10 "DRAM Voltage"
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compute in10 @ * 2, @ / 2
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set in10_max 1.5 # max certified Intel XMP 2.0 kits for LGA1151; generally
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# accepted as safe for 24/7 Samsung B dies as well
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label in11 "CPU System Agent Voltage"
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set in11_max 1.35 # generally accepted limit to avoid degradation
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set in11_min 1.05 * 0.95 # from Intel 8-th gen spec
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label in12 "PCH Core Voltage"
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set in12_max 1.0 * 1.05 # from Intel 200-series chipset spec
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set in12_min 1.0 * 0.95 # from Intel 200-series chipset spec
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label in14 "CPU IO Voltage"
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set in14_max 1.25 # generally accepted limit to avoid degradation
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set in14_min 0.95 * 0.95 # from Intel 8-th gen spec
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ignore in5 # unknown
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ignore in13 # unknown
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# note: DMI voltage is not monitored by this chip (only ASUS EC)
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label temp1 "Board Temperature"
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label temp8 "T_SENSOR Header"
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# CPU package temperature from the PECI: with less noise than the raw DTS
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# (as read by coretemp), this is the recommended sensor for basic monitoring
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label temp7 "CPU Temperature"
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# CPU temperature shown in/used by the UEFI: significantly lower than the
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# package temperature and with frequent over/undershoots, but kept here
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# because it is the default sensor in the UEFI for fan control
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label temp9 "UEFI CPU Temperature"
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ignore temp2 # not actually connected to the CPU/unknown
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ignore temp3 # not functional/arbitrary value (related to GT usage)
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ignore temp4 # not functional/arbitrary value
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ignore temp5 # not functional/arbitrary value
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ignore temp6 # not functional/arbitrary value
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ignore temp10 # not functional/always zero
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# note: PCH Core temperature is not monitored by this chip (only ASUS EC)
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label fan1 "CHA_FAN1 Header"
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label fan2 "CPU_FAN Header"
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label fan3 "M_2_FAN Header"
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label fan5 "AIO_PUMP Header"
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label fan6 "CHA_FAN2 Header"
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ignore fan4 # does not match any physical header/always zero
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# note: CPU_OPT header is not monitored by this chip (only ASUS EC)
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