For x86 servers, the management server software obtains the list of hardware sensor attributes to monitor through IPMI from the service processor of the server. For servers running the SPARC architecture, the ALOM interface is used. The list of hardware sensor attributes can vary from server to server, and between firmware versions. A sample listing for some servers and firmware versions is provided in this section. The attributes depend on the server type and on the number of CPUs that the server has.
Hardware disk failure and memory failure are not monitored in this version of the N1 System Manager.
The following example lists sensor names and descriptions for a Sun Fire V40z server with firmware version 2.1.0.16.
ambienttemp Ambient air temp bulk.v12-0-s0 Bulk 12V S0 voltage at CPU 0 bulk.v12-2-s0 Bulk 12V S0 voltage at CPU 2 bulk.v12-3-s0 Bulk 12V S0 voltage at CPU 3 bulk.v1_8-s0 Bulk 1.8V S0 voltage bulk.v1_8-s5 Bulk 1.8V S5 voltage bulk.v2_5-s0 Bulk 2.5V S0 voltage bulk.v2_5-s0-dc Bulk 2.5V S0 voltage at DC bulk.v2_5-s5 Bulk 2.5V S5 voltage bulk.v3_3-s0 Bulk 3.3V S0 voltage bulk.v3_3-s0-dc Bulk 3.3V S0 voltage at DC bulk.v3_3-s3 Bulk 3.3V S3 voltage bulk.v3_3-s5 Bulk 3.3V S5 voltage bulk.v3_3-s5-dc Aux 3.3V S5 voltage at DC bulk.v5-s0 Bulk 5V S0 voltage bulk.v5-s0-dc Bulk 5V S0 voltage at DC bulk.v5-s5 Bulk 5V S5 voltage bulk.v5-s5-dc Bulk 5V S5 voltage at DC cpu0.dietemp CPU 0 Die temperature cpu0.heartbeat CPU 0 Heartbeat cpu0.inlettemp CPU 0 Inlet temperature cpu0.memtemp CPU 0 Memory temperature cpu0.v2_5-s0 CPU 0 VDDA (2.5V) S0 voltage cpu0.v2_5-s3 CPU 0 VDD (2.5V) S3 voltage cpu0.vcore-s0 CPU 0 VCore S0 voltage cpu0.vid CPU 0 VID Selection cpu0.vldt0 CPU 0 LDT0 voltage cpu0.vtt-s3 CPU 0 DDR VTT S3 voltage cpu1.dietemp CPU 1 Die temperature cpu1.heartbeat CPU 1 Heartbeat cpu1.inlettemp CPU 1 Inlet temperature cpu1.memtemp CPU 1 Memory temperature cpu1.v2_5-s0 CPU 1 VDDA (2.5V) S0 voltage cpu1.v2_5-s3 CPU 1 VDD (2.5V) S3 voltage cpu1.vcore-s0 CPU 1 VCore S0 voltage cpu1.vid CPU 1 VID Selection cpu1.vldt1 CPU 1 LDT1 voltage cpu1.vldt2 CPU 1 LDT2 voltage cpu1.vtt-s3 CPU 1 DDR VTT S3 voltage cpu2.dietemp CPU 2 Die temperature cpu2.heartbeat CPU 2 Heartbeat cpu2.inlettemp CPU 2 inlet temperature cpu2.temp CPU 2 downwind temperature cpu2.v2_5-s0 CPU 2 VDDA (2.5V) S0 voltage cpu2.v2_5-s3 CPU 2 VDD (2.5V) S3 voltage cpu2.vcore-s0 CPU 2 VCore S0 voltage cpu2.vid CPU-2 VID Selection cpu2.vtt-s3 CPU 2 DDR VTT voltage cpu3.dietemp CPU 3 Die temperature cpu3.heartbeat CPU 3 Heartbeat cpu3.inlettemp CPU 3 inlet temperature cpu3.temp CPU 3 downwind temperature cpu3.v2_5-s0 CPU 3 VDDA (2.5V) S0 voltage cpu3.v2_5-s3 CPU 3 VDD (2.5V) S3 voltage cpu3.vcore-s0 CPU 3 VCore S0 voltage cpu3.vid CPU-3 VID Selection cpu3.vtt-s3 CPU 3 DDR VTT voltage fan1.tach Fan 1 measured speed fan10.tach Fan 10 measured speed fan11.tach Fan 11 measured speed fan12.tach Fan 12 measured speed fan2.tach Fan 2 measured speed fan3.tach Fan 3 measured speed fan4.tach Fan 4 measured speed fan5.tach Fan 5 measured speed fan6.tach Fan 6 measured speed fan7.tach Fan 7 measured speed fan8.tach Fan 8 measured speed fan9.tach Fan 9 measured speed faultswitch System Fault Indication g0.vldt1 AMD-8131 PCI-X Tunnel 0 LDT1 voltage g1.vldt1 AMD-8131 PCI-X Tunnel 1 LDT1 voltage gbeth.temp Gigabit ethernet local temperature golem-v1_8-s0 AMD-8131 PCI-X Tunnel 1.8V S0 voltage identifyswitch Identify switch scsibp.temp SCSI Disk backplane temperature scsifault SCSI Disk Fault Switch sp.temp SP local temperature vldt-reg1-dc LDT Regulator 1 Voltage vldt-reg2-dc LDT Regulator 2 Voltage |
The following example lists sensor names and descriptions for a Sun Fire V20z server with firmware version 2.1.0.16.
ambienttemp Ambient air temp bulk.v12-0-s0 Bulk 12v supply voltage (cpu0) bulk.v12-1-s0 Bulk 12v supply voltage (cpu1) bulk.v1_8-s0 Bulk 1.8v S0 voltage bulk.v1_8-s5 Bulk 1.8v S5 voltage bulk.v2_5-s0 Bulk 2.5v S0 voltage bulk.v2_5-s5 Bulk 2.5v S5 voltage bulk.v3_3-s0 Bulk 3.3v supply bulk.v3_3-s3 Bulk 3.3v S3 voltage bulk.v3_3-s5 Bulk 3.3v S5 voltage bulk.v5-s0 Bulk 5v supply voltage bulk.v5-s5 Bulk 5v S5 voltage cpu0.dietemp CPU 0 die temp cpu0.heartbeat CPU 0 heartbeat cpu0.memtemp CPU 0 memory temp cpu0.temp CPU 0 low side temp cpu0.v2_5-s0 CPU VDDA voltage cpu0.v2_5-s3 CPU 0 VDDIO voltage cpu0.vcore-s0 CPU 0 core voltage cpu0.vid CPU-0 VID output cpu0.vldt1 CPU0 HT 1 voltage cpu0.vldt2 CPU 0 HT 2 voltage cpu0.vtt-s3 CPU 0 VTT voltage cpu1.dietemp CPU 1 die temp cpu1.heartbeat CPU 1 heartbeat cpu1.memtemp CPU 1 memory temp cpu1.temp CPU 1 low side temp cpu1.v2_5-s3 CPU 1 VDDIO voltage cpu1.vcore-s0 CPU 1 core voltage cpu1.vid CPU-1 VID output cpu1.vtt-s3 CPU 1 VTT voltage fan1.tach Fan 1 measured speed fan2.tach Fan 2 measured speed fan3.tach Fan 3 measured speed fan4.tach Fan 4 measured speed fan5.tach Fan 5 measured speed fan6.tach Fan 6 measured speed faultswitch Fault switch (source for eval) g.vldt1 AMD-8131 PCI-X Tunnel HT 1 voltage gbeth.temp Gigabit ethernet temp golem.temp PCIX bridge temp hddbp.temp Disk drive backplane temp identifyswitch Identify switch ps.fanfail Power Supply fan failure sensor ps.tempalert Power Supply too hot sensor sp.temp SP temp thor.temp AMD-8111 I/O Hub temp |
Monitoring data is retrieved by the N1 System Manager from most these sensors.
For Sun Fire X4100 and Sun Fire X4200 servers, the following sensors are monitored:
Chassis Sensors: sys.id Indicates chassis type sys.intsw State of the Chassis Intrusion switch. When the chassis cover to the CPU area is opened this sensor logs an event sys.psfail LED indicator shows state of PS Fail / Rear LED on the front panel sys.tempfail LED indicator shows state of Over Temperature LED on the front panel sys.fanfail LED indicator shows state of Over Temperature LED on the front panel Back Panel Sensors bp.power LED indicator shows state of the Power LED on the back panel bp.locate LED indicator shows state of the Locate LED on the back panel bp.locate.btn Monitors the state of the back panel locate button bp.alert LED indicator shows state of Alert LED on the back panel Front Panel Sensors fp.prsnt Monitors the presence of the front panel board fp.ledbd.prsnt Monitors the presence of the front panel LED board fp.usbfail Monitors the front panel USB over current sensor fp.power LED indicator shows state of Power LED on the front panel fp.locate LED indicator shows state of Locate LED on the front panel fp.locate.btn Monitors the state of the front panel locate button fp.alert LED indicator shows state of Alert LED on the front panel I/O Sensors io.id0.prsnt Monitors the 2-disk I/O board presence signal io.id1.prsnt Monitors the 4-disk I/O board presence signal io.f0.prsnt Monitors the physical presence of the rear blower (Sun Fire X4200 chassis only) io.f0.speed Monitors the speed of the rear blower (Sun Fire X4200 chassis only) io.f0.fail LED indicator shows state of the I/O fan assembly io.hdd0.fail LED indicator shows state of the Hard Disk Drive 0 fault LED io.hdd1.fail LED indicator shows state of the Hard Disk Drive 1 fault LED (Unused on the 2-disk Sun Fire X4100) io.hdd2.fail LED indicator shows state of the Hard Disk Drive 2 fault LED (Unused on the 2-disk Sun Fire X4100) io.hdd3.fail LED indicator shows state of the Hard Disk Drive 3 fault LED (Unused on the 2-disk Sun Fire X4100) CPU 0 Sensors p0.fail LED indicator shows state of the CPU 0 fault LED Illuminated for CPU voltage and temperature events p0.d0.fail LED indicator shows state of the CPU 0 DIMM 0 fault LED Illuminated in response to ECC errors PAIR 0 includes this and p0.d1.fail, both LEDs in the same pair will be illuminated at the same time when one indicates a fault p0.d1.fail LED indicator shows state of the CPU 0 DIMM 1 fault LED Illuminated in response to ECC errors PAIR 0 includes this and p0.d0.fail, both LEDs in the same pair will be illuminated at the same time when one indicates a fault p0.d2.fail LED indicator shows state of the CPU 0 DIMM 2 fault LED Illuminated in response to ECC errors PAIR 1 includes this and p0.d3.fail, both LEDs in the same pair will be illuminated at the same time when one indicates a fault p0.d3.fail LED indicator shows state of the CPU 0 DIMM 3 fault LED Illuminated in response to ECC errors PAIR 1 includes this and p0.d2.fail, both LEDs in the same pair will be illuminated at the same time when one indicates a fault CPU 1 Sensors p1.fail Same as p0.fail, but for CPU 1 p1.d0.fail Same as p0.d0.fail, but for CPU 1 p1.d1.fail Same as p0.d1.fail, but for CPU 1 p1.d2.fail Same as p0.d2.fail, but for CPU 1 p1.d3.fail Same as p0.d3.fail, but for CPU 1 Power Supply Sensors ps0.prsnt Indicates whether Power Supply 0 is present ps0.vinok Indicates whether Power Supply 0 is connected to AC power ps0.pwrok Indicates whether Power Supply 0 is turned on and powering the system ps1.prsnt Indicates whether Power Supply 1 is present ps1.vinok Indicates whether Power Supply 1 is turned on and powering the system ps1.pwrok Indicates whether Power Supply 1 is turned on and powering the system Fan Control Temperature Sensors fp.t_amb Monitors front panel ambient temperature p0.t_core Monitors CPU 0 core temperature p1.t_core Monitors CPU 1 core temperature Other Temperature Sensors mb.t_amb Monitors ambient temperature from the internal temperature sensor in the chip on the mainboard pdb.t_amb Monitors the ambient temperature of the power distibution board io.t_amb Monitors the ambient temperature from near the I/O area in the chassis Mainboard Voltage Sensors mb.v_bat Monitors the 3V RTC battery on the mainboard mb.v_+3v3stby Monitors the 3.3V standby input that powers the service processor and other standby devices mb.v_+3v3 Monitors the 3.3V main input that is active when the power is on mb.v_+5v Monitors the 5V main input that is active when the power is on mb.v_+12v Monitors the 12V main input that is active when the power is on mb.v_-12v Monitors the -12V main input that is active when the power is on mb.+2v5core Monitors the 2.5V core input that is active when the power is on mb.+1v8core Monitors the 1.8V core input that is active when the power is on mb.+1v2core Monitors the 1.2V core input that is active when the power is on CPU 0 Voltage Sensors p0.v_+1v5 Monitors the CPU 0 1.5V input p0.v_+2v5core Monitors the CPU 0 2.5V core input p0.v_+1v2core Monitors the CPU 0 1.2V core input CPU 1 Voltage Sensors p1.v_+1v5 Monitors the CPU 1 1.5V input p1.v_+2v5core Monitors the CPU 1 2.5V core input p1.v_+1v2core Monitors the CPU 1 1.2V core input Fan Presence Sensors (Sun Fire X4200 chassis only) ft0.fm0.prsnt Indicates the presence of Fan Tray 0, Fan Module 0 ft0.fm1.prsnt Indicates the presence of Fan Tray 0, Fan Module 1 ft0.fm2.prsnt Indicates the presence of Fan Tray 0, Fan Module 2 ft1.fm0.prsnt Indicates the presence of Fan Tray 1, Fan Module 0 ft1.fm1.prsnt Indicates the presence of Fan Tray 1, Fan Module 1 ft1.fm2.prsnt Indicates the presence of Fan Tray 1, Fan Module 2 Fan Speed Sensors ft0.fm0.f0.speed Monitors speed of fan at Fan Tray 0, Fan Module 0, Fan 0 ft0.fm0.f1.speed Monitors speed of fan at Fan Tray 0, Fan Module 0, Fan 1 (Sun Fire X4100 only) ft0.fm1.f0.speed Monitors speed of fan at Fan Tray 0, Fan Module 1, Fan 0 ft0.fm1.f1.speed Monitors speed of fan at Fan Tray 0, Fan Module 1, Fan 1 (Sun Fire X4100 only) ft0.fm2.f0.speed Monitors speed of fan at Fan Tray 0, Fan Module 2, Fan 0 ft0.fm2.f1.speed Monitors speed of fan at Fan Tray 0, Fan Module 2, Fan 1 (Sun Fire X4100 only) ft1.fm0.f0.speed Monitors speed of fan at Fan Tray 1, Fan Module 0, Fan 0 ft1.fm0.f1.speed Monitors speed of fan at Fan Tray 1, Fan Module 0, Fan 1 (Sun Fire X4100 only) ft1.fm1.f0.speed Monitors speed of fan at Fan Tray 1, Fan Module 1, Fan 0 ft1.fm1.f1.speed Monitors speed of fan at Fan Tray 1, Fan Module 1, Fan 1 (Sun Fire X4100 only) ft1.fm2.f0.speed Monitors speed of fan at Fan Tray 1, Fan Module 2, Fan 0 ft1.fm2.f1.speed Monitors speed of fan at Fan Tray 1, Fan Module 2, Fan 1 (Sun Fire X4100 only) |
For Sun Fire X2100 servers, only sensors describing fan speed, voltage, and temperature are used to retrieve data: Here is a list of sensors we monitored:
DDR 2.6V CPU core Voltage VCC 3.3V VCC 5V VCC 12V Battery Volt CPU TEMP SYS TEMP CPU FAN SYSTEM FAN3 SYSTEM FAN1 SYSTEM FAN2 |