Power Sequencing SEL Events | Intel ZT 7102 instruction

Intel® NetStructureTMZT 7102 Chassis Management Module

Slot Power Control

Note: To set the maxpowerupattempts back to the default value of -1, you need to have a space between the first quote and the number 1 (i.e., “ -1”).

Setting a value of “0” will cause the CMM to discontinue attempting to power up boards in the chassis. Rebooting the chassis when the value is set to “0” will prevent the CMM from powering up any blades in the chassis.

The maximum value that can be set for maxpowerupattempts is 2000000000.

This value applies to all boards in the chassis. Changing this value to a greater value with boards that failed to power by reaching the previous maximum power up attempts will cause the CMM to incrementally attempt to power up the board with the difference between the two maximums. For example, for a board that failed to power up with a maxpowerupattempts of 5, changing the maximumpowerupattempts to a value of 12 will cause the CMM to attempt to power up that board an additional seven more times.

Failure of a board to power after reaching the maximum number of attempts will cause a SEL event to be logged indicating this.

12.5.5Power Sequencing SEL Events

The following power sequencing events will cause an event to be recorded in the chassis SEL.

1. CMM detects the presence or removal of a board

Slot X Event Blade Presence Detected

Slot X Event Blade Removed

2. CMM detects the assertion/deassertion of the HEALTHY# signal from the board

Slot X Event Blade Asserted HEALTHY#

Slot X Event Blade Deasserted HEALTHY#

3. CMM detects a board has failed to power up after reaching the maximum power up attempts

Slot X Event Blade Failed HEALTHY# After Maximum Attempts

4. CMM detects the powering on or off of a board

Slot X Event Blade Powered On

Slot X Event Blade Powered Off

5. CMM detects a board has reset

Slot X Event Blade Reset

6. CMM detects a slot has been placed in offline or active

Slot X Event Blade set to Offline

Slot X Event Blade set to Active

Technical Product Specification

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Intel ZT 7102 manual Power Sequencing SEL Events, CMM detects a slot has been placed in offline or active

Contents

Intel NetStructure ZT 7102 Chassis Management Module Technical Product Specification Technical Product Specification Contents 16.1 3.1 11.1.2 15.3 20.2.1 Figures Tables 116 Date Revision Description Revision History ZT 7102 Features IntroductionOverview Functional Block Diagram Terms Used in This Document GlossaryAcronym Description Intel NetStructureTMZT 7102 Chassis Management Module Hardware Specifications System Architecture Backplane ConnectionsSlot Connections Fan Modules Power ModulesChassis Sensor Connections Chassis FRU Device Connections Face Plate Face Plate Faceplate Features Faceplate FeaturesFeature Purpose Board Dimensions and Weight ConnectorsPCB Dimensions Mechanical Connector Locations 2 J2 Backplane Connector 1 J1 Backplane ConnectorJ1 Connector Pinout Pin# 3 J3 Backplane Connector J2 Connector PinoutJ3 Connector Pinout Pin Type Definitions Backplane Pin DescriptionsPin Descriptions Sheet 1 Pin Type Definition Pin Descriptions Sheet 2 5 JA1 Ethernet Port 6 J6 Serial Port 7 J7 Telco Alarm ConnectorJA1 Ethernet Port Pinout J6 Serial Port Pinout J7 Telco Alarm Connector Pinout CMM PowerCMM Power Availability Electrical and Environmental Operating Temperature Power Ramp CircuitryReliability Absolute Maximum Ratings DC Operating Characteristics Onboard SwitchesDC Operating Characteristics Switch Cross Reference Table 10.1.1 S1 Alarm Cutoff and Board Reset Switch Descriptions10.1.2 SW1-1 Password Reset Processor and Chipset Flash MemoryDual Ethernet Controllers Serial I/O Alarm Relays Telco Alarm SignalReal Time Clock Network Time Synchronization Battery Backup Watchdog TimerReplacing the Battery Battery Characteristics Running Your System Without a CMM Operating System Command Line Interface CLI Software SpecificationsRemote Procedure Call RPC Interface Ethernet Interfaces CMM SEL Architecture Sensor Event Logs SELSatellite Management Controller SMC Boards Baseboard Management Controller BMC Boards Hardware Redundancy Specification CMM Redundancy, Synchronization and FailoverSynchronization Synchronization Requirements CMM SynchronizationFiles or data Description Path Scenarios That Force a Failover CMM FailoverScenarios That Prevent Failover Scenarios That Failover to a Healthier Standby CMM Scenarios That Failover to an Equally Healthy CMM Failover TimingManual Failover Installing the CMM CMM Installation and RemovalUnpacking Connectivity Ejector Handle Operation Removing the CMM Intel NetStructureTMZT 7102 Chassis Management Module Intel NetStructureTMZT 7102 Chassis Management Module Bist Test Flow Built-In Self Test Boot-BIST Early-BIST Mid-BIST Late-BIST Boot-BISTEarly-BIST Mid-BIST Event Log Area and Event Management Late-BIST Monitoring the Static Images OS Flash Corruption Detection and Recovery DesignMonitoring the Dynamic Images CMM Failover Bist Test Descriptions 5 DS1307 RTC Test Fpga Version CheckNIC Presence/Local PCI Bus Test OS Image Checksum Test Connecting to the CLI CMM Connection and SetupConnecting through a Console CLI Overview Initial Setup Logging in for the First Time Setting IP Address PropertiesFTP Into the CMM Eth1 and Eth11 Setting Eth0 to Dhcp Rebooting the CMM Setting a HostnameSetting Auto-Logout Time Limit Cmmget and cmmset syntax Command Line Interface CLI Syntax and ArgumentsHelp Parameter -h Location Parameter -l Dataitem Parameter -d Target Parameter -tTarget -t Keywords Dataitem -d Keywords for All Locations Sheet 1 Dataitem -d Keywords for System location Dataitem -d Keywords for All Locations Sheet 2Dataitem -d Keywords for BladeN Locations Data Item Description Get Valid Set Dataitem -d Keywords for Chassis Location Dataitem -d Keywords for CMM Location Sheet 1Set Value Parameter Sample CLI OperationsDataitem -d Keywords for CMM Location Sheet 2 Generating a System Status Report Resetting the Password Resetting the Password in a Single CMM SystemResetting the Password in a Dual CMM System Intel NetStructureTMZT 7102 Chassis Management Module Threshold-Based Sensors Sensor TypesDiscrete Sensors Threshold-Based Sensor Events Intel NetStructureTMZT 7102 Chassis Management Module Syntax of Health Event Strings Health Event StringsHealthevents Query Event Syntax SEL Event Syntax Snmp Trap Event Syntax Sensor TargetsCMM Sensor Targets Sensor Target Description HealthEvents Queries for Individual Sensors Healthevents QueriesHealthEvents Queries for All Sensors on a Location No Active Events Not Present or Non-IPMI Locations List of Possible Health Event Strings Power Supply Event Strings PowerSupplyN PowerSupplyN Location IPMI-Compliant Supplies OnlyAll Locations Event String Event Code Event Severity Bist Event Strings Bist Sheet 1 11.4.3 CMM Location Chassis Location Slot Event Strings Slot N Event CMM Redundancy Event Strings CMM 1-2 RedundancyCMM Failover Event Strings CMM Failover CMM File Sync Event Strings CMM File Sync Chassis Sensor Event StringsEvent String Event Code If HealthEvents, its Severity Intel NetStructureTMZT 7102 Chassis Management Module Slot Power-Up Sequence Slot Power ControlAssertion of BDSEL# System Master Boards Drone Mode Boards Obtaining the Power State of a BoardAssertion of HEALTHY# During Power-Up Fabric and PCI-Less Slots Power Sequencing Commands and Policies Controlling the Power State of a SlotPowering Off a Board Powering On a Board Retrieving the Maximum Power-Up Attempts Setting the Healthy# Ramp-Up TimeSetting the Maximum Power-Up Attempts Retrieving the Healthy# Ramp-Up Time CMM detects a slot has been placed in offline or active Power Sequencing SEL Events Intel NetStructureTMZT 7102 Chassis Management Module Power Supply Detection Power SuppliesInhibit, Degrade, and Fail Signals Inhibiting Power Supplies Enabling Power Supplies Drone Mode SBC Support Adding a Drone Mode Capable SBCRemoving a Drone Mode Capable SBC Intel NetStructureTMZT 7102 Chassis Management Module Setting a Slot to Active Mode Setting a Slot to Offline ModeLimitations of the Offline Mode Active vs. Offline Slots Intel NetStructureTMZT 7102 Chassis Management Module FRU Information Obtaining FRU InformationFRU Query Syntax Data Item Description Chassis FRU Validity Check Fan Control and Monitoring Setting Fan SpeedAutomatic Fan Control Considerations for Turning Off the Fans Querying Fan Tray Sensors CLI Scripting CMM ScriptingAssociating Scripts to Event Severity Script Synchronization Listing Scripts Associated With Events Setting Scripts for Specific Individual EventsRemoving Scripts From an Associated Event Event Codes Slot Events Setting Event Scripts Intel NetStructureTMZT 7102 Chassis Management Module High Level SNMP/MIB Layout Snmp CMM MIB Querying Non-IPMI Compliant Blades and Power SuppliesMIB Design Snmp Agent Configuring the Agent to Respond to Snmp v3 Requests Configuring the Snmp Agent PortConfiguring the Agent Back to Snmp Setting up an Snmp v3 MIB Browser Snmp Trap Utility Configuring and Enabling Snmp Trap Addresses Alert Using UDP Alert Alerts Using SNMPv3Security Model Snmpd.conf 102 Using the RPC Interface Setting Up the RPC Interface20.0 RPC 103 GetAuthCapability ChassisManagementApi104 105 Error and Return Codes for the RPC Interface Sheet 1 Code # Error Code String Error Code Description106 107 Error and Return Codes for the RPC Interface Sheet 2 108 Error and Return Codes for the RPC Interface Sheet 3 Error and Return Codes for the RPC Interface Sheet 4 ChassisManagementApi Threshold Response Format109 Threshold Response Formats ChassisManagementApi String Response FormatString Response Formats Sheet 1 110 111 String Response Formats Sheet 2 112 String Response Formats Sheet 3 String Response Formats Sheet 4 ChassisManagementApi Integer Response FormatInteger Response Formats Sheet 1 113 Integer Response Formats Sheet 2 FRU String Response FormatFRU Data Items String Response Format Sheet 1 114 RPC Usage Examples RPC Sample CodeFRU Data Items String Response Format Sheet 2 115 116 RPC Usage Examples Sheet 1 117 RPC Usage Examples Sheet 2 118 RPC Usage Examples Sheet 3 119 Command Logging 120 Configuring the Telco Alarm Connector Pins Telco Alarm SensorsTelco Alarm Connector Sensor Naming 121 Telco Alarm Sensors and Redundancy Sensor Names using Snmp122 System Details Application HostingStartup and Shutdown Scripts System Resources Available to User Applications RAM-Disk Storage Locations Ram Disk Directory StructureRAM Constraints Interrupt Constraints 125 Busless Backplane Support 126 Update Process Architecture Key Features of the Firmware Update ProcessUpdating Software 127 Update Package Critical Software Update Files and DirectoriesList of Critical Software Update Files and Directories Contents of the Update Package Sheet 1 Update Firmware Package Version Update Package File ValidationContents of the Update Package Sheet 2 129 Component Versioning SaveList and Data PreservationSaveList Items and Their Priorities Sheet 1 130 UpdateMetadata File Update ModeSaveList Items and Their Priorities Sheet 2 131 Updating to an Older Synchronization Version Updating to a Newer Synchronization VersionSynchronization Behavior for Differing Synch Versions 132 Redundant CMM Systems Single CMM SystemCLI Support Updating to the Same Synchronization Version Data Restore User Scripts Update Mode User ScriptsHooks for User Scripts 134 135 136 Update Process Debugupdate Variable Update Process Status and LoggingUpdate Process Sensor and SEL Events 137 Required Setup RedBoot Update ProcessUpdate Procedure 138 Example CLI Commands Sheet 1 Use Case CLI Command Return139 140 Example CLI Commands Sheet 2 CompactPCI Intel CompactPCI* Product InformationIntel IOP310 Processor Chipset 141 142 Returning a Defective Product RMA For the Americas143 For Emea For Apac144 145 146 Technical Support and Return for Service Assistance Sales Assistance147 148 CE Certification SafetyEmissions Test Regulations EN 50081-1 Emissions Safety Precautions Product Safety InformationRegulatory Information Industry Canada Canada 151 152