DELL TECHNOLOGIESDell PowerEdge MX Modular Deploy
The Dell PowerEdge MX Modular Deploy certification validates your ability to configure, manage, and troubleshoot Dell PowerEdge MX modular infrastructure. Built for implementation specialists, pre-sales engineers, and technical consultants, this credential proves you can deploy and operate MX7000 chassis, compute sleds, and SmartFabric networking in real-world environments. Earning it demonstrates hands-on readiness for modern data center deployments.
595 practice questions · Updated 2026-07-30
5Domains
28Objectives
154Concepts
595Questions
POWEREDGE-MX-MODULAR-DEPLOY Curriculum
Every domain, objective, and concept the POWEREDGE-MX-MODULAR-DEPLOY exam measures.
- MX7000 chassis physical layout
- Compute sled numbering
- IOM (I/O module) numbering
- Power supply unit (PSU) numbering
- Cooling fan numbering
- Management module (MM) numbering
- Chassis slot mapping
- Identify MX740c compute sled specifications
- Identify MX750c compute sled specifications
- Identify MX760c compute sled specifications
- Compare processor capabilities across sleds
- Compare memory capabilities across sleds
- Compare storage and boot options across sleds
- Compare I/O and expansion capabilities across sleds
- Compare management and security features across sleds
- Compare power and cooling requirements across sleds
- Identify use cases and deployment scenarios for each sled
- 1U sled form factor
- 2U sled form factor
- Sled hardware specifications
- Sled installation and compatibility
- Sled power and cooling considerations
- MX5016s storage sled overview
- Drive support and configurations
- Sled placement and slot requirements
- Storage controller and connectivity
- Redundancy and high availability
- DDR5 memory features
- E3 storage
- PERC (PowerEdge RAID Controller)
- BOSS-N1 (Boot Optimized Storage Solution)
- CAC/PIV (Common Access Card/Personal Identity Verification)
- MX-Series switch roles
- Fabric modes
- IOM types and ports
- Uplink connectivity
- IOM management and monitoring
- IOM compatibility and placement
- ATMOS overview
- ATMOS component types
- ATMOS component functions
- ATMOS integration
- MX7000 Chassis Management Architecture
- Multi-Chassis Management Groups
- OME-M Overview
- Chassis Discovery and Inventory
- Configuration Management
- Monitoring and Alerting
- Firmware Management
- Template and Policy Management
- Role-Based Access Control
- Integration with Other Tools
- Storage sled management
- Drive mapping
- Drive/enclosure assigned configuration
- Internal storage architecture in MX7000
- Fabric C external storage connectivity
- Comparison of internal vs external storage
- Use cases for internal and external storage
- Slot Profiles Overview
- Creating and Applying Slot Profiles
- Managing Slot Profiles
- Log Generation and Types
- Creating and Viewing Logs
- iDRAC Service Module Overview
- Installing and Configuring iDRAC Service Module
- Using iDRAC Service Module Features
- Firmware update catalog overview
- Catalog creation and management
- Firmware update process
- Update validation and monitoring
- iDRAC reset methods
- iDRAC reset impact
- iDRAC lifecycle operations
- iDRAC integration with MX7000
- iDRAC security features
- Lifecycle Controller Overview
- Lifecycle Controller Features
- Accessing Lifecycle Controller
- Integration with MX7000
- MX7000 Infrastructure Overview
- Out-of-the-Box Setup Process
- Initial Configuration via OpenManage Enterprise Modular
- Fabric and I/O Module Awareness
- Chassis Group and Fabric Naming
- Power-on options overview
- AC power-on procedure
- DC power-on procedure
- Power-on sequence
- Power-on self-test (POST)
- LED indicators during power-on
- Troubleshooting power-on failures
- Accessing the Chassis Deployment Wizard
- Navigating the Wizard Interface
- Configuring Chassis Network Settings
- Configuring Chassis Name and Location
- Configuring Time and NTP Settings
- Configuring DNS Settings
- Configuring User Accounts and Security
- Reviewing and Applying Configuration
- Understanding server templates
- Creating a server template
- Applying a server template
- Modifying and updating templates
- Deploying templates to multiple sleds
- Managing template assignments
- Troubleshooting template deployment
- MX7000 network configuration types
- Supported network switch modules
- Network card compatibility
- Hardware requirements for specific configurations
- Cabling and connectivity requirements
- Fabric Expander Module overview
- FEM hardware components and connectivity
- FEM installation and physical setup
- FEM configuration with in-chassis switch
- FEM management and monitoring
- FEM firmware and driver updates
- FEM troubleshooting and best practices
- Chassis Management Group (CMG) fabric relationship
- Chassis backup lead role in fabric management
- Fabric failover and redundancy in CMG
- Initial switch setup prerequisites
- Accessing the switch management interface
- Configuring initial switch settings
- Verifying initial switch configuration
- SmartFabric Overview
- SmartFabric Components
- Fabric Modes
- SmartFabric Services
- Integration with MX7000
- SmartFabric Configuration Workflow
- SmartFabric Monitoring and Troubleshooting
- VLAN Scale Limits
- VLAN Scaling Considerations
- L2 Multicast Operation
- Multicast Group Management
- Minimum to POST
- POST process and indicators
- Common POST failures
- Alert types and severity
- Alert sources and channels
- Alert interpretation and response
- Identify MX7000 log types
- Access MX7000 logs
- Interpret log entries
- Correlate logs with events
- Export and share logs
- LCD PIN Management Overview
- Setting and Changing the LCD PIN
- PIN Recovery and Reset Procedures
- Right Control Panel Field Replacement Auto-configuration
- Auto-configuration Process and Requirements
- Verification of Auto-configuration
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