Specialist - Implementation Engineer, PowerEdge MX Modular Exam
DES-4421
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98% Success Rate
Real Questions
1
MX-Series Portfolio Overview 14%
1.1
MX7000 Hardware Chassis Components and Numbering Schemes
2 subtopics1.1.1Chassis Physical Components
1.1.2Fabric Slot Numbering and IOM Placement
Learning Objectives
- Identify MX7000 chassis components by location and function
- Understand slot numbering schemes for compute, storage, and I/O modules
- Recognize fabric types and their purposes
1.2
MX7000 Compute and Storage Sled Components
2 subtopics1.2.1Compute Sled Types and Features
1.2.2Mezzanine Card Configuration
Learning Objectives
- Compare and contrast MX740c, MX840c, and MX750c compute sleds
- Understand mezzanine card configurations and fabric connectivity
- Identify appropriate compute sled for specific workload requirements
1.3
MX5016s Storage Sleds and Configurations
2 subtopics1.3.1Storage Sled Architecture
1.3.2Storage Assignment Modes
Learning Objectives
- Describe MX5016s storage sled capabilities and limitations
- Configure drive assignment modes appropriately
- Select correct storage controller for assignment mode
1.4
MX750c Compute Sled (15G) and Features
1 subtopics1.4.115th Generation Server Features
Learning Objectives
- Identify 15th generation PowerEdge features
- Understand DDR5 and E3.S storage benefits
- Configure BOSS-N1 for boot operations
Domain Hands-on Skills
Physically identify MX7000 components in chassisLocate and identify compute sled typesRecognize storage sled configurationsIdentify I/O modules by fabric type
Common Mistakes to Avoid
- Confusing fabric slot numbering (A1 vs B1 vs C1)
- Incorrect mezzanine card placement for fabric access
- Using wrong storage controller for assignment mode
- Not understanding single mezzanine fabric limitations
2
MX7000 Administration 38%
3
MX7000 Installation 17%
4
MX7000 Implementation 17%
5