NVMe training covers all the aspects starting from storage architecture, NVMe subsystem, commands, command flow, to understanding of advanced features including the power management, RPMB, streams, DIX, DIF protection and write atomicity.
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1-1 Dedicated Mentor Support
24/7 Tool Access
Multiple Mock Interviews
Industry Standard Projects
Support with Resume Update
NVMe Course Overview
Course Overview
NVMe training covers all the aspects starting from storage architecture, NVMe subsystem, commands, command flow, to understanding of advanced features including the power management, RPMB, streams, DIX, DIF protection and write atomicity.
Currently course is available in eLearning mode, with dedicated on-demand doubt clarification sessions.
NVMe overview
Different types of storage
Volatile
Non-volatile
HDD versus SSD
Flash memory
Understanding flash storage
NAND
NOR
Program and erase cycles
Media structure
Partition contents
Master boot record sector
Partition table
Partition table entry
File system used – FAT16, FAT32, xFAT
Data Clusters
LBA addressing
Storage architecture
NVMe topology
NVMe subsystem
NVMe topology
Namespaces
NVMe commands
Admin commands
IO commands
Admin command opcodes
NVMe command Queues
Types of command queues
Submission & Completion Queue
NVMe controller registers
Identify command
Identify controller Data structure
NVMe command flow
Phase tag bit
PRP and SGL
NVMe set
Command arbitration
NVMe 2.0 updates Course Registration
NVMe architecture
NVMe controller
I/O controller
Administrative controller
NVMe queue models
Memory based transport queue model
Generic command status definition
Command specific status definition
Status code
Admin commands
Identify command
Identify Namespace
Identify controller
Abort command
Create I/O submission queue
Create I/O completion queue
Delete I/O submission queue
Delete I/O completion queue
Asynchronous event request command
Read command
Namespace management command Course Registration
Power management
Autonomous power state transitions
Identify – Power State Descriptor Data Structure
Power loss protection
Host memory buffer
Controller memory buffer
Commands that run in background
Sanitize
Replay protected memory block
Management interface
MI Send and receive command
Out of band message transport
MCTP packet
In band tunneling mechanism
NVMe MI messages
Streams
Directive send command
Directive receive command
DIX, DIF, end to end protection
PRACT bit
Write atomicity
Key Features
Who All Can Attend This NVMe Course?
This training is ideal for professionals and students aiming to build or enhance their expertise in storage technologies, particularly in NVMe architecture and implementation.Pre-requisites To Take NVMe Training
To get the most out of this course, participants should have a foundational understanding of system-level concepts and some experience with low-level programming or storage technologies.
Recommended Background:
- Basic knowledge of computer architecture
- Familiarity with storage interfaces (e.g., SATA, PCIe)
- Understanding of C/C++ or similar low-level programming languages
- Exposure to operating system concepts (drivers, I/O stack)
- Prior experience in firmware or embedded systems development (preferred but not mandatory)
High Demand for NVMe Training
Know about the Growing VLSI industry
Firmware Engineers specializing in NVMe are in high demand, especially in semiconductor and storage companies.
Their expertise in low-level programming and protocol implementation is crucial for developing high-performance storage solutions.
Companies like Micron Technology, Western Digital, and Intel offer competitive salaries, often exceeding industry averages.
Proficiency in NVMe protocols, PCIe interfaces, and embedded systems significantly enhances earning potential.
₹9 LPA
₹16 LPA
₹18 LPA
₹35 LPA
₹40 LPA+
Explore a wide range of VLSI and Embedded Systems courses to get industry-ready.
50+ industry oriented courses offered.
Explore a wide range of VLSI and Embedded Systems courses to get industry-ready.
50+ industry oriented courses offered.
