Mastering AMBA AHB Protocol Verification | Complete Design & Verification using UVM Based TB
Mr. Asim Khan
11 modules
English
Certificate of completion
Lifetime access
Become an expert by Learning AMBA AHB Protocol Design & Verification Course
Overview
Our AMBA AHB protocol training helps you learn how to design and verify digital systems using the AMBA protocol. You’ll get hands-on experience in writing RTL design blocks in Verilog and learn UVM verification methods used in the industry.
Our course covers key features of the Advanced High-performance Bus (AHB) protocol, including high-speed data transfer, pipelining, burst transfers, split transactions, and multiple master communication between IP blocks.
Whether you’re a beginner or an experienced engineer, our AMBA AHB verification using UVM module and UVM AHB bus verification tutorial will help you understand advanced AHB protocol design in a simple and practical way.
By the end of this course, you’ll be confident to work as an ASIC Design Engineer, FPGA Engineer, or Verification Engineer, with strong knowledge of AMBA AHB protocol design and UVM verification.
Key Highlights
Understand AMBA AHB Protocol in-depth
Learn to verify AHB Protocol using Universal Verification Methodology (UVM)
Complete design and verification of AMBA AHB Protocol
Hands-on experience with UVM based Testbenches
Master verification techniques for AHB Protocol
Enhance your skills in protocol verification
Practical insights into AHB Protocol verification
Achieve proficiency in AMBA AHB Protocol verification
What you will learn
Comprehensive Understanding
Gain a deep understanding of the AMBA AHB protocol and its verification methods.
Hands-On Learning
Get practical experience through hands-on exercises and real-world examples.
Expert Guidance
Learn from industry experts with extensive experience in AMBA AHB protocol verification.
Comparision
Analyze the differences between AMBA AHB, APB, and AXI to determine the best fit for various SoC applications.
Modules
Module-2 : AMBA Architecture
1 attachment • 3.15 mins
Learn
Module-3 : Signal Description
2 attachments • 6.07 mins
Learn
Signal Description
2 pages
Module-4 : AHB Transfers
20 attachments • 1 hrs
1.AHB_BasicTransfer (1) (1)
AHB Basic Transfer
2 pages
2.AHB-TransferTypes (1) (1)
AHB Transfer Type
1 page
3.AHB-LockedTransfer-1 (1)
AHB Locked Transfer
2 pages
4.AHB-Burst1 (1)
AHB Burst 1 Notes
2 pages
5.AHB_Burst2 (1)
AHB Burst 2
1 page
6.Burst-Calculation (1)
AHB Burst 3
8 pages
7.AHB-Burst-4 (1)
8.AHB-Waited_Transfer-1 (2)
9.AHB-Waited_Transfer-2 (2)
AHB Waited Transfer
2 pages
10.AHB-SecureTransfer (2)
AHB Secure Transfer
1 page
11.AHB-Exclusive-Transfer (3)
AHB Exclusive Transfer
1 page
Module-5 : Slave Transfer Response
2 attachments • 7.23 mins
AHB-SlaveResponse (1)
AHB Slave Response
2 pages
Module -6 : Data Buses
4 attachments • 6.27 mins
AHB-DataBuses-1
AHB DataBuses 1
1 page
AHB-DataBuses-2
AHB DataBuses 2
1 page
Module -7 : Optional User Signals
2 attachments • 6.09 mins
AHB-UserSignaling7 (1)
AHB User Signaling
2 pages
Module -8 : Miscellaneous
3 attachments • 25.13 mins
Endianness-1
Endianness-2
Endianness-3
Module -9 : Design AMBA AHB Protocol
14 attachments • 1 hrs
1.Tools-Interaction
2.Design-1
3.Design-2
4.Design-3
5.Design-4
6.Design-5
7.design-6
8.Design-7
9.Design-8
10.design-9 (1)
11.Design-10
12.Schematic
13.Flow_mistake
Download Design File
Module -10 : Verification of AMBA AHB Protocol
20 attachments • 2 hrs
1.UVM-Verification-Environment
2.Interface
3.Sequence_Item
4.Sequence
5.Sequencer
6.Driver-1
7.Driver-2
8.Driver-3
9.Driver-4
10.Monitor-1
11.Monitor-2
12.Agent
13.Scoarboard
14.Environment
15.Test
16.Testbench_Top (1)
17.Verification-Result-1
18.Verification-Result-2
19.Verification-Result-3
20. Conclusion
Certification Badge Exam
Certification
When you complete this course you receive a ‘Certificate of Completion’ signed and addressed personally by me.
Testimonials
I'm grateful for your guidance and support. Your passion for teaching inspires me to learn more. You've shown me that education is a powerful tool. Your lessons have taught me valuable life skills. I respect your dedication to education and your students.
Dileep Bind
AMBA AHB Protocol
FAQs
How to start coding of AMBA AHB Protocol?
To start coding the AMBA AHB protocol, familiarize yourself with its specifications, design the bus architecture, and implement the necessary components like masters, slaves, and the arbiter according to the protocol's timing and handshaking requirements.
What are main differences of AMBA APB and AHB protocol?
The main differences between AMBA APB and AHB protocols are that APB (Advanced Peripheral Bus) is designed for low-speed peripherals with a simpler, lower-cost interface, while AHB (Advanced High-performance Bus) is intended for high-speed data transfer with higher performance, supporting multiple masters and more complex transactions.
What is the latest protocol in Verilog?
The latest protocol in Verilog is related to the System Verilog standard, which enhances Verilog with features for object-oriented programming, assertions, and improved modeling for verification and design.
What is the AMBA protocol in Verilog?
The AMBA (Advanced Microcontroller Bus Architecture) protocol in Verilog is a standard for on-chip communication, defining the interface and protocols for data transfer between components like processors, peripherals, and memory.
Why is AMBA protocol used?
AMBA protocol is used to enable efficient communication and data transfer between different components in a system-on-chip (SoC) design, ensuring seamless interaction between various blocks.
What are the three types of Verilog modeling?
The three types of Verilog modeling are behavioral, structural, and dataflow.
How to learn AMBA protocol?
To learn AMBA protocol, start by studying ARM's official documentation, explore relevant tutorials, and practice implementing it in embedded systems projects.
What is the use of AHB protocol?
The AHB (Advanced High-performance Bus) protocol is used to facilitate efficient data transfer between components in a system on chip (SoC), ensuring fast communication and low latency.
About the creator
Mr. Asim Khan
Asim khan will be mentor for the AMBA AHB protocol course, bringing his strong knowledge of digital design, verification, and ASIC/FPGA development. He excels in developing high-quality, efficient RTL designs and optimizing system performance.
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