08-18-2024, 12:47 AM
[center]![[Image: 4fc8dd28d21e53aabf9ab2bf0e3e41a8.jpg]](https://i123.fastpic.org/big/2024/0818/a8/4fc8dd28d21e53aabf9ab2bf0e3e41a8.jpg)
Published 8/2024
Created by Ninja S
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 70 Lectures ( 2h 39m ) | Size: 933 MB
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Foundational Course that prepares you for RTL Designs of increasing complexity
What you'll learn:
Have a clear understanding of the Register Transfer Level (RTL) abstraction for Digital Hardware Designs
Learn the Synthesizable subset and Rules for describing RTL in System Verilog
Hands on simulation and synthesis of parameterized RTL example for Combinational Logic
Hands on simulation and synthesis of parameterized RTL example for Sequential Logic
Structured RTL Design practices to converge on functional code quickly
Requirements:
Background in Digital Hardware Design (Electrical or Computer Engineering)
Exposure to an HDL (Verilog or VHDL) would be helpful
Description:
Learn the foundations of RTL design using SystemVerilog in a bootcamp-style course. Code, Simulate and Synthesize RTL in your own sandbox environment. Short to the point videos (~3 minutes max) help you absorb the course content easily.Don't settle for training that barely scratches the surface, offering only a shallow understanding of syntax and basic examples. Our courses are designed to dive deep into the world of RTL (Register Transfer Level) design, providing you with a thorough understanding of its origins and core principles. We focus on teaching you how to write well-structured, efficient RTL code, avoiding the pitfalls of endless, tedious iterations. Our curriculum is built around well-known design patterns and non-trivial examples that closely resemble real-world challenges, ensuring that what you learn is directly applicable in the industry.Each course is carefully crafted to build upon the previous one, gradually increasing your confidence and capability to create industry-strength RTL designs with minimal errors. We don't just teach you the syntax-we bring it to life through practical, hands-on examples. You'll be guided step-by-step in setting up your own local sandbox environment, where you can simulate and synthesize your code, moving beyond the limitations of proprietary tools.Moreover, every piece of RTL code you write will be accompanied by a test bench to verify functionality. We take it even further by teaching you how to check the synthesized netlist using gate-level simulation. This comprehensive, hands-on approach is what truly sets our courses apart from anything else available on the market.
Who this course is for:
Hardware Engineers (EE, CE or CS) who want to enter the Chip Design field
Practicing FPGA and ASIC engineers who want to build on their existing skills
Homepage
Published 8/2024
Created by Ninja S
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 70 Lectures ( 2h 39m ) | Size: 933 MB
[/center]
[center]
Foundational Course that prepares you for RTL Designs of increasing complexity
What you'll learn:
Have a clear understanding of the Register Transfer Level (RTL) abstraction for Digital Hardware Designs
Learn the Synthesizable subset and Rules for describing RTL in System Verilog
Hands on simulation and synthesis of parameterized RTL example for Combinational Logic
Hands on simulation and synthesis of parameterized RTL example for Sequential Logic
Structured RTL Design practices to converge on functional code quickly
Requirements:
Background in Digital Hardware Design (Electrical or Computer Engineering)
Exposure to an HDL (Verilog or VHDL) would be helpful
Description:
Learn the foundations of RTL design using SystemVerilog in a bootcamp-style course. Code, Simulate and Synthesize RTL in your own sandbox environment. Short to the point videos (~3 minutes max) help you absorb the course content easily.Don't settle for training that barely scratches the surface, offering only a shallow understanding of syntax and basic examples. Our courses are designed to dive deep into the world of RTL (Register Transfer Level) design, providing you with a thorough understanding of its origins and core principles. We focus on teaching you how to write well-structured, efficient RTL code, avoiding the pitfalls of endless, tedious iterations. Our curriculum is built around well-known design patterns and non-trivial examples that closely resemble real-world challenges, ensuring that what you learn is directly applicable in the industry.Each course is carefully crafted to build upon the previous one, gradually increasing your confidence and capability to create industry-strength RTL designs with minimal errors. We don't just teach you the syntax-we bring it to life through practical, hands-on examples. You'll be guided step-by-step in setting up your own local sandbox environment, where you can simulate and synthesize your code, moving beyond the limitations of proprietary tools.Moreover, every piece of RTL code you write will be accompanied by a test bench to verify functionality. We take it even further by teaching you how to check the synthesized netlist using gate-level simulation. This comprehensive, hands-on approach is what truly sets our courses apart from anything else available on the market.
Who this course is for:
Hardware Engineers (EE, CE or CS) who want to enter the Chip Design field
Practicing FPGA and ASIC engineers who want to build on their existing skills
Homepage
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