Lattice Advanced

New to developing solutions using FPGAs (Field Programmable Gate Arrays)? This is the perfect place to start. In this course, we will provide fundamentals of digital logic and digital system design, and tie it to advantages of an FPGA-based implementation.

Get an in-depth understanding of the design and timing constraints methodology in this training course. Explore design constraints entry options, understand design constraints precedence rules and how they impact your design implementation, and learn about the Constraints Propagation Engine (CPE). Get recommendations and tips on what to watch out for when you define your design and timing constraints.

Note: This training course specifically refers to Lattice Radiant design software but many of the concepts apply to Lattice Diamond as well.

Learn fundamentals of FPGA configuration and programming in this training course. Here, we focus on the features available on the Nexus FPGAs. Get an in-depth understanding of the configuration flow, explore the status and control registers for configuration status monitoring, and review best practices for configuration debug.

Learn all about the Lattice Diamond design software. This course covers every software element from workspace and views, managing projects, IP implementation, handling constraints, understanding reports, running simulations, to carrying out debugs. Go through the entire design flow from Synthesis, to Map, to Place & Route (PAR) to Programming. Learn about powerful tools within Diamond that will make your development easier and more efficient.

In this in-depth course, we will explore Lattice Diamond in greater detail. Get to know each feature and tool more intimately as we unpack various applications of Diamond that can help with your development journey. Explore cross-probing capabilities that make your design inputs more efficient. Verify your design through simulations and on-chip debug. Utilize reports to guide you in optimizing your design. Follow a step-by-step tutorial to get hands-on experience of the full potential of Diamond.

Explore the Lattice CertusPro-NX device architecture. In this course, we step through each and every architecture block, including the PLU, EBR-LRAM, DSP, clock network, IO, and various hard IPs (MIPI D-PHY, PCIe). For each block, learn about the features available and the architecture details to help you optimize your design.

Explore the Lattice CrossLink-NX device architecture. In this course, we step through each and every architecture block, including the PLU, EBR-LRAM, DSP, clock network, IO, and various hard IPs (MIPI D-PHY, PCIe). For each block, learn about the features available and the architecture details to help you optimize your design.

Explore the Lattice iCE40 UltraPlus device architecture. In this course, we step through each and every architecture block, including the PLB, EBR, SPRAM, DSP, PLL, clock network, IO, and the I2C and SPI interface hard IPs. For each block, learn about the features available and the architecture details to help you optimize your design.

Explore the development boards and kits available with Lattice FPGAs. These boards make it easy for designers to develop solutions using Lattice FPGAs, and is a convenient platform for rapid prototyping and testing of your designs. Select the Lattice device of your interest to get a brief overview of what’s available, and the features supported on the development boards.

Unlock Lattice’s Low-Power FPGA Advantage: As FPGA densities and integration levels continue to rise, optimizing your designs for power efficiency is crucial. This course offers an in-depth exploration of FPGA power consumption mechanics, power estimation tools, optimization techniques, and head-to-head power calculations against the competition. Join us and unlock the secrets of FPGA power optimization!

Learn about solutions utilizing Artificial Intelligence (AI) for edge computing. Find out why Lattice FPGAs are perfect for processing AI workloads for edge devices and discover Lattice’s sensAI Solution Stack, a complete stack of everything you need to develop an FPGA-based Machine Learning / Artificial Intelligence (ML/AI) solution.

What is Industry 4.0 and its megatrends? Explore the challenges of the industrial Internet of Things (IoT) and learn about the OPC Unified Architecture (OPC UA). See how Lattice is addressing these industrial needs, and get introduced to the Lattice Automate Solution Stack, which provides everything you need to develop the next generation factory automation solution.

Learn about the mVision solution stack: With customizable performance and flexible interface connectivity, the stack provides everything you need to accelerate the integration of a scalable FPGA embedded vision solution.

A paradigm shift in security is happening right now. Find out the evolving risks and understand fundamentals on what it takes to make your systems secure and resilient. Learn about Lattice’s Sentry Solution Stack and MachXO FPGAs and discover the complete toolkit that includes everything you need to develop a Platform Firmware Resiliency (PFR) implementation.

Whether you’re new to RISC-V or a seasoned expert looking to integrate RISC-V into your FPGA solution, this course is tailored for you. It covers comprehensive RISC-V specifications, including the user-level instruction set architecture (ISA), privileged architecture, Control and Status Registers (CSRs) and more. You will explore the RISC-V models supported on Lattice IP Cores and how their features align with the RISC-V specifications. The course culminates with a demonstration of implementing RISC-V on Lattice hardware, providing hands-on reinforcement of the concepts learned.

Learn all about the Lattice Radiant design software. This course covers every software element from workspace and views, managing projects, IP implementation, handling constraints, understanding reports, running simulations, to carrying out debugs. Go through the entire design flow from Synthesis, to Map, to Place & Route (PAR), to Programming. Learn about powerful tools within Radiant that will ease design implementation and optimization.