Lattice New Employees

Be introduced to the entire General Purpose FPGA product portfolio from Lattice, which covers the Lattice ECP5, Lattice Certus-NX, and Lattice CertusPro-NX product families. Learn how Lattice is reinventing the low-power general purpose FPGA with industry-leading features and applications.

Explore the Lattice CrossLink product line for video connectivity, which inlcudes the Lattice CrossLink, Lattice CrossLinkPlus, and Lattice CrossLink-NX product families. Learn about features and advantages that make CrossLink devices the perfect FPGA for video applications.

Get to know the Control and Security FPGA product portfolio from Lattice, which includes the Lattice MachXO5-NX, Mach-NX, MachXO3D, MachXO3 and MachXO2 product families. Discover the enhanced built-in security, fast instant-on capability, and other features that make these devices the industry’s most complete control and bridging FPGA solution.

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.

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.

Be introduced to every feature and tool available in the Lattice Propel design environment. As we take you through the development flow, learn about the various capabilities available in Propel Builder and Propel SDK (Software Development Kit). Examples include: flexible IP integration using the IP Catalog, managing system memory during firmware development, using OpenOCD (On-Chip Debugging) for debug, and TCL scripting of development flows.