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Lattice low power FPGA technology helped the Swissloop design team engineer an award-winning hyperloop pod.

A HRoT confirms validity of firmware before boot to help ensure a system is cyber resilient (able to to automatically detect/protect/recover from attacks).

This Lattice blog will compare and contrast some of the key differences between FPGAs and their primary competition, microcontrollers (MCUs).

This blog post focuses on how to implement a clock domain SPI interface between a DAC and a Lattice FPGA.

Combining Micron LPDDR4 memory with Lattice FPGAs can enable Edge applications with low power consumption and strong performance characteristics.

This blog post focuses on how to implement a two clock domain SPI interface between a DAC and a Lattice FPGA.

Lattice Certus-NX general purpose FPGA family now offers automotive grade versions of its FPGAs that are AEC-Q100 qualified for use in wide range of automotive applications.

Learn how FPGAs can help address size, weight, power, and cost challenges for aerospace and defense applications.

In a virtual seminar on cyber security trends and standards in automotive FPGAs, Lattice Semiconductor highlighted how OEMs can keep Lattice FPGAs used in automotive applications secured against cyber attack as they move through the global supply chain.

Lattice CertusPro-NX FPGAs outperform similar devices in data processing performance, system bandwidth, memory density, and support for small form factors.