Lattice Semiconductor

09/14/2026

🚨 The EU Cyber Resilience Act (CRA) took effect Sept. 11 for vulnerability and incident reporting. Manufacturers must now assess and report actively exploited vulnerabilities and security incidents, with full CRA requirements coming Dec. 11, 2027.

Lattice is advancing its own CRA readiness while supporting customers building CRA-compliant systems with secure-by-design FPGAs featuring hardware Root of Trust, post-quantum cryptography, platform firmware resiliency, and lifecycle vulnerability handling.

Read our latest blog to learn more: https://www.latticesemi.com/en/Blog/2026/Navigating-EU-Cyber-Resilience-Act-Compliance-with-Lattice?utm_source=Facebook&utm_medium=Organic_Social&utm_campaign=20260914_Facebook_Blog_EUCRA

09/11/2026

👀🤝See how tinyVision.ai Inc. tuned on the Lattice CrossLinkU-NX FPGA to improve CoreMark/MHz and optimize soft RISC-V performance for edge processing. Read the blog for practical insights on configuration choices, area-performance tradeoffs, and FPGA flexibility in resource-constrained designs: https://bit.ly/3T8PmeW

09/10/2026

🔐 The EU Cyber Resilience Act (CRA) is raising the bar for connected product security. Starting Sept. 11, 2026, vulnerability and incident reporting obligations begin, including 24-hour reporting to ENISA.

Learn what organizations need to know and how Lattice FPGAs can help support secure by design development, lifecycle resilience, and post-quantum readiness: https://bit.ly/4yBHdil

09/09/2026

🗓️ Mark your calendars! Lattice will join the Edge AI and Vision Alliance on Thursday, Sept. 24 at 9 a.m. PT for a webinar on deploying computer vision AI on far-edge devices under strict resource constraints.

The session will explore FPGA-specific strengths along with broader edge AI techniques for pipeline design, quantization, and hardware-aware training workflows that support robust, real-time AI performance in highly constrained environments.

Register here: https://bit.ly/4xG4lw1

09/08/2026

🎓 We had a great time guest lecturing at Monash University Malaysia on FPGA fundamentals and Lattice's low power programmable solutions. The session covered edge AI, machine vision, and industrial automation and sparked a great discussion with students about emerging technologies and real-world applications. Thank you to the faculty and students for the warm hospitality. We are always proud to invest in the engineers who will build what's next.

09/08/2026

📢Join Lattice and experts from Arrow Electronics, Citrobits GmbH, Tecphos Inc., and tinyVision.ai Inc. for a LinkedIn Live discussion on the technologies and architectures shaping next-generation vision systems. The conversation will cover:

🌐 Trends driving growth in cameras, lidar, radar, and other sensing technologies across AI and vision applications
🌐 Challenges in moving data from sensors to compute while maintaining performance, power efficiency, and scalability
🌐 How sensor aggregation, synchronization, MIPI connectivity, and FPGA-based approaches can support flexible sensor-to-compute pipelines

🔗Register today: https://bit.ly/4gOODr0

09/07/2026

💡 📚 Make this year the year you master low power FPGAs! Sign up for Lattice Insights, our dedicated training portal designed to enhance your expertise in low power FPGA design techniques and solutions development.

👉 Click here to start learning today: https://bit.ly/4dOx7Rr

09/04/2026

🤖 Autonomous robots depend on precise, synchronized sensor data to perceive and respond to the world around them. Learn how Lattice and Analog Devices are combining FPGA-based sensor synchronization with precision sensing to support low latency, deterministic edge AI robotics, from VSLAM to acoustic perception: https://www.latticesemi.com/en/Blog/2026/08/14/00/07/Advancing-Multimodal-Robotics-at-the-Edge-from-Vision-to-Voice?utm_source=Facebook&utm_medium=Organic_Social&utm_campaign=20260904_Facebook_Blog_RoboticsatEdgeVisiontoVoice

09/03/2026

🌐 Vision systems are becoming more sensor-rich, creating new challenges around power, connectivity, bandwidth, synchronization, and data movement. Join Lattice and experts from Arrow Electronics, Citrobits, Tecphos, and tinyVision.AI on Thursday, Sept. 10, 2026 at 1 p.m. PT for a LinkedIn Live discussion on rethinking sensor to compute architectures for the physical AI era.

➡️ Register here: https://bit.ly/4gOODr0

09/03/2026

“The flexibility of FPGAs is becoming particularly relevant as robotics moves toward greater edge processing. A single FPGA can support functions like power gating, protocol bridging, and hardware security simultaneously, which opens the door for true, end-to-end optimization in a way that was previously unavailable in these inherently resource-limited environments.” – Robotics and Automation News

🔗 Read the article to learn more:

As robots become more intelligent, autonomous and connected, much of the attention naturally falls on increasingly powerful AI models. But underneath those models is an increasingly complex collect…