Lattice Semiconductor

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…

09/02/2026

As server architectures become more modular, connectivity matters. This demo shows how Lattice solutions help bridge communications between control modules and host processors, providing real-time monitoring and dependable system management. Explore our Open Compute Project Foundation-ready solutions: https://www.latticesemi.com/en/Solutions/Solutions/SolutionsDetails02/Lattice-OCP-Ready-Solutions-for-DC-SCM-and-HPM-CPLD-Connectivity?utm_source=Facebook&utm_medium=Organic_Social&utm_campaign=20260902_Facebook_Video_OCPSolutions

09/02/2026

📣 Happening tomorrow! Join Lattice and Embedded Computing Design for the virtual AI at the Edge Day event to learn how low power FPGAs help offload processing closer to the source, reducing latency and system complexity: https://resources.embeddedcomputing.com/series/ai-at-the-edge-day/landing_page?utm_bmcr_source=lattice

09/01/2026

🗨️ “We think it’s helpful to frame FPGAs as silicon that enables flexible specialization. Its programmable flexibility has real value as AI infrastructure becomes more customized.” – Ben Barajan, CEO of Creative Strategies

As AI drives unprecedented demand for GPUs, FPGAs are emerging as critical companion devices for data movement, networking, security, and system control across AI infrastructure. Read more about how the FPGA opportunity extends beyond compute and into the control plane that helps AI systems scale: https://www.thediligencestack.com/p/gpu-tsunami-and-fpgas-ai-compute

08/31/2026

🔐 As post-quantum cryptography ( ) planning becomes a growing priority, system designers need security solutions that can adapt as cryptographic requirements evolve. Lattice FPGA security solutions are designed to help developers strengthen system integrity, support crypto agility, and protect critical infrastructure from emerging threats. Explore our award-winning solutions here: https://www.latticesemi.com/Solutions/Lattice-FPGA-Security-Solutions?utm_source=Facebook&utm_medium=Organic_Social&utm_campaign=20260831_Facebook_Solutions_SecurityMLP

08/28/2026

🔐 Is your security architecture ready for Q-Day? Swipe for a Q&A with a Lattice security expert on post-quantum readiness and how industry-leading Lattice secure control FPGAs can help support crypto-agile, post-quantum cryptography-ready designs.

08/27/2026

☝️🌐 One week until our webinar with Embedded Computing Design. As sensors continue to multiply and AI workloads grow, processors are being pushed to their limits.

Join us to learn how FPGAs can help bridge the gap by connecting, processing, and offloading data at the edge, closer to where it's generated: https://bit.ly/4wVSauL

08/26/2026

Humanoid robots are moving from research labs into factories, healthcare environments, and public spaces. As these systems gain greater physical autonomy, cybersecurity becomes a critical component of safety. In this report from The Robot Report, Lattice explores:

✔️ Key security risks facing humanoid robots
✔️ Why software-only protections may fall short
✔️ How FPGAs and hardware-rooted trust enables resilient, real-time security

⬇️ Read the full article:

A free download looks at the state of humanoids, including a rundown of current robotics developers and interviews with industry experts.