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Communications & Computing

MachXO3D

MachXO3D: Enabling Hardware Security

Posted 05/20/2019 by Gordon Hands

We live in an increasingly connected world, filled with communication systems, cloud computing and Edge devices working together to increase safety, comfort and convenience. But with that connectivity comes risk. We’re all familiar with how hackers exploit vulnerabilities in software to illegitimately access systems, but hardware is also vulnerable.

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Embedded World 2019

At Embedded World 2019, Lattice Brings AI to the Edge

Posted 03/07/2019 by Dirk Seidel

Last week at Embedded World, the Nürnberg Exhibition Center was abuzz with conversations about today’s hottest tech topic, artificial intelligence (AI), as embedded engineers prowled the show floor looking for ways to quickly and easily add AI support to future products. Lucky for them, Lattice Semiconductor had the solutions they were looking for.

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Person Detection at sub 1 mWatt

Proven Human Presence Simplified

Posted 01/11/2019 by Hussein Osman

With the evolution of SMART cities, homes and factories, there is a multitude of situations that demand accurate proof of the presence of a person…and perhaps his or her positioning and actions. In a modern factory using Industrial IoT (IIoT)/ Industry 4.0 practices, safety must not be left behind.

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Architecting Low Power AI

System Architecture Options for On-Device AI

Posted 11/14/2018 by Deepak Boppana

How often is low power the determining factor for success? Certainly when designing solutions for AI inferencing in always-on edge devices, the power consumption must be measurable in milliwatts. Think about it: AI at the edge solves real world problems, and is – or very soon will be – everywhere.

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Is Your Computer Firmware Safe?

New NIST Standard Tackles Latest Attack Vector for Servers

Posted 11/07/2018 by Shyam Chandra

There is an emerging, though not widely known attack vector for hacking a server: firmware. Last month, researchers at ESET published a report on Lojax, a rootkit (firmware hacking tool) believed to have been developed by Sednit, the notorious cyberespionage group linked to Russian military intelligence.

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Use FPGAs to Optimize Always-on, Inferencing Applications

Use FPGAs to Optimize Always-on, Inferencing Applications

Posted 10/08/2018 by Deepak Bopanna

A new generation of AI-based edge computing applications demand a wide range of performance requirements. But how can developers build edge solutions that consume little power and occupy minimal footprint at low cost without compromising performance?

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Home is where AI is

Home is where AI is

Posted 09/04/2018 by Hussein Osman

Very soon most homes will have Siri, Alexa, Google Home or similar. Many already have all three. The acceptance of such sophisticated AI systems as an everyday, normal addition to the living room says much about the human condition to imagine, conceptualize, innovate, experiment with...

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Form Follows Function – Selecting the Best Lattice FPGA

Form Follows Function – Selecting the Best Lattice FPGA

Posted 04/03/2018 by Gordon Hands

You may be asking yourself, “What does a nineteenth century architect have to do with FPGAs?” A key decision facing many system architects is which FPGA families to use in their next project. Lattice currently offers four classes of FPGAs: iCE, ECP, Mach and CrossLink. It is often tempting to think of FPGAs as just a blank canvas, ready to be filled with digital logic.

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Lattice Radiant Software

Lattice Radiant Software: Full-featured Tool Suite for Edge Designs

Posted 03/06/2018 by Choon-Hoe Yeoh

We recently introduced our next generation FPGA design software: Lattice Radiant software. Embracing our corporate mission of enabling edge connectivity and computing designs, the Radiant software was specifically created for the development of edge applications. It is a full-featured FPGA design tool suite and yet simple to use.

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Solving the Challenges around In-Field Upgrades

Solving the Challenges around In-Field Upgrades

Posted 03/01/2018 by Joel Coplen

A key benefit of programmable logic devices, such as FPGAs and CPLDs, is their programmability. These devices are typically deployed with a unique design intended to address application-specific problems. And because of these problems, many embedded systems that deploy programmable products benefit greatly from the ability to update their design and configuration after manufacturing. An upgrade feature is useful for multiple end-applications.

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