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How Applications Determine AI Development

How Applications Determine AI Development

Posted 05/09/2022 by Hussein Osman

The importance of AI and ML, the rise of edge computing, and the need for flexible programming in AI. Artificial Intelligence (AI) is one of the biggest buzzwords in the technology industry today and is often thought of in broad terms to describe connected “smart” technology. However, when you think about all the different features enabled by AI and the outcomes AI solutions are designed to deliver, it becomes clear that the AI landscape and AI development is incredibly complex. The ...

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Key Benefits of Lattice Software Tools

Key Benefits of Lattice Software Tools

Posted 05/03/2022 by Roger Do

In the electronics industry, time-to-market is invaluable. Learn how Lattice software tools like Lattice Propel™, Lattice Diamond™, and Lattice Radiant™ enable customers to bring their products to market faster. Today’s electronics industry is tremendously competitive. Electronic systems are more common than ever in both consumer and commercial products across a range of markets and applications. Further complicating the landscape is the growing need for hardware flexibi...

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Infinite possibilities at the Edge – AI-enabled smart toys powered by low power FPGAs and AI solution stack

Infinite possibilities at the Edge – AI-enabled smart toys powered by low power FPGAs and AI solution stack

Posted 04/12/2022 by Hussein Osman

The global smart toy market is projected to grow to nearly $70 billion by 2026, per Transparency Market Research. Smart toys take a variety of shapes, like electronic pets, robots, smart train kits, and more. When you hear the word toy, you likely automatically think these are for kids, however some are developed specifically targeting older generations. The current senior toy marketplace contains products that range in utility from providing companionship to increasing cognitive skills to facil...

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Anti-Fragile Security and Post Quantum Crypto Readiness

反脆弱安全机制和后量子加密准备

Posted 03/08/2022 by Eric Sivertson

从很多方面来说,世界已经变得更加脆弱。最近的供应链问题就很好地印证了这一点。在全球范围内,企业相互依赖程度越来越高,复杂性日益增长,这让许多网络系统变得脆弱。多年来,网络安全一直是所有市场和行业的头等大事,然而如今我们已经到了一个转折点。由于黑客不断寻找新的侵入性方法来渗透系统并利用系统的弱点,网络攻击变得更加快速和精准。正因为如此,组织不仅需要网络安全,还需要具有网络保护恢复机制。 当组织展示出网络保护恢复能力时,它可以在遭受不利的网络攻击的情况下持续产出预期的结果,这种能力整合了信息安全、业务连续性和整体组织恢复能力等领域。由于响应是自动的,这意味着可以在数纳秒内做出反应和进行恢复。为了增强网络保护恢复的效果,更好地应对勒索软件、固件漏洞和其他安全漏洞,企业应采用企业应采用后量子(PQ)加密等解决方案,在保障系统网络安全的同时又能抵御未来的威胁。 PQ加密的目标是开发在量子计算机和经典计算机环境下安全的加密系统,并且能够搭配现有的通信协议和网络。行业预测在未来十年内将建成相当规模的量子计算机,因此目前许多基于公钥的密码系统都将处于风险之中。现代公钥加密基础设施的部署花费了10多年,...

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Processing Solutions for Evolving Space Application Requirements

Processing Solutions for Evolving Space Application Requirements

Posted 02/08/2022 by Jim Tavacoli

A new space race is officially upon us, one that brings the “Final Frontier” much closer to home than ever before. While we regularly see headlines about shuttle launches, there is another space application that’s much more common today – the growing number of satellites occupying the space sector known as “low Earth orbit,” aka “LEO.” This is where most of the “action” is taking place, making what once seemed remote and inaccessible to...

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How FPGAs help advance and protect your A&D design

How FPGAs help advance and protect your A&D design

Posted 02/03/2022 by Edward Peterson

Security is an increasingly important consideration for design engineers across all technology applications as the frequency and sophistication of cyber and physical attacks increases. In the aerospace and defense industry, robust hardware security is mission critical to field success and for protecting sensitive information. Security is a top priority at Lattice and is part of what makes Lattice the FPGA industry leader. Today our security offerings span hardware, software, solution stacks, and...

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Key Tech Trends to watch in 2022

2022年技术趋势之预见

Posted 01/24/2022 by TECHnalysis Research总裁兼首席分析师Bob O’Donnell

随着新年到来以及2022年CES的成功举办,很多人都想知道今年我们有望看到那些重要的技术趋势。可以预料的是,过去几年里涌现的一些重要的技术进展会在今年变得越来越重要,影响力也将越来越大,例如5G、AI和云计算等。与此同时,我认为还有一些相对较新的领域将在2022年收获大量关注。 汽车技术迅速崛起 例如汽车相关的技术是今年CES的重头戏之一,颇有蓄势卷土重来之势。之所以说卷土重来,是因为约五年前人们大力投入汽车技术,最后却发现短期内实现无人驾驶汽车的期望完全不切实际。如今来到2022年,我相信人们对于实现相关技术进步的能力和进度抱着更加脚踏实地的态度。 首先,尽管还有一些预测高调地表示能在2025年之前实现全面的自动驾驶,人们还是更加关注汽车技术的实际应用方面。例如ADAS(高级驾驶辅助系统)能为司机带来重要而切实的好处,如检测到目标或其他车辆时自动刹车;检测司机是否困倦或注意力是否集中;自动保持车道以及其他能够保障生命安全和减少伤亡的功能。这些看起来可能不如全自动驾驶汽车那般美好,但却非常实用,并且研究表明这些正是消费者实际上想要的功能。人们对于那些能够实现或者强化ADAS的技术越来越...

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Implementing Industrial Cybersecurity Trends and Standards in FPGAs

在FPGA中实现工业网络保护恢复机制和标准

Posted 12/20/2021 by Eric Sivertson

莱迪思最新一期的安全研讨会题为《FPGA中的工业网络安全趋势和标准》,重点讨论了工业环境中的网络安全实施相关话题。我们优秀的合作伙伴Perseus Information Security Consulting和Dekra Labs也参加了此次活动。如果你错过了现场活动,可以在此处观看研讨会的录像,或者继续阅读本文了解研讨会的主要亮点。 “工业4.0”时代见证了IT和OT世界的融合以及向云端的迁移,正如软件定义网络(SDN)概念所体现的那样,它正在影响互连世界的方方面面。因此,传统意义上无法访问互联网的端点如今可以上线且“可被发现”——系统因此变得更加脆弱,这也为新的网络攻击提供了沃土,这种新的攻击具有趋利性更强、速度更快、准确性更高等特点。 SDN本质上鼓励开放接口和丰富的生态系统,但是这会带来新的安全隐患。尽管人们非常注重保障数据通道安全,但是采用更加全面的安全策略依然十分重要,这需要考虑到平台层面的安全威胁可能会对网络的完整性以及系统内专有敏感数据造成灾难性的影响。在工业4.0时代,从工业传感器到网络边缘-云...

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FPGA Design Constraints – Performance and Analysis to Achieve Design and Timing Closure

FPGA设计约束——性能分析实现设计和时序收敛

Posted 12/15/2021 by Roger Do, Senior Product Manager, Design Tools, Lattice Semiconductor

以前的FPGA设计很简单。设计人员只需在芯片中全局设置基本时钟约束即可。而如今FPGA设计变得复杂起来。设计中会有多个时钟,需要考虑这些时钟之间的关系。还可能需要考虑时钟域交叉的问题。因此,当今的FPGA设计工具必须拥有更强大的分析功能,从而为设计人员确定时钟域交叉的位置,或者能够约束多个时钟,并对I/O进行约束确保顺利进行芯片设计。 约束是用来指导FPGA设计的实现工具,例如综合和布局布线。它们可以让设计团队确定设计的性能要求并帮助设计工具满足这些要求。设计约束和时序约束在FPGA设计中十分重要,因为它们明确了工具需要优化和报告的内容。不受约束的设计不会获得优化和产生报告,因为没有对它们设置约束来明确其运行速度;此外,这些工具也不会告知设计的执行速度如何,因为没有明确的指示来告诉工具需要此类信息。 因此,在最新版本的莱迪思Radiant设计工具中,我们关注两个目标——性能和分析。 图1:Radiant 3.1  Radiant 3.1改进了时序约束和时序分析之间的关联性,从而让模拟性能尽可能地接近实际的器件性能。该版本的设计工具还延续了我们在时钟频...

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The Criticality of Ethical AI

道德AI的重要性

Posted 12/09/2021 by TECHnalysis Research总裁兼首席分析师Bob O’Donnell

科技世界最为激动人心的一项议题就是人工智能(AI)。从科幻电影中的智能机器人到现实世界互连设备的智能功能,AI如今已成为最强大的技术之一。 但是,就像蜘蛛侠彼得·帕克所说:能力越大责任越大。人工智能也是如此。那些开发AI产品和服务的公司已经开始敏锐地意识到,如果没有以一种审慎、公平和公正的方式使用AI,可能会存在一些问题。 一个有趣的案例就是莱迪思半导体最新版本的sensAI解决方案集合及其在PC等客户端设备上的应用。莱迪思与主要的PC OEM厂商合作,将低功耗FPGA(例如 CrossLink-NX系列芯片)与sensAI 4.1版本结合来支持一系列应用,帮助改善用户体验,延长笔记本电脑的电池使用时间。 这些应用都使用PC自带的摄像头的数据来分析作为传感器输入源的笔记本电脑用户、用户身后的人、PC周围的环境等。FPGA使用经过训练、基于AI的推理模型分析图像数据,然后执行各种不同的操作。用户存在检测会根据是否检测到用户来决定打开或关闭屏幕。注意力追踪则会检测用户的注意力是否在屏幕上或转移至屏幕以外的地方,从而执行类似操作达到省电的目的。旁观者检测会确定其他人员是否在用户...

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