In the world of programmable logic devices, SRAM-based FPGAs are often misunderstood. These FPGAs offer incredible flexibility and reconfigurability, making them ideal for a wide range of applications from consumer electronics to aerospace. Additionally, SRAM-based FPGAs can achieve high performance and low latency, making them suitable for demanding tasks such as real-time data processing and high-speed communication.
It's a common misconception that SRAM-based FPGAs are burdened by lengthy boo...
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Embarking on a new FPGA design can be an exciting yet challenging journey, especially for beginners. The world of FPGAs offers immense potential for creating complex and high-performance digital systems, but it also requires a solid understanding of various design principles and tools. Whether you are a new designer or a seasoned FPGA expert, at times, you might find yourself navigating through unfamiliar territory, from understanding timing constraints to managing multiple clock domains, or in ...
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One of the hottest topics in tech is the concept of Industry 4.0, which essentially refers to digitization, automation, and connected computing intelligence being brought to the world of manufacturing. The idea is to blend the value and capabilities of cloud computing, Internet of Things (IoT), and Artificial Intelligence (AI) together in a way that allows for smarter, more reliable, and more efficient operations in manufacturing and other industrial environments.
An essential part of the Indust...
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It’s no secret that Edge computing continues to experience rapid growth as enterprises seek lower latency, and more secure and private processing than centralized cloud datacenters can provide. Billions of Edge compute devices are being deployed in the market, and they’re only getting more advanced with time. Advancements in machine learning and deep neural networks have helped pave the way for this trend, enabling more intelligence to be processed at faster speeds than ever before....
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“Enormous amounts of data are being generated every day by billions of connected sensors, devices, and systems supported by AI algorithms, creating an accelerated need for intelligence at the Edge. This trend requires developers and OEMs to look for more flexible and adaptable solutions.”
Pat Moorhead, CEO and Chief Analyst at Moor Insights & Strategy
Companies today are challenged by a fast-evolving technology landscape, a seemingly insatiable hunger for more connectedness a...
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The world has become in many ways more fragile, and a quick look into recent Supply Chain issues highlights this very well. The global growth of interdependencies and complexities of enterprises has introduced fragility into many cyber-systems. Cybersecurity has been top of mind for years across all markets and industries, but we’ve reached an inflection point. Cyberattacks have continued to grow in velocity and veracity as bad actors find new invasive ways to penetrate systems and take ad...
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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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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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Posted 12/15/2021 by Roger Do, Senior Product Manager, Design Tools, Lattice Semiconductor
Traditionally, FPGA design was simple. Designers set a basic clock constraint that was propagated across the chip. But now, FPGA designs have become much more complex. There are multiple clocks, and relationships between those clocks. There may be clock domain crossings that need to be accounted for. So, FPGA design tools today must feature much greater analysis capabilities to show the designer, for example, where those clock domain crossings are, to be able to constrain for multiple clocks, an...
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The Lattice Propel design environment lets hardware and software developers quickly and easily develop Lattice FPGA-based applications in minutes.
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ラティスは新しく、次世代FPGA設計ソフトウェアであるLattice Radiantソフトウェアを発表しました。エッジ接続および計算の設計を可能にするRadiantソフトウェアは、とくにエッジアプリケーションの開発のために作られました。これは、フル機能のFPGA設計ツールでありながら、使い方はとても簡単です。
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最高の設計ツールを常にお客様に提供し続けるラティスが、最新のDiamondソフトウェアのリリースを発表します。Diamond 3.10ソフトウェアは、さまざまな省電力な設計方法による低消費電力に引き続き注力し、幅広い車載製品に対応する上、改良されたロジックアナライザツールを使用して生産性とユーザーエクスペリエンスを向上させます。
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少し前、組込み設計者がコストの削減をしようとしたとき、大容量のPCアーキテクチャを利用して開発コストを大幅にカットしました。その他のどこで、何百万ものコンシューマアプリケーションの中で、信頼性があり、使い易い設計ツールとオープンソース起動システムのエコシステムによって支えられた安価なコンポーネントを見つけることができたでしょうか?
今日の産業、車載機器、医療、そしてその他分野における組込み設計者は、スマートフォン市場が似た役割を果たすことに気づきました。モバイル市場における大規模な製造方法を活用したいですか?ご自身の設計をMIPI準拠のアプリケーションプロセッサ(AP)、センサ、ディスプレイ、そしてMIPIアライアンスによって定義されたインターフェース仕様へと移行させましょう。
もちろん移行を実現するためには、MIPI準拠のモバイル市場における魅力的な費用構造を活用しながら高度に専門化されたハードウェアとソフトウェアコンポーネンツの既存投資をどのように活用するかが厄介です。たとえば、既存のシステムが旧式または独自仕様のインターフェースで構築されている場合、MIPI APの価格や性能のメ...
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ラティスは社内の顧客ーつまり従業員のケアを徹底しています。とくにラティスは新卒生の専門的な成長に大きな関心を寄せ、労働環境で活躍できるように彼らのニーズに対応しています。
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2017年、当社はIP RTL暗号化の生産性や省電力の設計フローなどFPGA設計のいくつかの領域の改善と、ASCデバイスのサポート範囲の拡大に注力し、ラティスDiamond 3.9のリリースを開始しました。
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Technology is rapidly changing the environment and practice in the medical industry, including the surgical theatre commonly known as the Operating Room (OR). ORs are transitioning from a traditional model, where radiology imaging equipment resides in a separate room of the hospital, to a new Hybrid or Integrated OR model, where advanced diagnostic imaging equipment becomes an integral part of the surgical suite.
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ここ数年間で、オーディオとビデオのコネクタ市場は順調に安定してきました。新しいモニタにビデオソースを接続したいと思ったとき、DisplayPortを使用するでしょう。TVでホームシアターデバイスを接続するときは、HDMI®を間違いなく選ぶでしょう。
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In the depths of winter, with glitter from New Year celebrations still being cleaned off the streets, nearly 4,000 exhibitors descended upon Las Vegas. Starting your year with CES has become an annual rite of passage for consumer electronics companies, and with more than 20,000 products it looks like CES 2016 was another record setting show.
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