莱迪思博客

Lattice Avant Answering the Aerospace and Defense Need for SWaP-C

Lattice Avant Answering the Aerospace and Defense Need for SWaP-C

Posted 01/04/2023 by Luke Miller, Vice President Aerospace and Defense Business Development

As we begin 2023, I realized that this year is my 27th Year in semiconductors with a focus on Aerospace and Defense (A&D). One of my proudest accomplishments during this time is the impacts I’ve had on the end states for military forces, which continue to this day in my work at Lattice. Did you know that 72 percent of all A&D platforms (Radar, Electronic Warfare, military communications software defined radio, etc.) use FPGAs and FPGAs represent approximately 35 percent of the U.S....

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Lattice Avant FPGA

全新低功耗中端FPGA平台——Lattice Avant为FPGA市场注入新活力

Posted 12/05/2022 by 莱迪思半导体产品营销高级总监Gordon Hands

“数十亿个由人工智能算法支持的互连传感器、设备和系统每天都在生成大量数据,这加速了对网络边缘智能的需求。这一趋势要求开发商和OEM寻找更灵活和适应性更强的解决方案。莱迪思Avant的推出凭借其高性能数据处理能力迎合了这一趋势,满足市场对创新、高效和灵活性的迅猛需求。” Moor Insights & Strategy总裁兼创始人Patrick Moorhead 如今的企业面临着诸多挑战:快速变化的技术环境、对互连和智能似乎无止尽的需求以及网络边缘数据的爆发式增长。系统设计人员和开发人员比以往任何时候都更需要高效灵活的处理解决方案来满足这种加速的创新需求。 这些客户需求激励我们开发了莱迪思Avant™平台,有助于扩大我们在低功耗领域的领先地位,覆盖中小尺寸密度的FPGA市场。 加速FPGA创新步伐 莱迪思Avant平台的开发是基于Nexus™这一小型FPGA平台取得的创新成果。莱迪思Avant的革新设计为设计人员提供他们所熟悉的和期望从莱迪思器件获得的领先低功耗、高性能和小尺寸特性,且比之前的莱迪思器件拥有更高的容量、更先...

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Accelerating Space Development with Low Power, Radiation-Tolerant FPGAs and GRLIB

Accelerating Space Development with Low Power, Radiation-Tolerant FPGAs and GRLIB

Posted 06/09/2022 by Guest blog: Adam Taylor CEng FIET Embedded Systems Consultant

The importance and adoption of FPGA technologies are growing exponentially in space applications thanks to their on-orbit reconfigurability, responsiveness, and flexibility. This is especially true for the latest space application development aimed at Low Earth Orbit (LEO). Operators in LEO typically deploy fleets of satellites to perform applications from ship and asset tracking to weather, environment, and ecosystem monitoring. However, developing applications for space brings challenges ...

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Addressing Design Complexity in System Control Architecture

应对系统控制架构中的系统复杂性

Posted 05/31/2022 by Peiju Chiang

新冠疫情扰乱了全球的行业和经济,许多原先在办公室办公的员工不得不远程工作。劳动力的分散也给服务器、数据中心、网络和通信系统带来了巨大的压力。 例如,在美国,有71%的员工一直以来或大部分时间都在家工作,这给网络互连带来了压力,也让日常的计算更加依赖云服务以及5G和LTE等基础设施。管理咨询公司麦肯锡的研究表明,在疫情之后,“发达经济体中20%到25%的劳动力可以每周在家工作3到5天,是疫情之前的4到5倍。研究表明,这可能导致“工作地域发生巨大变化,个人和公司从大城市转移到郊区和小城市。” 对于在这种更广阔的地域内传输数据的技术基础设施而言,这种转变对其未来发展产生了重大影响。那些拥有超大规模数据中心的多功能云服务公司被迫快速扩展能力,满足新的、更复杂的系统控制架构和计算需求。这种复杂性和与之相关的不断增长的需求则需要简化系统设计并集成安全可靠的器件。 莱迪思最新的控制FPGA——莱迪思MachXO5™-NX是一种理想的低功耗解决方案,可满足当今控制架构日益增长的计算需求。MachXO5-NX器件基于Lattic...

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Not Your Fathers FPGA

全新一代FPGA

Posted 11/21/2017 by Doug Hunter

我总是听到一些工程师说:“我们用不了FPGA,因为它们尺寸太大、功耗太高、价格太贵!”对于很多FPGA来说,这的确是事实,但是还有一些FPGA一直在控制尺寸、功耗和成本方面努力,打破了人们对于FPGA的刻板印象。得益于这些FPGA发展之路上的引领者,FPGA不再局限于网络中心,现在正不断应用于您每天打交道的网络终端设备中。

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