莱迪思博客

The expansion of artificial intelligence (AI) solutions is driving unprecedented change in datacenter infrastructure. These changes are not confined to raw compute power, either: platform complexity, power density, thermal management needs, and security demands all continue to evolve to support high volume, complex AI workloads. In a recent Security Seminar, experts from Lattice, ASPEED, and AMI discussed growing infrastructure demands, their impact on datacenter design, and why strategic, layer...

全球数据中心市场正以惊人速度扩张，预计到 2033 年市场规模将突破 9000 亿美元。这一前所未有的增长由对 AI 计算能力的强劲需求所驱动，进而要求服务器更加强大、更加复杂。 这些服务器历来采用精简、统一、高度集成的架构运行。然而，需求的持续增长催生了更加分散、异构的数据中心基础设施，给运营商的管理与控制带来了更大挑战。 在 Embedded Computing Design 近期主办的网络研讨会上，Lattice 深入探讨了这一日益复杂的趋势、AI 服务器网络面临的不断扩大的安全风险，以及现场可编程门阵列（FPGA）如何为数据中心安全创新提供所需的控制与信任基础。 数据中心解耦驱动复杂性与风险上升 从统一服务器系统向解耦 AI 基础设施的转变，在现代数据中心中以多种形式呈现。一方面，这涉及在同一服务器机架中整合来自多家供应商的组件，包括不同的 CPU、GPU、网卡（NIC）、数据处理器（DPU）、加速器等；另一方面，还需要支持混合模式，即同时利用云端与本地基础设施，使管理层在系统软硬件层面更加碎片化。 这种解耦带来的问题可归结为三大核心运营痛点： 复杂性爆...

On June 22, 2026, President Trump signed Executive Order (EO) 14409, Securing the Nation Against Advanced Cryptographic Attacks, a significant policy milestone that accelerates the U.S. government's timeline for adopting post-quantum cryptography (PQC). 2026年6月22日，特朗普总统正式签署第14409号行政令（EO 14409）——《保障国家免受高级密码学攻击》，这是美国政府加速推进后量子密码学（PQC）应用的重要政策里程碑。 在本博客中，我们将探讨这一行政令的具体要求、其截止日期为何比许多机构预想的更为紧迫，以及莱迪思屡获殊荣、业界领先的PQC就绪型MachXO5™-NX TDQ FPGA系列如何帮助客户应对这一过渡挑战。 该行政令针对联邦高价值资产（HVA）及高影响力系统设定了明确的合规要求...

ASPEED’s management compute and Lattice’s low power programmability come together in a single device — the configuration modern platforms have been asking for. Server architectures aren’t getting any simpler. AI workloads keep pushing platforms toward disaggregation, modular I/O, and faster iteration cycles — and OEMs and ODMs are being asked to deliver all of that while platforms keep evolving after they ship. The new ASPEED AST1840 brings two leading technologies ...

Every major shift in datacenter architecture moves certain security capabilities from nice-to-have to non-negotiable. As systems become more disaggregated, platforms more modular, and firmware delivery increasingly network-based, traditional trust assumptions no longer hold. Hardware is sourced across vendors. Devices are updated and replaced continuously. Systems are expected to evolve over long operational lifetimes rather than remain static. In this environment, trust cannot be assumed at bo...

In early 2026, a quiet shift became impossible to ignore: artificial intelligence (AI) moved from helping defenders to operating like an attacker at scale. The cybersecurity community took notice when researchers revealed that an advanced AI system, known publicly as Claude Mythos Preview, was able to independently discover and exploit serious software vulnerabilities. Many of these weaknesses had existed for years in widely used operating systems and software, despite extensive testing and revi...

人形机器人市场正快速从概念走向商业化现实。得益于传感、驱动及边缘智能领域的重大突破，曾经只存在于研究实验室的成果，如今已逐步出现在工厂、仓库和服务环境中。 随着这些系统承担越来越复杂的工作负载，开发者必须在严苛的功耗与散热限制下，实现密集的传感器数据融合、亚微秒级电机控制回路以及实时感知处理。核心问题已不再是"能否造出人形机器人"，而是"能否信任它们安全、自主地运行"。 Lattice FPGA 在这一转型中发挥着关键作用——通过紧邻电机和传感器的低功耗、高确定性处理，驱动感知与灵巧动作的实现。结合TPM锚定安全机制与硬件信任根（HRoT）架构，这些器件还可帮助团队强化机器人各分布式节点的系统完整性。 近期，我们与Lattice安全事业部副总裁Eric Sivertson进行了深度对话，探讨如何借助TPM锚定型FPGA、确定性控制及量产路径，保障人形机器人的安全。 问：您如何看待当前人形机器人市场的成熟度？ 答： 市场仍处于早期阶段，但发展势头迅猛。我们正在见证人形机器人从研究和试点阶段向早期商业化部署转变。人形机器人代表着"具身智能"的终极形态，但市场尚未成熟...

One of the more exciting developments now happening in the high-tech world is the work being done to enable quantum computing. After decades of theoretical discussion and development, the last few years have shown tangible progress in this radically different (and enormously complex) new method of computing. Quantum computers essentially perform calculations by flipping the electrical charge of individual atoms and allowing them to simultaneously exist in more than one state through a process ca...

Quantum computing is no longer just a concept confined to research labs. Thanks to rapid progress in both hardware and algorithms, the risk to today’s cryptographic systems is steadily increasing. In 2025, Google’s 105-qubit Willow chip and Microsoft’s Majorana 1 processor demonstrated that scalable quantum systems are moving closer to practical reality. Industry experts now predict that quantum computers capable of breaking RSA-2048 encryption could arrive as early as 2030 to ...

服务器是现代计算基础设施的中坚力量。它们承载着敏感数据、AI模型以及核心工作负载，因此成为愈发复杂网络威胁的主要目标。随着服务器架构日益模块化、分布式发展，且集成多种CPU、网络接口卡、加速器、SCM模块等，加之企业对这些分布式系统的依赖不断加深，保障其安全的复杂性也随之成倍增加。 近期的攻击事件——例如利用Secure Boot漏洞或利用本地部署环境的零日漏洞——充分证明了平台级攻击如何绕过传统软件防线。这些威胁常通过固件植入与持久化攻击路径，悄然突破常规防御体系。相应地，监管框架与行业标准（包括CNSA 2.0、NIST 800-193和欧盟网络弹性法案）正日益要求采用强制的硬件安全措施，比如平台弹性、加密保障与安全生命周期管理。 要满足这些要求并抵御高级威胁，绝非易事。为系统开发者提供强大的硬件解决方案与安全最佳实践，可帮助企业构建具备弹性的服务器架构，从而支持安全、可扩展的计算环境。 服务器级安全面临哪些挑战？ 要打造具备弹性的基础设施，开发者必须解决影响服务器级安全的核心障碍。 这些持续演化的威胁，包括但不限于： ...