破局AIoT感知挑战,矽典微徐鸿涛博士受邀出席香港SIIAS峰会分享“芯”智见

2025年12月2日,中国香港——矽典微(ICLegend Micro)创始人兼CEO徐鸿涛博士今日受邀出席于香港举行的“半导体创新与智能应用峰会(SIIAS)”,并发表核心演讲。作为汇聚全球半导体顶尖智慧的年度盛会,SIIAS此番邀请揭示矽典微凭借在智能毫米波感知领域开创的“AI+IC”融合创新范式,其产业洞察与技术路径获得国际高端平台的高度认可。徐鸿涛博士在演讲中指出,AIoT发展的下一阶段在于感知层能否完成从“探测有无”到“理解意图”的智能升维,而这正是其带领矽典微始终致力于破解的核心课题。   破解“产学之墙”,定义“AI+IC”新范式 徐鸿涛博士的演讲,始终贯穿着一种独特的“融汇”视角——将深刻的学术洞察与严苛的产业实践无缝对接。他剖析,当前感知产业面临的瓶颈,本质上是“产学研”之间存在一道无形的“物理墙”:前沿算法难以在资源受限的芯片上高效运行,而芯片设计又往往滞后于快速演进的应用需求。破解之道,在于成为“破壁者”,在芯片设计的源头即注入对算法与场景的深刻理解。徐鸿涛博士提出的“AI+IC”理念,正是这一思想的凝结:它并非简单的技术叠加,而是要求芯片(IC)本身即为承载智能(AI)而设计,从架构层面实现算力、能效与算法效率的全局最优。这种从第一性原理出发、贯通理论与实践的思维方式,使得他的分享超越了常规的产品介绍,上升为对一种新产业范式的勾勒。   从“翻译器”到“推进器”,系统降低智能获取门槛 基于此理念,矽典微的实践路径清晰而坚定。徐鸿涛博士在峰会中阐释,公司的技术演进始终围绕着“降低行业的智能获取成本”这一核心。这首先体现在其高度集成的毫米波传感器SoC上,如同高效的“物理世界翻译器”, 将复杂的射频信号转化为精准、可靠的数据信源。在此坚实的基础上,矽典微通过提供预集成的传感器参考设计与开发套件和工具,构建了一条 “快速验证与量产通道” ,实质性地成为客户产品上市的 “推进器” 。最终,这一切通过 “ONELAB”一站式平台 和丰富的参考设计,被封装为易于调用的 “智能模块” ,从而让生态伙伴能够跨越技术鸿沟,直接聚焦于场景价值的创新本身。   从讲台到基石,影响力源于可复制的价值 从香港SIIAS的讲台延伸观察,行业顶尖论坛的持续邀约,本身已成为一种对技术路线与产业价值的筛选。它表明,在这个由硬核创新驱动的话语体系内,市场所期待与认可的,正是那些能够将前沿洞察转化为稳定、可量产产业基石的技术路径与企业。矽典微的“AI+IC”之路,正是在铸造这样的基石,其目标不仅是提供芯片,更是旨在重塑智能终端感知与理解世界的方式,从而赋能千行百业迈向更本质的智能化未来。

矽典微发布XenD101HS:以“芯片级”隐形感知,重新定义毫米波交互边界

告别笨重模组,12mm见方实现人体生命感知,专为极致感应空间而生。 定义“芯片级”毫米波新形态 2025年11月1日,上海——在智能设备日益追求“极简美学”与“无感交互”的今天,如何在不破坏设备外观的前提下,精准感知人体存在,一直是行业前进的目标和难题。矽典微推出新品XenD101HS,AiP人体生命存在感应毫米波传感器,以突破性的“芯片级”设计,重新定义了毫米波交互边界。 搭载了新一代ICL111A AiP(封装天线)芯片的高集成传感器,XenD101HS突破了传统分立式模组的物理限制,将天线与射频前端全内置,打造出仅12mm x 12mm的极致紧凑设计。这款产品专为解决智能设备在小型化、隐形化设计中的感知难题而生。让毫米波技术迈入“芯片级”应用时代——让人体生命存在检测变得像集成一颗普通芯片一样轻松易用,且能完美隐身于任何产品设计中。   技术优势:四大核心突破,重塑感知体验 XenD101HS的核心优势在于将“隐形交互感知”能力与“硬汉级”环境适应性完美融合。 “指尖级”极致微型化产品采用12x12mm的超紧凑设计,面积较主流模组缩减75%,是全球最小的1T1R毫米波SoC。这种“芯片级”尺寸打破了物理空间的限制,让传感器能够被轻松塞入“指尖”大小的狭小空间,甚至可以无缝隐藏在全面屏设备的极窄边框内,真正实现了感知能力的隐形化植入。 “开箱即用”开发效率提升百倍通过将天线与射频前端全内置,XenD101HS实现了SoC级别的高度集成。这免除了客户复杂的天线设计与仿真验证环节,无需高频板材即可直接在普通单面FR4板上布板。这种设计将开发周期从“周”级缩短至“小时”级,大幅降低了技术门槛,让毫米波应用像集成一颗普通芯片一样简单便捷。 “风雨无阻”的环境适应性产品采用了交叉极化天线与纳米镀层工艺,构建了卓越的“环境硬汉”属性。它能有效防潮、防腐蚀、抗静电,这种可靠性使其能够无惧浴室的湿气、厨房的油烟甚至户外环境,为全天候安防与感知提供了坚实保障。   行业赋能:AI算法增强,全场景覆盖 XenD101HS不仅是一颗传感器,更是智能场景的“智慧之眼”。通过内置的AI算法增强技术,该芯片能够精准识别睡眠、静卧、静坐及微动状态,大幅提升常见人体传感器在检测中无法长时间精准检测静止人体的痛点。 智能家居家电: 实现智能空调、风扇的自动启停与风向调节(避人/跟人),并根据是否有人自动启停,大幅降低能耗。 智慧照明:真正的“人来灯亮,人走灯灭”,即使在高湿环境下稳定工作,实现浴室镜、浴霸的智能人体感应和无感交互控制。即使静坐阅读,灯光也不会误判熄灭;离开后,灯光自动关闭,节能又省心。 智慧酒店: 实时监测室内留存人员及生命检测,更安全守护不侵犯隐私(相比摄像头,雷达更注重轮廓与动作,不采集图像)。 —— XenD101HS现已全面量产,为了让更多开发者和用户体验“芯片级”毫米波的魅力,矽典微现已开启新品体验通道。前往淘宝搜索“矽典微XenD101HS”,即可享受首单立减优惠及免费使用指导服务。让您的产品快速具备“超能力”,在智能家居的浪潮中脱颖而出!

矽典微发布XenD103HS | 窄边框设计的“毫米波之眼”,开启隐形感知新视界

专为全面屏电视与智慧镜打造,极简开发,让毫米波雷达完美隐身于几毫米的边框之中. 专为“窄边”而生的毫米波革新 2026年1月1日,上海——在智能设备追求“全面屏”与“无边框”的浪潮下,如何在极度狭窄的物理空间内植入高精度感知能力,成为了硬件设计的一大挑战。矽典微推出的XenD103HS 窄边极小尺寸AiP人体生命存在毫米波传感器可以解答这一问题。 XenD103HS搭载了矽典微新一代ICL111A AiP(封装天线) SoC高集成芯片技术,打造出仅23mm x 6mm的极致窄边康紧凑设计。针对超窄边框有需求的应用场景进行了形态优化。它将高性能毫米波雷达系统浓缩于极致紧凑的封装中,让智能感知突破了物理边界的束缚,成为智能显示、高端家电等设备中不可或缺的“隐形之眼”。 打破边框限制,再造感知隐形美学 XenD103HS的核心价值在于其窄边隐形的物理特性与全面感知静止、微动、运动人体目标的优异探测能力,解决了“空间受限”与“感知需求”之间的矛盾。 “窄边框”形态,突破物理局限不同于传统模组的大块头,XenD103HS针对狭长型设备边框进行了结构优化。它是智能电视、智能镜、全面屏空调面板等设备的理想搭档。无论是仅几毫米宽的屏幕边框,还是嵌入式家电的装饰条,XenD103HS都能轻松嵌入,实现“有界无形”的工业设计,让设备在保持超窄边框美学的同时,拥有敏锐的感知力。 “极简开发”,降低应用门槛为了让“窄边”感知技术更快落地,XenD103HS延续了矽典微“芯片即方案”的理念。无需昂贵的高频板材(普通FR4即可),支持单面布板,彻底免除了复杂的天线设计与调试环节。配合可视化工具,开发者可以实现“小时级”的快速配置,将毫米波技术的应用大幅降低。 “风雨无阻”的环境耐受力  担心传感器在浴室起雾或厨房油烟中失效?XenD103HS采用了纳米级防护镀层,具备防潮、防腐蚀、抗静电的“硬汉”体质。更可靠实用,无惧环境中的湿气、烟雾甚至户外环境,是场景化智能检测中值得信赖的“全天候哨兵”。 让设备“看见”看不见的存在 凭借其窄边框适应性和精准的AI算法,XenD103HS赋能合作伙伴打造更具人性化的智能体验。 智慧显示与镜面: 在超窄边框的智慧屏或浴室镜中,实现人来屏亮、人走屏暗,且不破坏屏幕的一体化美感。 隐形安防: 传感器完全隐藏在设备内部,无外露探头,既美观又防破坏,提供高隐蔽性的生命体征监测。 智能家居家电: 赋予智能冰箱、厨卫、空调“无感交互”的能力,实现人机交互的零接触,保持设备表面的洁净与优雅。 —— XenD103HS现已全面量产,为您的产品设计提供全新的感知维度。 如果您正在为智能设备的窄边框交互设计寻找解决方案,欢迎访问矽典微官网或关注官方公众号获取详细资料。抢先体验窄边框毫米波传感器的魅力!

ICLEGEND MICRO New Release | Miniaturized AiP, Enhanced Gesture Control, and Developer Empowerment

Shenzhen, China – August 27, 2025 – At the IOTE 2025 International Internet of Things Exhibition, Dr. Hongtao Xu, CEO of ICLEGEND MICRO, delivered a keynote speech titled “The New Ecosystem of Millimeter-Wave Sensing: Collaboration and Innovation for the Future.” During the event, the company officially unveiled three major new products: the ICL111A AiP Millimeter-Wave Sensor SoC, the ONELAB Millimeter-Wave Sensor Development Kit, and the XenG Series Gesture Recognition Sensors. Millimeter-Wave Sensing at a Turning Point In his address, Dr. Xu emphasized that millimeter-wave (mmWave) sensing technology is at a critical inflection point of innovation and large-scale commercialization. Applications are rapidly expanding across smart homes, intelligent mobility, health monitoring, and industrial IoT, where mmWave sensors demonstrate unique value. As a pioneer in the domestic mmWave SoC field, ICLEGEND MICRO has consistently adhered to its strategy of “chip-driven innovation, ecosystem co-creation.” The company is committed to continuous product breakthroughs that drive the comprehensive upgrade of IoT sensing ecosystems. Global Launch: ICL111A AiP Millimeter-Wave Sensor SoC The ICL111A AiP (Antenna-in-Package) Millimeter-Wave Sensor SoC made its world debut at the exhibition. With a compact footprint of just 5.5 mm × 5.5 mm, it integrates a high-performance RF front-end with an intelligent processor in a single package. This architecture effectively addresses industry pain points such as miniaturization, low power consumption, and ease of integration. It enables flexible sensing capabilities for ultra-compact smart lighting, slim consumer devices, and next-generation IoT applications. Accelerating Development: ONELAB Millimeter-Wave Sensor Development Kit Building on its SoC innovations, ICLEGEND MICRO also introduced the ONELAB Development Kit—a standardized hardware platform designed for developers and R&D teams. The platform includes 11 mmWave radar development boards, covering three design dimensions: ultra-compact form factor, narrow-bezel integration, and enhanced performance. Each board is available in two configurations: M0 MCU Standard Edition and M4 MCU Performance Edition. By leveraging ICLEGEND MICRO’s professionally validated and highly reliable hardware, developers can bypass extensive hardware design and verification, allowing them to focus on algorithm innovation and user experience. This significantly shortens the time-to-market, accelerating the transition from concept to product. “The launch of ONELAB is a key milestone in our ecosystem strategy,” Dr. Xu stated. “Through open collaboration, we aim to empower developers and partners to bring mmWave applications to market faster, fueling broader industry innovation.” Enhancing Human–Machine Interaction: XenG Series Gesture Recognition Sensors The final highlight of the launch was the XenG Series Gesture Recognition Sensors, which introduce a more intuitive and natural interaction mode for smart homes. XenG101G – Powered by the ICL1112 1T1R chip, the sensor automatically detects human presence, wakes up devices, and precisely recognizes hand-wave counts. Each gesture can be flexibly assigned to different functions, enabling seamless “presence-aware” control for scenarios such as smart lighting and switch control. XenG202G – Equipped with the ICL1122 1T2R chip, it expands capabilities with three-dimensional trajectory tracking, supporting directional gestures, sliding, and double-tap definitions. This enables more advanced interactions for applications such as smart security, appliance control, and multi-mode switching. Both sensors deliver zero learning cost for end users—interactions are achieved through natural gestures without memorizing complex commands—bringing mmWave sensing into everyday life. Driving Industrialization and Ecosystem Growth Dr. Xu concluded: “From successive generations of SoCs to standardized development kits and increasingly intelligent interaction sensors, ICLEGEND MICRO will continue to drive the industrial-scale adoption and multi-scenario ecosystem development of mmWave sensing. Through open collaboration, we aim to empower developers and partners to explore the limitless possibilities of mmWave sensing in the intelligent world.”

New Launches | XenD101H Stationary Human Presence mmWave Sensor

Shanghai, China — ICLEGEND MICRO (ICL), a leading innovator in SoC technology, has announced the official release of the XenD101H stationary human presence mmWave sensor, now available on ONEMALL’s online store. Designed for smart scenarios requiring precise detection of sleep, sedentary activity, and motion, this sensor marks a significant advancement in perception-layer technology for smart home and IoT applications. Expanded Coverage for Diverse ScenariosThe XenD101H supports flexible ceiling or wall mounting, delivering a detection range of up to 13 meters in diameter when ceiling-mounted or 8.5 meters radially when wall-mounted. It achieves 95% coverage in indoor environments, enabling accurate detection of static or sleeping individuals across bedrooms, living rooms, kitchens, and other smart home spaces. AI-Driven Precision and Enhanced SensitivityEquipped with advanced AI algorithms, the XenD101H excels in detecting subtle human activities—such as keyboard typing, mouse clicks, or phone scrolling—while maintaining high accuracy for stationary states like sleep or seated postures. Its configurable interval sensitivity and life-sign recognition algorithms minimize false triggers, ensuring devices like smart lighting or HVAC systems remain optimally active. This capability enhances energy efficiency and user comfort in residential and commercial settings, including smart hotels and offices. Seamless Integration and CompatibilityThe XenD101H prioritizes ease of deployment with adjustable trigger thresholds, zone-based sensitivity customization, and robust anti-interference features. It supports 3.3V/5V dual-voltage power input and interfaces compatible with 2.54mm/2.00mm pin spacings, streamlining integration into diverse hardware ecosystems. These features make it ideal for rapid upgrades in smart homes, hospitality environments, and conference rooms. AI-Powered Perception for Smarter LivingAs demand for whole-home intelligence grows, the XenD101H stands out with its AI-enhanced coverage, precision, and adaptability. It offers a cost-effective solution for OEMs and smart device manufacturers seeking reliable human presence detection across dynamic and static scenarios. “The XenD101H redefines how smart terminals understand ‘stationary’ users,” said an ICL spokesperson. “By merging cutting-edge mmWave technology with AI, we empower devices to deliver context-aware responsiveness.” ICLEGEND MICRO | Nanjing · Shanghai · Suzhou · Shenzhen | iclegend.com

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