解决方案
在严苛的性能目标下，射频与电源设计至关重要。我们的解决方案在移动、汽车、基础设施、国防与航空航天及物联网系统中，确保您的设计具备所需的性能、效率与可靠性。
成功案例
Trumpf: Precise, Scalable Resilient Tracking for Smart Factories
Museum of the Bible: Offering Seamless Experiences With Real-Time UWB Navigation
Noccela: Delivering Centimeter-Level Accuracy In Wide-Open Outdoor Stadium
Minew: Improving the Patient Experience
VELUX: Using Real Operational Data to Increase Productivity
Puy du Fou: How Micro-Location Can Enable Storytelling
设计资源
探索全部资源氮化镓 for dummies® 第二版
了解方式： GaN射频技术傻瓜书： GaN技术的相关特性 GaN的热性能和设计考量 使用GaN的必要性以及时机 GaN如何实现无线通信 GaN的独特之处 点击下载
X-Band Radar: Driving Defense Applications with Beamforming, GaN and GaAs Technology
The defense sector is constantly evolving to address the latest security challenges, one of which is the increasing prevalence of unmanned aerial vehicles (UAVs) or drones in critical areas. X-band radar systems, particularly those leveraging beamforming ICs (BFICs), advanced gallium nitride (GaN) and gallium arsenide (GaAs) components, are leading the way in providing the high-performance radar capabilities required for modern defense and surveillance. This article delves into the latest advancements in X-band radar technology (8-12 GHz) and discusses its applications in defense, emphasizing the contributions from Qorvo’s product innovations.
优化移动天线调谐的简易方法
创建具有多部天线的移动设备涉及到一个极具挑战性的平衡过程。如果考虑到移动设备设计人员面对的所有因素，那么所需要考量的层面则过于繁杂。首先，移动设备带有分别用于蜂窝网络（低、中、高频段）、Wi-Fi、蓝牙®、超宽带等多个频段的天线；除 RF 的单一范围外，他们还必须应对更丰富功能和更小、更时尚设计间的权衡。
LEO SATCOM Playbook
Examine how LEO constellations drive SATCOM innovation, market growth and new design opportunities.
