专用和本地网络
无需完全依赖公共运营商，专用和本地网络就能保持业务连接
工业4.0与关键任务应用的兴起，催生了对私有本地网络解决方案的空前需求——这类方案需兼具企业级可靠性与蜂窝网络般的性能表现。工厂、港口、医院及企业园区均采用私有网络，为从自主设备到敏感通信的各类
应用提供安全高速的数据传输通道。这些网络通常依托先进的4G LTE和5G技术，为独特环境量身打造强劲低延迟的连接。可靠的射频组件助力这些系统全天候运行，无间断处理海量数据。
驱动安全低延迟工业与企业网络的连接方案
耐用连接器、天线及线缆组件确保信号清晰稳定，即使在重型机械、移动车辆或密集基础设施区域亦能保持性能。低损耗设计与严密屏蔽技术，在繁忙高流量场所
有效保护敏感数据流免受干扰与信号衰减。我们的解决方案通过工业级耐用性、抗干扰设计及优化信号完整性的专业连接方案满足这些需求。
我们的组件构成了这些私有网络的骨干，确保其提供现代企业所需的可靠性、安全性与性能。
相关资源
Broadband Solutions Overview
The Broadband Solutions Overview presents a comprehensive look at the evolution of broadband technology, highlighting how advanced RF connectivity solutions are driving the future of high-speed internet access. From legacy DSL and coaxial systems to cutting-edge fiber optics, fixed wireless access (FWA), and satellite broadband, this document outlines the challenges and breakthroughs shaping modern digital infrastructure. It emphasizes Amphenol RF’s pivotal role in delivering robust, high-frequency, and custom RF components essential for seamless connectivity across diverse broadband platforms. Designed for engineers, integrators, and decision-makers, this overview is a definitive guide to the technologies and RF innovations enabling the next generation of global broadband connectivity.
White Paper: Passive Intermodulation Distortion
The document "Passive Intermodulation Distortion in Connectors, Cable and Cable Assemblies" by David Weinstein of Amphenol Corporation discusses the causes, impacts, and measurement of Passive Intermodulation Distortion (PIM) in RF components. It explains how PIM is generated by non-linear mixing in passive devices like connectors and cables, causing unwanted signals that can interfere with communication systems. The paper outlines design guidelines to minimize PIM, including contact design, material choices and cleanliness, and describes testing methods to ensure low PIM performance.
5G Wireless Solutions
The Amphenol RF 5G Wireless Solutions document presents Amphenol’s advanced RF interconnect solutions tailored for next-generation 5G networks. It highlights a comprehensive portfolio of high-performance connectors, adapters, and cable assemblies designed to support the high-frequency, low-latency, and high-data-rate demands of 5G infrastructure. The document emphasizes low PIM performance, robust durability, and compact designs, ensuring reliable connectivity in macro cell sites, small cells, distributed antenna systems (DAS), and massive MIMO applications.
FPC and PCB Internal Antennas
Amphenol RF's Internal FPC and PCB RF Antennas are designed for IoT, Wi-Fi, and LTE applications, featuring dual-band, multi-band, and wide-band options with secure adhesive mounting for easy installation. These low-profile antennas offer reliable RF performance and are ideal for use in compact devices such as smart speakers, tablets, security cameras, and navigation systems.
External RF Antennas
Amphenol RF offers a variety of external RF antennas designed for both indoor and outdoor use, supporting applications like Bluetooth, WLAN/WWAN, IoT, access points, and more. These antennas are compatible with familiar RF interfaces such as SMA, RP-SMA, and N-Type, and are available in single, dual, and wideband options.
Internal NFC Antennas
Amphenol RF's Internal NFC Antennas operate at 13.56 MHz, supporting NFC-Forum protocols for short-range data transfer, ideal for compact IoT applications like smartphones, tablets, and payment systems. These antennas are available with adhesive mounts, with or without cables, and are designed for easy installation in devices requiring NFC capabilities.
Embedded Chip Antennas
Amphenol RF's Internal Embedded RF Antennas are compact, SMT-mounted ceramic chip antennas supporting frequencies up to 8.5 GHz, suitable for IoT devices, Bluetooth speakers, and medical devices. These antennas offer reliable RF performance for protocols like 4G/5G, Wi-Fi, Bluetooth, and GNSS, making them ideal for compact consumer and industrial applications.
Embedded GNSS and GPS Antennas
Amphenol RF offers a range of embedded GNSS and GPS antennas designed for compact, lightweight, and high-efficiency performance in various applications. These antennas, suitable for surface mounting on PCBs or connectorized for better positioning, support multiple bands including GPS, GLONASS, and Beidu, and are ideal for handheld and portable navigation devices, mobile electronics, automotive, fleet management, IoT devices, e-bikes, and asset tracking.
Space Applications Solutions Overview
The Space Applications Overview Flyer from Amphenol RF highlights their RF interconnect solutions designed for use in space applications. It emphasizes the importance of reliable, high-performance connectivity in extreme environments, such as satellites, ground stations, unmanned exploration vehicles, space robotics, and telemetry systems.
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