Breitband

Hochgeschwindigkeitsinternet ist kein Luxus mehr, es ist das Rückgrat von Arbeit, Unterhaltung und Alltag

Hochgeschwindigkeitsinternet ist kein Luxus mehr, sondern ein wichtiger Bestandteil der Arbeit, der Unterhaltung und des täglichen Lebens. Breitbandnetze bieten schnelle, zuverlässige Verbindungen für Haushalte, Unternehmen und Gemeinden auf der ganzen Welt und nutzen eine Kombination aus kabelgebundenen und kabellosen Technologien, um jeden Tag mehr Menschen zu erreichen.

Der Breitbandmarkt befindet sich in einem tiefgreifenden Wandel, der durch die steigende Nachfrage nach Hochgeschwindigkeitsverbindungen mit geringer Latenz zur Unterstützung bandbreitenintensiver Anwendungen wie 4K/8K-Streaming, Cloud-Gaming und Smart-Home-Ökosysteme vorangetrieben wird. Zu den jüngsten Veränderungen zählen die rasche Einführung von Fiber-to-the-Home-Lösungen (FTTH), das Aufkommen von DOCSIS 4.0 für hybride Glasfaser-Koaxial-Netzwerke und die Integration von 
5G Fixed Wireless Access (FWA) als wettbewerbsfähige Last-Mile-Lösung. Anbieter von drahtlosen Internetdiensten und Satelliten-Breitbanddiensten erweitern die Abdeckung noch weiter und schließen Lücken, die mit herkömmlichen Kabeln nicht erreicht werden können. Unabhängig von der Methode sind diese Systeme auf einen klaren, ununterbrochenen Datenfluss angewiesen, damit Menschen ohne Verzögerungen streamen, arbeiten und kommunizieren können.

Die Technologien verbinden, die die Zukunft des Breitbandinternets vorantreiben

Die HF-Technologie ermöglicht eine höhere Frequenzspektrumauslastung durch fortschrittliche Millimeterwellenlösungen, verbessert die Signalintegrität mit verlustarmen Koaxialkomponenten und unterstützt dichte Netzwerkarchitekturen mit kompakten, leistungsstarken Steckverbindern. Da Betreiber zwischen

kabelgebundenen und kabellosen Breitbandstrategien abwägen müssen, sind HF-Innovationen entscheidend für die Bereitstellung der Multi-Gigabit-Geschwindigkeiten, Netzwerkzuverlässigkeit und zukunftssicheren Skalierbarkeit, die in der heutigen vernetzten Landschaft

erforderlich sind. Unsere Lösungen bieten eine konstante Leistung und helfen Anbietern dabei, die Abdeckung zu erweitern, die Kapazität zu erhöhen und sicherzustellen, dass der Hochgeschwindigkeitszugang für alle, die darauf angewiesen sind, stabil bleibt.


Breitbandanwendungen

Verwandte Ressourcen

Zuverlässige High-Density-Verbindungen auf engstem Raum mit dem neuen SMP-zu-SMP-Adapter
Amphenol RF freut sich, die Erweiterung seines Koaxialadapter-Portfolios mit einem neuen SMP-Geradstecker-auf-SMPM-Geradstecker-Adapter bekannt zu geben, der Hochfrequenzleistung in einem Low-Profile-Gehäuse bietet.
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Optimieren Sie mit flexiblen MCX-Koaxialkabelkonfektionen für kompakte Räume
Amphenol RF freut sich, die Erweiterung unserer MCX-Produktreihe um zusätzliche Kabelkonfektionsoptionen für RG-174-Kabel bekannt zu geben.
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HD-EFI-Produktserie wird um Einschraubkonfigurationen erweitert
Amphenol RF ist stolz darauf, die Erweiterung seiner HD-EFI-Produktlinie bekannt zu geben, die den Bedarf an kompakten HF-Verbindungslösungen erfüllt.
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Verständnis der Wi-Fi 6E-Technologie und die Zukunft der drahtlosen Konnektivität
Wi-Fi 6, auch bekannt als 802.11ax Wi-Fi und AX Wi-Fi, ist der Industriestandard der nächsten Generation für die Wi-Fi-Technologie.
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Sichere 50-Ω-Anschlüsse auf Leiterplattenebene mit der kompakten SMB-Buchse für Oberflächenmontage
Amphenol RF freut sich, eine neue Hochleistungs-SMB-Buchse für die Oberflächenmontage in unser breites Portfolio von SMB-Steckverbindern aufzunehmen.
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Vermeiden Sie Signalunterbrechungen mit N-Steckern, die für raue Bedingungen ausgelegt sind
Amphenol RF freut sich, sein Portfolio an Lösungen für extreme Belastungen durch neue N-Typ Kabelsteckerkonfigurationen zu erweitern.
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Amphenol RF bietet neuen 3D-CAD-Modellkatalog auf Abruf
Amphenol RF freut sich, über die B2B-Community von Cadenas PARTSolutions 3D-CAD-Modelle auf Abruf bereitstellen zu können.
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SMA-Steckverbinder für 0,81 mm und 1,32 mm Kabel bieten dauerhafte und verlegbare RF-Lösungen
Amphenol RF erweitert sein SMA-Kabelkonfektionsportfolio um Optionen, die mit 0,81 mm und 1,32 mm kompatibel sind und Ingenieuren leicht verlegbare Lösungen für anspruchsvolle Anwendungen bieten.
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Sichere Verbindung in vibrationsanfälligen Umgebungen mit verriegelbaren SMA-Kabelbaugruppen
Amphenol RF freut sich, die Erweiterung seines Portfolios an verriegelbaren Kabelkonfektionen um Konfigurationen mit Hochfrequenz-SMA-Steckern bekannt zu geben.
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Trotzen Sie dem Sturm mit RP-SMA-Buchsen auf AMC4-Steckern, die wetterfeste Verbindungen bieten
Amphenol RF freut sich, die neue RP-SMA-Einbaubuchse auf AMC4-Stecker-Mikro-Miniatur-Kabelkonfektion in unser robustes und breites Portfolio von Kabelkonfektionen mit fester Länge aufzunehmen.
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Hält die Hitze aus: Hochfrequenz-SMA-Kabelkonfektionen auf RG-188-Kabel für Anwendungen bei extremen Temperaturen
Amphenol RF freut sich, die neue SMA-zu-SMA-Stecker RG-188 Kabelkonfektion in unser umfangreiches Kabelkonfektionsportfolio aufzunehmen.
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BNC-Konfigurationen, die neue Kabeltypen unterstützen, erfüllen eine Vielzahl von Anforderungen durch verbesserte Vielseitigkeit
Amphenol RF freut sich, die Erweiterung seines BNC-Produktportfolios um zusätzliche Optionen mit flexiblen Mikro-Miniatur-Koaxialkabeln bekannt zu geben.
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Erzielen Sie mit den neuen 2,92-mm-Kabelbaugruppen eine unübertroffene Leistung
Amphenol RF freut sich, weitere vorkonfigurierte 2,92-mm-Kabelkonfigurationen vorstellen zu können, die einen 2,92-mm-Steckverbinder und die Option eines SMP- oder SMPM-Steckverbinders auf der gegenüberliegenden Seite aufweisen.
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Verbesserte Konnektivitätslösungen mit neuen TNC- und RP-TNC-Anschlüssen
Amphenol RF freut sich, die Erweiterung seiner robusten TNC-Produktserie um zusätzliche Konfigurationen in Standard- und Reverse-Polarität bekannt zu geben.
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Erhöhen Sie die Kapazität von Zugangspunkten mit Wi-Fi 6-fähigen Kabelkonfektionen
Amphenol RF freut sich, sein Kabelkonfektionsportfolio mit zusätzlichen SMA-zu-AMC-Konfigurationen für 1,13- und 1,32-mm-Mikrokoaxkabel zu erweitern.
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Mehr Sicherheit und Flexibilität für Wi-Fi-Geräte mit neuen RP-SMA-Buchsen
Amphenol RF freut sich, die Erweiterung unserer beliebten SMA-Steckverbinderserie um zusätzliche Konfigurationen mit umgekehrter Polarität (RP) bekannt zu geben.
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Mikro-Miniaturschnittstelle erhöht die Flexibilität durch neue Kabeloptionen
Amphenol RF freut sich, die Erweiterung unserer leistungsstarken MMCX-Produktserie um zusätzliche Kabelkonfektionsoptionen bekannt zu geben.
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The datasheet provides an overview of Amphenol RF’s 2.92 mm adapters. These precision adapters operate up to 40 GHz and feature a rugged, threaded design for reliable performance. They are used in testing, communications, aerospace, and satellite applications and are available in 2.92 mm to 2.4 mm and 2.92 mm to SMA configurations.
2.92 mm Adapter Series Datasheet
The datasheet provides an overview of Amphenol RF’s 2.92 mm adapters. These precision adapters operate up to 40 GHz and feature a rugged, threaded design for reliable performance. They are used in testing, communications, aerospace, and satellite applications and are available in 2.92 mm to 2.4 mm and 2.92 mm to SMA configurations.
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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.
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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Amphenol RF offers a robust range of RF interconnect solutions specifically designed for instrumentation applications requiring high-frequency performance, low signal loss, and enhanced reliability. Their product portfolio includes various connectors such as 1.0-2.3, 2.92 mm, BNC, HD-BNC, N-Type, and SMA, along with precision adapters, RF adapters, and precision test cables—all engineered to minimize signal degradation and ensure consistent performance in demanding test environments. These solutions are ideal for applications like network and spectrum analyzers, signal generators, RF/microwave testing, telemetry systems, handheld testers, and automated test equipment. Amphenol’s core strengths lie in ruggedized designs that resist dust, vibration, and corrosion, IP67/IP68-rated waterproof sealing for protection against environmental elements, and high-precision, low-loss cable assemblies that support long-distance signal transmission.
Amphenol RF Solutions for Instrumentation
Amphenol RF offers a robust range of RF interconnect solutions specifically designed for instrumentation applications requiring high-frequency performance, low signal loss, and enhanced reliability. Their product portfolio includes various connectors such as 1.0-2.3, 2.92 mm, BNC, HD-BNC, N-Type, and SMA, along with precision adapters, RF adapters, and precision test cables—all engineered to minimize signal degradation and ensure consistent performance in demanding test environments. These solutions are ideal for applications like network and spectrum analyzers, signal generators, RF/microwave testing, telemetry systems, handheld testers, and automated test equipment. Amphenol’s core strengths lie in ruggedized designs that resist dust, vibration, and corrosion, IP67/IP68-rated waterproof sealing for protection against environmental elements, and high-precision, low-loss cable assemblies that support long-distance signal transmission.
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The Amphenol RF SMPM Plug to Plug Cable Assemblies datasheet highlights 50 ohm assemblies on conformable and flexible cables, suitable for frequencies from DC to 18 GHz. These micro-miniature, push-on connectors are ideal for high-vibration environments and applications such as antennas, test equipment, military, quantum computing, and radar​​.
SMPM Plug to Plug Cable Assembly Datasheet
The Amphenol RF SMPM Plug to Plug Cable Assemblies datasheet highlights 50 ohm assemblies on conformable and flexible cables, suitable for frequencies from DC to 18 GHz. These micro-miniature, push-on connectors are ideal for high-vibration environments and applications such as antennas, test equipment, military, quantum computing, and radar​​.
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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.
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.
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Amphenol RF's 18 GHz N-Type connectors extend the frequency range of the traditional N-Type product line to 18 GHz, providing excellent low PIM performance in a durable, medium-sized package. These connectors are ideal for rugged, outdoor applications requiring high power handling and vibration resistance, with applications in microwave, wireless infrastructure, and radar systems.
18 GHz N Type Connector Series
Amphenol RF's 18 GHz N-Type connectors extend the frequency range of the traditional N-Type product line to 18 GHz, providing excellent low PIM performance in a durable, medium-sized package. These connectors are ideal for rugged, outdoor applications requiring high power handling and vibration resistance, with applications in microwave, wireless infrastructure, and radar systems.
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The ATC-PS cable assemblies cutsheet provides info for ATC-PS cable assemblies, outlining their technical specifications, features, and applications. It provides precise information on the design and performance characteristics of these cable assemblies, including impedance, frequency range, insertion loss, and durability. The document highlights the materials used, ensuring reliability and high performance in demanding environments. Additionally, it specifies the industries and applications these cable assemblies are designed for, demonstrating their suitability for various high-frequency and precision connectivity needs.
ATC-PS Precision Test Cables
The ATC-PS cable assemblies cutsheet provides info for ATC-PS cable assemblies, outlining their technical specifications, features, and applications. It provides precise information on the design and performance characteristics of these cable assemblies, including impedance, frequency range, insertion loss, and durability. The document highlights the materials used, ensuring reliability and high performance in demanding environments. Additionally, it specifies the industries and applications these cable assemblies are designed for, demonstrating their suitability for various high-frequency and precision connectivity needs.
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The Amphenol RF High-Frequency SMA Connectors Cut Sheet presents a premium line of high-performance SMA connectors engineered for exceptional signal integrity at high frequencies. Designed to support applications up to 27 GHz and beyond, these connectors deliver low VSWR, minimal insertion loss, and superior durability, making them ideal for 5G, aerospace, defense, and high-speed communication systems.
High Frequency SMA Connector Series
The Amphenol RF High-Frequency SMA Connectors Cut Sheet presents a premium line of high-performance SMA connectors engineered for exceptional signal integrity at high frequencies. Designed to support applications up to 27 GHz and beyond, these connectors deliver low VSWR, minimal insertion loss, and superior durability, making them ideal for 5G, aerospace, defense, and high-speed communication systems.
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The Amphenol RF SMPM Connector cut sheet highlights micro-miniature connectors with a frequency range of DC to 65 GHz, suitable for high-frequency coaxial applications. These connectors feature push-on and snap-on mating styles, accommodating both radial and axial misalignment, and are ideal for high-vibration environments. Available in various configurations, including surface mount, through-hole, right-angle, and edge mount, SMPM connectors are commonly used in antennas, broadband, military, and instrumentation applications​​.
SMPM Connector Series
The Amphenol RF SMPM Connector cut sheet highlights micro-miniature connectors with a frequency range of DC to 65 GHz, suitable for high-frequency coaxial applications. These connectors feature push-on and snap-on mating styles, accommodating both radial and axial misalignment, and are ideal for high-vibration environments. Available in various configurations, including surface mount, through-hole, right-angle, and edge mount, SMPM connectors are commonly used in antennas, broadband, military, and instrumentation applications​​.
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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​​.
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​​.
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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.
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.
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Amphenol RF's 2.92 mm connector series is designed for high-frequency applications up to 40 GHz, offering low VSWR, excellent return and insertion loss, and rugged construction for repeatability. These connectors, compatible with SMA and 3.5 mm interfaces, are ideal for optical testing, lab and bench testing, military, SATCOM, microwave, and quantum computing applications, meeting the MIL-STD-348 standard.
2.92 mm Connector Series
Amphenol RF's 2.92 mm connector series is designed for high-frequency applications up to 40 GHz, offering low VSWR, excellent return and insertion loss, and rugged construction for repeatability. These connectors, compatible with SMA and 3.5 mm interfaces, are ideal for optical testing, lab and bench testing, military, SATCOM, microwave, and quantum computing applications, meeting the MIL-STD-348 standard.
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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.
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.
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The Amphenol RF SMP Product Series Solutions Guide highlights high-performance microminiature connectors suitable for applications up to 40 GHz, with a focus on board-to-board and cable-to-board configurations. Key features include the ability to tolerate misalignment, various detent systems for different engagement forces, and options for non-magnetic materials ideal for medical, aerospace, and quantum computing applications​​.
Amphenol RF SMP Product Series Solutions Guide
The Amphenol RF SMP Product Series Solutions Guide highlights high-performance microminiature connectors suitable for applications up to 40 GHz, with a focus on board-to-board and cable-to-board configurations. Key features include the ability to tolerate misalignment, various detent systems for different engagement forces, and options for non-magnetic materials ideal for medical, aerospace, and quantum computing applications​​.
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The Amphenol RF SMPM Product Series Solutions Guide provides an overview of the compact, high-frequency SMPM connector series. It details their lightweight design, high-density packaging, and superior electrical performance, making them ideal for aerospace, defense, and high-speed communication applications.
Amphenol RF SMPM Product Series Solutions Guide
The Amphenol RF SMPM Product Series Solutions Guide provides an overview of the compact, high-frequency SMPM connector series. It details their lightweight design, high-density packaging, and superior electrical performance, making them ideal for aerospace, defense, and high-speed communication applications.
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The Amphenol RF Antenna Solutions Overview provides an in-depth look at a wide range of high-performance antennas designed for wireless applications. It highlights key features, including compact designs, high-frequency capabilities, and compatibility with various RF interconnect solutions for seamless connectivity across industries.
Antenna Solutions for Wireless Applications
The Amphenol RF Antenna Solutions Overview provides an in-depth look at a wide range of high-performance antennas designed for wireless applications. It highlights key features, including compact designs, high-frequency capabilities, and compatibility with various RF interconnect solutions for seamless connectivity across industries.
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The Future of RF Connectors for DOCSIS 4.0 and Beyond

The introduction of NDX, a new futureproof RF connector explicitly designed for DOCSIS 4.0 networks and the trend for consumer-facing self-installations.

This presentation will explore the need to supplant the venerable Type F connector in order to improve robustness, reduce the total cost of ownership, and provide high performance for 10G and beyond.

Learn more about us at amphenolbroadband.com
SCTE Expo Imagine Zone - The Future of RF Connectors: 10G and Beyond
The Future of RF Connectors for DOCSIS 4.0 and Beyond The introduction of NDX, a new futureproof RF connector explicitly designed for DOCSIS 4.0 networks and the trend for consumer-facing self-installations. This presentation will explore the need to supplant the venerable Type F connector in order to improve robustness, reduce the total cost of ownership, and provide high performance for 10G and beyond. Learn more about us at amphenolbroadband.com
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Trends in der Industrie

5G und darüber hinaus
5G ist ein drahtloser Netzwerkstandard der nächsten Generation, der ultraschnelle Geschwindigkeiten, geringe Latenzzeiten und massive Gerätekonnektivität bietet. Er bildet das Rückgrat einer hypervernetzten Welt und ermöglicht es der Industrie, die betriebliche Effizienz neu zu definieren.
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