Qorvo is a leading supplier for the wired broadband market with best-in-class, end-to-end solutions designed for HFC headend, CMTS, optical nodes and distributed architecture to support DOCSIS® standards in configurations such as fiber deep, node split, remote PHY, full duplex and Extended Spectrum DOCSIS.
Our broadband portfolio includes GaN, GaAs, and silicon-based high-power amplifiers, multi-chip modules (MCM), low power MMICs and control products as well as systems solutions with transimpedance amplifiers and optical modules for FTTx, and xPON systems.
Broadband Access, CATV & FTTH Product Selection GuideThe most advanced, complete portfolio of DOCSIS® 3.1 and 4.0 solutions.
Flexible Upstream Architecture in Amplifiers & Nodes Can Meet Higher Split RequirementFuture networks must plan for capability up to 684 MHz.
Design ToolsExplore our library of tools to assist you during your critical design phases. Access Our Tools >
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Qorvo's broadband technology and expansive portfolio offers an easy upgrade path for architectures support DOCSIS standards. Our products are designed for maximum flexibility and functionality. Faster time to market. Reduced deployment and operation costs.
Download the How to Increase Downstream Bandwidth and Upstream Capabilities in CATV Amplifiers with Greater Efficiency White Paper
Our comprehensive CATV product line gives cable broadband service providers many options, with maximum design flexibility and functionality while conserving power and reducing PCB space.
Industry-Standard Packaging Options
SOT115J hybrid modules, multi-chip modules (MCMs), SOT89, QFN, SOIC8 and SOIC16W.
High-Performance Process Technologies Optimized for Broadband
Qorvo's GaN HEMT technology and GaN-on-SiC and GaAs processes provide superior return loss, low power consumption, high reliability and unconditional stability under all terminations.
Seamless Integration of Multiple Functional Components into a Single
Provides an easy-to-integrate solution so equipment designers and manufacturers can bring their systems to market faster.
To expedite and optimize reflow during PCB assembly.
Adjustable Gain and Current Control
Gives operators flexibility to save on power consumption and operating costs.