Announcing the latest additions to Qorvo's innovative RF and power portfolio of GaN power amplifiers, BAW filters, transistors, and PMICs, which serve a wide range of defense / aerospace, radar, EW, AI, AR, FPGA, wireless connectivity and computer vision applications. These high-performance solutions simplify RF and power for designers worldwide and are available at Qorvo's authorized channel partners. | | |
QPA1722
17.7 - 20.2 GHz 10 Watt GaN Power Amplifier
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Features
- 17.3-20.2GHz
- PSAT: 40dBm
- PAE: 35%
- Small signal gain: 26dB
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- 6x5mm SMT package
- Ideal for communications and radar applications in commercial and military markets
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ACT88911
19 Voltage Rails, Dual Phase Power Management IC for Computer Vision and Advanced Processors
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Features
- 2.7V-5.5V input voltage range
- 5 bucks, 2 buck boosts, 2 boost regulators and 10 LDO/LDWs
- Dual phase operation
- Multiple lower power modes
- Power sequencing, voltage scaling and fault monitoring
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- 12 configurable GPIOs: system control, interrupts, LED drive+
- 3.76 x 4.16mm WLCSP
- Ideal for portable audio and video devices, AI/AR/VR, FPGA and computer vision systems
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QPQ3550
3.55-3.7 GHz 5G CBRS BAW Filter
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Features
- Band 48 150MHz Bandwidth
- High input power: +27dBm
- Low insertion loss: 2.7dB max
- High out-of-band rejection
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- 1W average pin power handling
- 2x1.6mm 3-pin leadless SMT package
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Ideal for CBRS radio, fixed wireless access and small cells
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QPD1004A
25W, 30-1200 MHz, GaN RF Input-Matched Transistor
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Features
- Frequency: 30-1200MHz
- Bias voltage: 50V
- P3dB: 24W at 1GHz (EVB performance)
- PAE: 60% at P3dB, 1GHz (EVB performance)
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- Input matched to 50 ohms
- Form-fit-function replacement of QPD1004
- 6x5mm DFN package
- Ideal for defense and civilian radar, communications, test equipment and EW
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QPD1014A
15W, 30-1200 MHz, GaN RF Input-Matched Transistor
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Features
- Frequency: 30-1200MHz
- Bias voltage: 50V
- P3dB: 12W at 1GHz (EVB performance)
- PAE: 66% at P3dB, 1GHz (EVB performance)
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- Input matched to 50 ohms
- Form-fit-function replacement of QPD1014
- 6x5mm DFN package
- Ideal for defense and civilian radar, communications, test equipment and EW
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How Qorvo is Optimizing the X-Band Phased Array Radar System
This article examines X-band AESA radar performance gains enabled by the tight integration of beamformer ICs and RF front-end modules, outlining design strategies for phase control, noise and linearity, providing examples that combine GaN, GaAs and silicon for agile, high-resolution defense systems.
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Inside SATCOM System Design
At Satellite 2026, Qorvo’s Ryan Jennings shares what’s changing across SATCOM systems. As multi-orbit networks expand, customers want flexibility across bands and platforms without being locked into a single system. That shift is driving new challenges in thermal design, cost and volume production. Qorvo supports both ground terminals and space payloads, bringing RF expertise across the full signal chain.
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From Chaos to Clarity: UWB RTLS in Action
What can you actually do with real-time location tracking? In this video, get a quick look at how UWB RTLS is used in real-world environments. From tracking assets to improving work flows and increasing visibility, these use cases show how precise location data can make everyday operations simpler and more efficient.
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Wideband RF in Electronic Warfare: Balancing Power, Bandwidth and Real-Time Performance
Wideband electronic warfare pushes the limits of power, linearity and real-time response. This article outlines the design challenges and the engineering strategies that enable consistent, reliable operation across the spectrum.
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The Quiet Convergence of Power and RF
RF and power engineers once lived in separate worlds. Not anymore. Fast switching, tight layouts and unforgiving systems mean sloppy power can turn your PCB into a broadband noise generator.
Discover why modern RF performance now depends on treating power management like RF design.
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