QuantalRF’s new ‘DPD-efficient’ Wi-Fi 7/8 FEM boosts output power by up to 3dB with consistent linearity, company says
What if you could get more power and better linearity from your FEM with only a light digital correction? Now you can.
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QuantalRF’s bold bet: Rethinking Wi-Fi RF design for the AI era
One stubborn RF problem remains largely unsolved: Power consumption. In a recent WiFi NOW Tech Watch interview, Dr Ali Fard outlined a radically different approach to RF front-end design that could significantly improve efficiency while reducing system complexity and cost.
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TECH WATCH: Driving down RF power consumption – with QuantalRF
QuantalRF says they’ve cracked the RF power consumption problem using sophisticated, zero-latency, self-regulating analog RF technology.
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Adant: Smart antennas now deliver 40% better mesh AP performance at no additional cost, company says
This recent innovation could introduce a dramatic shift in Wi-Fi performance, the company says.
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QuantalRF: AI workloads are exposing legacy RF designs as the ‘hidden bottleneck’ holding back Wi-Fi performance
RF inefficiency can no longer be corrected digitally and ‘after the fact’ without triggering thermal runaway, QuantalRF says.
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QuantalRF brings back analog RF innovation for Wi-Fi FEMs, superseding non-linear FEMs & DPD, company says
QuantalRF says the road to better Wi-Fi RF doesn’t need to involve the digital interventions.
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Qorvo: Wi-Fi 7’s best features may not work at all without ‘high Q’ BAW filters
Tri-band Wi-Fi 7 promises huge performance increases but proximity of the 5 GHz and 6 GHz bands presents a formidable challenge.
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CEO Ali Fard: “QuantalRF poised to empower a leap forward in RF technology for Wi-Fi”
It’s all about driving power efficiency up and costs down for FEMs, he says. Here’s how they are doing it.
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Adant unveils new eco-friendly & affordable smart antennas for boosting mesh Wi-Fi performance
Smart antennas deliver a big performance boost for example for low-power indoor 6 GHz devices as well as many other benefits, Adant says.
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Non-linear FEM technology critical for optimised Wi-Fi 6E, Wi-Fi 7 designs & performance, says Qorvo
New non-linear FEMs drive PA efficiency up and power consumption down. And that comes with a host of benefits, Qorvo says.
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Research paper: Complexity drives need for innovation in device RF front ends (RFFEs) for 5G+Wi-Fi 7
The advent of multiple bands both for 5G and Wi-Fi 7 has not made smartphone RF design any easier. Here’s more analysis of what’s needed for RFFEs.
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US Tier-1 service provider selects Akoustis ‘XBAW’ filters for Wi-Fi 6E cable gateways
As Wi-Fi router architectures become more complex, the demand for innovative, high-performance components is on the rise. Enter Akoustis.
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Shift to tri-band & quad-band Wi-Fi APs driving innovation and opportunities in RF filter technology, says Akoustis
6 GHz Wi-Fi means the need for innovative RF filter technology is on the rise.
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Qorvo: New ‘matter’ protocol is key to smart home IoT market growth
If you’re working on smart home solutions of any kind, you have good reason to be excited about the new ‘matter’ protocol.
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Akoustis: ‘XBAW™’ filters critical for full utilization of 5 GHz & 6 GHz Wi-Fi bands
Compact form factors, tri-band and quad-band architectures, as well as the need for sharp 5 GHz to 6 GHz band transitions are driving the demand.
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Wi-Fi in Asia by Qorvo: Meeting the complexity of varying regulations across the region
Asia is less harmonised for Wi-Fi regulation than the US and the EU – but that doesn’t mean that Wi-Fi evolution is slower.
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