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Wireless News 7 August 2025 - 18 September 2025

Nothing Ear (3) Launch: Wireless Earbuds Get a Wild ‘Talk’ Button in Bold Bid to Challenge AirPods Pro

Nothing Ear (3) Launch: Wireless Earbuds Get a Wild ‘Talk’ Button in Bold Bid to Challenge AirPods Pro

Features and Specifications Audio Quality and ANC The Nothing Ear (3) aims to deliver a flagship-caliber sound experience. It houses 12 mm dynamic drivers – about 20% larger surface area than the Ear (2)’s drivers – with a newly engineered diaphragm that minimizes distortion (down to 0.2% THD, versus 0.6% previously) techradar.com. According to Nothing, the result is a bolder sound profile: bass response is 4–6 dB stronger and treble up to 4 dB higher, widening the soundstage and adding punch techradar.com. Early listening tests confirm that Ear (3) leans more toward a bass-rich tuning out of the box 9to5google.com, a departure from
18 September 2025
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Apple’s N1 Chip Shakes Up Wireless: Inside iPhone 17’s Wi‑Fi 7, Bluetooth 6 Revolution

Apple’s N1 Chip Shakes Up Wireless: Inside iPhone 17’s Wi‑Fi 7, Bluetooth 6 Revolution

Key Facts: Introduction Apple has quietly launched a wireless revolution inside its latest iPhones. With the September 2025 debut of the iPhone 17 series, Apple introduced the N1 chip – its first in-house Wi‑Fi/Bluetooth combo chip. The N1 is a custom-designed wireless networking chip that handles all Wi‑Fi, Bluetooth, and Thread radio communications in the new iPhones apple.com. This marks a pivotal expansion of Apple’s Silicon initiative beyond application processors (A-series/M-series) into the realm of connectivity. By integrating cutting-edge Wi‑Fi 7, Bluetooth 6, and Thread support on a single Apple-made chip, the company is dramatically reshaping its devices’ wireless capabilities and its
10 September 2025
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Presence Tech Showdown: Wi‑Fi Sensing vs. UWB vs. Soli Radar – Who Will Own the Future?

Presence Tech Showdown: Wi‑Fi Sensing vs. UWB vs. Soli Radar – Who Will Own the Future?

Wi‑Fi Sensing (IEEE 802.11bf) repurposes 2.4 GHz, 5 GHz, and 6 GHz Wi‑Fi signals to detect movement across a typical home, offering tens of meters of range, millisecond‑level latency, and energy‑efficient operation by piggybacking on existing routers. Ultra‑Wideband (UWB; IEEE 802.15.4z) uses ultra‑wide pulses around 6–8 GHz to measure time‑of‑flight with centimeter‑level accuracy, typically 10–15 meters of range, and newer Apple U2 chips extend reliable range toward 60 meters. 60 GHz mmWave radar like Google Soli provides high spatial resolution, detects sub‑millimeter motions within about 5–10 meters, and can distinguish fine gestures with a 120° field of view. IEEE 802.11bf
7 August 2025
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