For years, the ability to share power wirelessly between devices has lived quietly in the Android world, largely unnoticed by iPhone users. Now, Apple is reportedly testing reverse wireless charging for its iPhone 17 Pro line — a feature that, if realized, would arrive later than rivals but potentially with greater output. The story is less about a single specification and more about the enduring tension between innovation and restraint, and whether a maturing technology has finally earned its place in Apple's deliberate vision of what a phone should be.
Wccftech
· Feb 19, 2025
· technology
· 2 min read
Low
Sourcing: Unconfirmed
Apple Testing Reverse Wireless Charging for iPhone 17 Pro Models
◉
Technology
10126 related articles
Google Launches Gemini Enterprise for Legal Services
Google News · 100% match
China Bans Nvidia Chip Purchases for Major Tech Firms as Semiconductor…
Benzinga · 99% match
Hyundai Launches Custom AI Chip for Autonomous Robots at CES
Devdiscourse · 99% match
Nvidia Slides on Report of Expanded US AI Chip Curbs for China
Yahoo Finance · 99% match
Hyundai Unveils Low-Power AI Chip for Autonomous Robots at CES
The Tribune · 99% match
Related Coverage
BBC · Sep 13
AI researchers warn of existential risk as Anthropic scientist quits over safety concerns
Former Anthropic researcher Jacob Coxon warns that uncontrolled AI development poses an existential threat to humanity, …
BBC News · Sep 13 Ex-Anthropic researcher warns of 'strong chance' AI could end humanity without slowdownFormer Anthropic researcher Jacob Coxon warns that uncontrolled AI development poses an existential threat to humanity, …
巴士的報 · Sep 13 BRICS Offers Smaller Nations Predictability Amid Global InstabilityBRICS leaders gathered in New Delhi for their 18th summit, with smaller nations like Azerbaijan and Egypt highlighting h…
The Mac Observer · Sep 13 Apple Confirms Sony Access Controller Support for iPhone, iPad and MacApple announced May 2026 support for Sony's Access Controller on iPhone, iPad, and Mac, featuring nine buttons and dual-…
Bias & Framing
⚖
Article presents Apple's reverse wireless charging development as late adoption while emphasizing technical superiority over Samsung, using speculative rumors as fact with incomplete sourcing.
Bias Direction
center-right
Confidence
HIGH
Apple-favorable comparison framing that emphasizes Apple's technical superiority (7.5W vs Samsung's 4.5W) while downplaying the company's historical lag in adoption. Uses 'habitually adopts these standards much later' as context that normalizes delay.
taking its sweet time
the Cupertino giant
handy when topping up
much-needed charge
truly viable
Fortunately
Samsung's perspective on their reverse charging implementation choices
Consumer demand data for reverse wireless charging feature
Engineering tradeoffs between battery size and device thickness
Independent technical analysis of the 7.5W vs 4.5W practical difference
Timeline context: when Samsung introduced this feature and market adoption rates
Skeptical analysis of unverified Weibo rumor credibility
Geopolitical Impact
🌎
Apple's potential reverse wireless charging adoption for iPhone 17 Pro models represents incremental consumer tech competition rather than geopolitical significance.
Escalation Risk
low
Confidence
HIGH
This is a commercial technology competition between Apple and Samsung in consumer electronics, not a geopolitical matter affecting state relations or international power structures.
Economic Lens
📈
Apple's testing of 7.5W reverse wireless charging for iPhone 17 Pro models signals competitive feature parity with Samsung, requiring larger batteries and potentially driving component supplier demand.
Market Signal
bullish
Confidence
MED
Consumer Electronics Manufacturing
Battery Technology & Materials
Wireless Charging Component Supply
Telecommunications Equipment
Rare Earth Elements & Materials Science
Consumers gain convenience through cross-device charging capability, but may face higher iPhone prices due to larger battery requirements and advanced silicon-carbon battery technology. Accessory ecosystem expands, creating new product opportunities.
Potential regulatory focus on battery safety standards for higher-capacity cells, e-waste management for larger batteries, and electromagnetic radiation exposure limits. May accelerate standardization of wireless charging protocols across manufacturers.