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Iphone 17 Pro Max

All articles tagged with #iphone 17 pro max

Oppo Find X9 Ultra’s silicon-carbon battery outlasts iPhone 17 Pro Max in head-to-head test
technology23 days ago

Oppo Find X9 Ultra’s silicon-carbon battery outlasts iPhone 17 Pro Max in head-to-head test

In a side-by-side test, the Oppo Find X9 Ultra with a 7,050mAh silicon-carbon battery and up to 100W charging outlasts the iPhone 17 Pro Max, which has a roughly 4.8–5.1k mAh capacity, in real-world battery life and charging speed. Over three hours of 1080p YouTube playback, the iPhone stayed at 90% while the Find X9 Ultra finished at 94%; in charging tests, the iPhone reached 64% in 30 minutes (35% at 15 minutes) versus 74% in 30 minutes for the Oppo (44% at 15 minutes). The article suggests silicon-carbon tech is pushing ahead and could push Apple/Samsung to adapt, while noting Oppo’s larger battery and faster charge give it a tangible edge today.

Galaxy S26 Ultra Faces Off Against iPhone 17 Pro Max in Photo Showdown
technology2 months ago

Galaxy S26 Ultra Faces Off Against iPhone 17 Pro Max in Photo Showdown

Samsung’s Galaxy S26 Ultra emphasizes faster apertures and improved image processing for brighter low‑light photos and a zoom edge with two telephotos (3x and 5x) versus the iPhone 17 Pro Max’s 4x telephoto. Both flagships share similar main-sensor sizes, but the article tests hundreds of photos in various lighting and stops short of declaring a clear winner, inviting readers to judge the sample images.

Galaxy S26 Ultra Pops Up Early in Unboxing, Sparking iPhone 17 Pro Max Showdown
technology3 months ago

Galaxy S26 Ultra Pops Up Early in Unboxing, Sparking iPhone 17 Pro Max Showdown

A Galaxy S26 Ultra has leaked via an early unboxing ahead of Samsung's Unpacked event, with hands-on photos showing a camera island design, a redesigned retail box, and Samsung's new Privacy Display that darkens the screen when viewed at an angle. The unit, photographed next to the iPhone 17 Pro Max, suggests the phone’s size and feel are similar to the S25 Ultra, and rumors point to similar specs with a faster chipset.

iPhone 17 Pro Max Climbs to No. 1 in Trade-In Rankings
technology3 months ago

iPhone 17 Pro Max Climbs to No. 1 in Trade-In Rankings

SellCell data shows the iPhone 17 Pro Max has become the most traded-in smartphone, accounting for 11.5% of top-20 trade-ins by early February (up from 5.1% in late November). Most traded units are in mint or good condition. The 17 Pro Max depreciates about 7% less than the iPhone 16 Pro Max over 145 days, translating to roughly $95 more retained value, while mint-condition units average about $967.50 in resale. The top-20 devices represent about 47% of trade-in activity, with the iPhone 15 Pro Max and 14 Pro Max also remaining prominent. The trend suggests strong resale pricing amid broader economic factors.

Overclocked Snapdragon 8 Elite Gen 5 powers Galaxy S26 Ultra past iPhone 17 Pro Max in Geekbench
technology3 months ago

Overclocked Snapdragon 8 Elite Gen 5 powers Galaxy S26 Ultra past iPhone 17 Pro Max in Geekbench

Geekbench results show a Galaxy S26 Ultra with an overclocked Snapdragon 8 Elite Gen 5 (up to 4.74 GHz) posting 3,601 (single-core) and 10,686 (multi-core). The Exynos 2600 scores 3,336 / 11,369, and the iPhone 17 Pro Max with the A19 Pro posts 3,775 / 9,749. In these tests, the Snapdragon edges the iPhone on multi-core but trails it on single-core, while Exynos leads in multi-core. Final device specs and performance may vary at launch; Galaxy Unpacked is rumored for Feb 25.

Apple's iPhone 17 Pro Max Tops 2025 Battery-Life Test
technology3 months ago

Apple's iPhone 17 Pro Max Tops 2025 Battery-Life Test

A CNET battery-life study of 35 US smartphones during 2025 finds Apple and OnePlus as the top brands, with the iPhone 17 Pro Max taking first place overall thanks to efficiency and software optimization despite not having the largest battery (5,088 mAh). The iPhone 17 ties for second with OnePlus 15; Poco F7 Ultra is third, and iPhone 17 Pro fourth. Tests used a 3-hour full-brightness Wi‑Fi video stream and a 45-minute endurance cycle combining gaming, video, and calls; the iPhone 17 Pro Max also led the endurance test, while Pixel 10 and Pixel 10 Pro Fold performed well in that phase. Brand rankings placed Apple first, OnePlus second, followed by Motorola, Samsung, and Google.

Apple and OnePlus Top 2025 Smartphone Battery Life Tests
technology3 months ago

Apple and OnePlus Top 2025 Smartphone Battery Life Tests

CNET tested 35 phones in 2025 to determine which last the longest on a single charge, with Apple and OnePlus leading the pack. The iPhone 17 Pro Max topped the rankings, with other top-five spots claimed by iPhone and OnePlus models; several OnePlus phones use silicon-carbon batteries, and the Poco F7 Ultra also ranked highly. Overall, battery life improved only modestly vs 2024 as brands pursue efficiency gains.

Galaxy S25 Ultra Edges Out iPhone 17 Pro Max in a Premium Showdown
technology4 months ago

Galaxy S25 Ultra Edges Out iPhone 17 Pro Max in a Premium Showdown

SlashGear compares the iPhone 17 Pro Max and Samsung Galaxy S25 Ultra, highlighting iPhone’s up to 2TB storage and FaceID versus Samsung’s built‑in stylus, physical SIM slot, up to 16GB RAM, and a 200MP main camera. Base prices are $1,199 for the iPhone and $1,049.99 for the S25 Ultra. While both phones are excellent, the article leans toward Samsung for better value, more camera options, and extra features, though OS preference remains a key factor.

Oppo Find X9 Pro and iPhone 17 Pro Max Camera and Battery Showdown
technology7 months ago

Oppo Find X9 Pro and iPhone 17 Pro Max Camera and Battery Showdown

The Oppo Find X9 Pro features a high-end triple-camera setup with a 200MP telephoto lens and advanced sensors, while the iPhone 17 Pro Max offers improvements mainly in its telephoto and selfie cameras. A comparison of their camera capabilities suggests that Oppo's hardware is impressive, but the iPhone's video quality and AI-driven features maintain its reputation for excellence. The article invites readers to vote on which camera system performs better.