Demo units of the Nothing Phone (3) in New Zealand displayed licensed stock images as camera samples.
Co-founder Akis Evangelidis clarified the images were placeholders meant to be replaced before launch, calling the incident an “unfortunate oversight.”
The misstep has sparked criticism over transparency, potentially affecting consumer confidence in a brand known for design and openness.
Nothing Phone (3). (Image credit – Nothing)
It appears Nothing Phone (3) has landed itself in a fresh controversy. According to reports, it was discovered that retail demo units of the phone were showcasing stock images as if they were actual photos taken with the device. The incident has raised concerns over the company’s transparency in product marketing. Here’s what we know.
Nothing Phone (3) Controversy
Nothing Phone (3) retail demo units were busted for showcasing stock images. (Screenshot credit – Android Authority)
According to a report by Android Authority,demo units in New Zealand displayed images under the tagline “Here’s what our community has captured with Phone (3).” However, attentive users quickly realised the photos weren’t captured by the smartphone at all. Instead, they were licensed stock photographs shot by professional photographers using high-end cameras.
Some of these images had even been circulating online since 2023, well before the Phone (3) was introduced.
One photographer named Roman Fox has confirmed to Android Authority that his image of a car’s headlight was featured on the demo device and was originally taken with a Fujifilm XH2s. While Nothing had legally acquired the photo through a stock image library, the presentation of it as a community-captured Phone (3) sample is what sparked the criticism.
Nothing’s Response
Responding to the issue, Nothing co-founder Akis Evangelidis clarified in a post on X (formerly Twitter) that the images were only meant to serve as “placeholders” in early demo units. He explained that the company intended to replace them with genuine Phone (3) photos ahead of the official rollout.
However, due to what he called an “unfortunate oversight,” the swap never happened. Evangelidis stressed that the incident was not a deliberate attempt to mislead buyers.
Re the Phone (3) live demo units (LDU) in some stores using stock imagery – let me explain. An initial version of the LDU needs to be submitted with placeholders around 4 months before launch, to be implemented and tested as we ramp up towards mass production. Once we enter mass…
The situation has raised questions about how smartphone makers market their devices. Critics of the brand have been quick to point out that for a brand that has consistently emphasised design innovation and transparency, the misstep feels particularly damaging.
Even minor lapses like this can affect consumer confidence and despite Nothing’s explanation, some potential buyers may now view the Phone (3) with scepticism.
FAQs
Q1. What recent controversy is Nothing Phone (3) facing?
Answer. Retail demo units in New Zealand displayed licensed stock images as if they were captured by the Phone (3), misleading users about its camera capabilities.
Q2. How did Nothing respond to the issue of stock images?
Answer. Co-founder Akis Evangelidis stated the images were placeholders meant for early demo units and were mistakenly not replaced due to an “unfortunate oversight.”
Q3. Why has the incident of stock images used as Nothing Phone (3) raised concerns among users?
Answer. Critics argue the misstep undermines Nothing’s emphasis on transparency and design integrity, potentially affecting consumer trust in the brand.
Apple has secured nearly half of TSMC’s upcoming 2nm chip output for its A20 processor.
It is expected to feature in the iPhone 18 series, outpacing rivals like Qualcomm and AMD.
TSMC is scaling up capacity at its Baoshan and Kaohsiung fabs, aiming for 2nm mass production in 2025 despite global challenges.
LG is trying to convince Apple to adopt Tandem OLED tech, already in iPad Pro, for iPhones in future.
TSMC will reportedly begin scaling up its 2nm process in the coming quarter for Apple’s A20 processor. (Image credit – 9to5Mac)
Apple is reportedly set to take a major share of TSMC’s upcoming 2nm chip production. This is because its next-generation A20 processor is expected to debut in the iPhone 18 series. A fresh report now sheds light on TSMC’s production roadmap, the surge in demand and how Apple is positioning itself to dominate early access. Here’s all we know.
Apple Secures TSMC’s 2nm production
TSMC is reportedly expanding previously planned monthly capacity at its facilities in both Baoshan and Kaohsiung to meet the increased demand. (Image credit – GSMArena)
According to the DigiTimes report via 9to5Mac, TSMC will begin scaling up its 2nm process in the coming quarter. Citing industry supply chain sources, the report says the Taiwanese semiconductor giant is said to be charging as much as $30,000 per wafer, an all-time high price point. Despite the steep cost, demand remains extremely strong with Apple securing “nearly half” of TSMC’s 2nm output.
To cope with this surge, TSMC has reportedly expanded planned monthly capacity at its Baoshan and Kaohsiung facilities. Meanwhile, its 4nm and 3nm production lines are already fully booked through late 2026. Analysts expect this to significantly boost TSMC’s profitability, even with challenges such as global trade tensions, fluctuating exchange rates, and rising operational expenses.
The DigiTimes report reads, “Supply chain sources note that although some in the market once believed TSMC’s rivals—such as Samsung Electronics and Japan’s Rapidus—had the strength to grab orders, TSMC has not been affected and is continuing to advance its process roadmap as planned. The globally watched 2nm node will ramp up in Q4. According to TSMC’s plan, the Hsinchu Baoshan Fab 20 and Kaohsiung Fab 22, which both broke ground in 2022, will be key 2nm bases and will begin production in 2025.”
The report also highlights the competition for 2nm chips beyond Apple. Qualcomm is expected to be the second-largest customer, followed by AMD, MediaTek, Broadcom, and Intel. Looking further ahead, DigiTimes claims that by 2027, “in addition to NVIDIA, customers entering mass production will include Amazon’s Annapurna, Google, Marvell, Bitmain, and more than 10 other major players.”
Despite growing competition, Apple is expected to remain TSMC’s top customer for 2nm chips. The report notes that early adoption of 2nm technology is already outpacing what TSMC saw during the transitions to 3nm and 5nm generations.
LG Pushing Tandem OLED for Future iPhones
The latest Apple iPad Pro models feature the Tandem OLED panels supplied primarily by LG Display. (Image credit – Apple)
In other Apple news, it is being reported that the Cupertino giant may also bring major display upgrades alongside chip developments to its iPhones in the coming years. The latest iPad Pro models already feature Tandem OLED panels supplied primarily by LG Display. Now, LG is lobbying Apple to bring the same display technology to iPhones.
While Apple has not yet committed, reports suggest the company could introduce Tandem OLED screens in its 2028 iPhone lineup. If approved, LG could secure a stronger position against Samsung Display, Apple’s other key display supplier. LG currently holds 348 U.S. patents in the Tandem OLED domain.
The Tandem OLED panels have already been proven as a viable option for smartphones after Chinese smartphone company Honor featured the tech from BOE in its Magic6 PSR Porsche last year.
Tandem OLED works by stacking two OLED layers, which boosts brightness, extends display lifespan, and improves energy efficiency.
Interestingly, a previous report noted that Apple is considering a “simplified tandem” approachfor iPhones, stacking only the blue subpixels, while keeping red and green subpixels on a single layer. This method offers a cost-effective solution to address blue subpixel degradation without significantly raising manufacturing costs.
FAQs
Q1. How much of TSMC’s 2nm chip supply has Apple secured?
Answer. Apple has secured nearly half of TSMC’s upcoming 2nm chip output, primarily for its next-generation A20 processor expected in the iPhone 18 series.
Q2. What is Tandem OLED and how might Apple use it?
Answer. Tandem OLED stacks two OLED layers to boost brightness, extend lifespan, and improve energy efficiency. Apple may adopt a simplified version in iPhones by 2028.
Q3. Why is TSMC’s 2nm production significant?
Answer. TSMC’s 2nm node is ramping up in Q4, with mass production planned for 2025. Despite high wafer costs ($30,000), demand is strong, led by Apple and other tech giants.
Spotify has officially launched a new in-app messaging feature that lets users share music, podcasts, and audiobooks while chatting with friends. The update is available for both free and premium users and aims to make content sharing more interactive and social.
The feature was announced in a blog post titled “Introducing Messages, A New Way To Share What You Love on Spotify with Friends and Family.” Spotify explained that the addition comes after consistent user demand for a dedicated space to share songs and playlists within the app itself. Currently, the feature is rolling out on mobile devices in select markets, limited to users aged 16 and above.
How Spotify In-App Messaging Works?
Spotify messaging supports one-on-one conversations only. Here’s how it works –
Users can send tracks, podcasts, or audiobooks directly from the Now Playing screen by tapping the share icon, selecting a friend, and hitting send.
Once a message request is accepted, both users can react with emojis, reply with text, and share content back and forth.
Caption – Now users can share content using Spotify messages. (Image credit – Spotify)
Spotify will also suggest contacts to message based on prior interactions, shared playlists, or whether users are on aFamily or Duo plan. The Messages tab can be accessed by tapping on the profile photo in the top left corner of the app.
Suggested contacts are determined by whether you’ve previously shared Spotify content, joined Jams, Blends, or collaborative playlists, or if you share the same plan with someone.
That said, Spotify also encourages users to continue sharing content on platforms like Instagram, Facebook, WhatsApp, Snapchat, TikTok, and more. “As always, you should continue sharing Spotify content directly through your favorite platforms like Instagram, Facebook, WhatsApp, Snapchat, TikTok, and more. Messages on Spotify are designed to complement these integrations, not replace them, and we’re excited to continue offering more ways to drive hype for the Spotify content you love, wherever you are,” reads the Spotify post.
Privacy and Security Controls
Spotify says users will have full control over who they interact with. Message requests can be accepted or declined, and it’s possible to block contacts or opt out of the feature entirely via Settings. All messages are encrypted and monitored under Spotify’s Terms of Use and Platform Rules. Reported content will be reviewed, and proactive detection tools are in place to catch harmful or illegal activity.
FAQs
Q1. What is Spotify’s new in-app messaging feature?
Answer. Spotify has introduced one-on-one messaging that lets users share music, podcasts, and audiobooks directly within the app. It’s designed to make content sharing more social and interactive.
Q2. Who can use Spotify’s messaging feature?
Answer. The feature is available to both free and premium users aged 16 and above. It’s currently rolling out on mobile devices in select markets.
Q3. How does Spotify ensure privacy and safety in messages?
Answer. Users can accept or decline message requests, block contacts, or opt out entirely via Settings. All messages are encrypted and monitored under Spotify’s platform rules.
The Galaxy S26 Ultra is likely to retain its 5,000mAh battery, but may upgrade to 60W fast charging.
The device is expected to be under 8mm thick, making it slimmer than previous Ultra models.
Samsung may replace the floating lens layout with a unified camera island, enabling hardware upgrades to both sensors.
Samsung Galaxy S25 Ultra for reference. (Image credit – 9to5Google)
The rumours around the Samsung Galaxy S26 Ultra have been buzzing for months. Some leaks have previously suggested that the flagship model might finally get a bigger battery than Samsung’s usual 5,000mAh cell. However, the latest evidence indicates that Samsung may not be increasing the battery capacity after all. Here’s what we know so far.
Galaxy S26 Ultra – Hints About Possible Battery Specs
Battery spotted on China’s Quality Certification Centre. (Image credit – SamMobile)
According to documentation spotted by SamMobile on China’s Quality Certification Centre, a battery with model number EB-BS948ABY has been listed with the standard 5,000mAh capacity. While the filing doesn’t explicitly confirm it belongs to the Galaxy S26 Ultra, the timing strongly suggests it.
This aligns with reports from some leakers who have insisted Samsung would stick with its tried-and-tested battery size rather than move to a larger 5,500mAh unit.
While the unchanged battery capacity might disappoint some fans, the Galaxy S26 Ultra is still expected to deliver an important upgrade. Several leaks point toward a bump in charging speeds from 45W to 60W, ending years of stagnation in this department. Notably, tipster Ice Universe has repeatedly dismissed rumours of a 5,500mAh cell, while confirming that Samsung is preparing faster charging for its Ultra model.
Keeping the 5,000mAh battery could also benefit the design. Reports suggest that the Galaxy S26 Ultra will measure under 8mm in thickness, making it slimmer compared to previous Ultra models. Meanwhile, Samsung is also expected to bring improved batteries to other models in the S26 lineup, with the Galaxy S26 Edge getting a 4,200mAh cell and the rumoured Galaxy S26 Pro equipped with a 4,300mAh battery.
Galaxy S26 Ultra Might Get New Camera Island Design
Caption – New reports share more details on Galaxy S26 Ultra’s camera island. (Image credit – SamMobile)
Meanwhile, design leaks suggest Samsung might revamp the camera module on the Galaxy S26 Ultra.
Samsung is reportedly considering an approach somewhat similar to what we have been hearing about Apple’s upcoming iPhone 17 Pro’s camera island. Instead of the separate floating lenses seen since the Galaxy S22 Ultra, the S26 Ultra may reintroduce a unified camera island design. This change could allow for hardware improvements to both the main and telephoto sensors.
In short, while the Galaxy S26 Ultra may not deliver the bigger battery many were hoping for, it could offer faster charging, a slimmer build and major camera island upgrades, making it one of Samsung’s most refined Ultra flagships yet.
FAQs
Q1. Will the Galaxy S26 Ultra have a larger battery than its predecessor?
Answer. No, recent certification leaks suggest the Galaxy S26 Ultra will retain the 5,000mAh battery used in previous Ultra models. Rumours of a 5,500mAh upgrade have been dismissed by reliable sources.
Q2. Is Samsung improving charging speeds on the Galaxy S26 Ultra?
Answer. Yes, the Galaxy S26 Ultra is expected to support 60W fast charging, up from the previous 45W limit. This marks a significant upgrade in Samsung’s charging tech.
Q3. Is Samsung changing the camera design on the Galaxy S26 Ultra?
Answer. Yes, the S26 Ultra may adopt a unified camera island design, moving away from the floating lens layout seen since the S22 Ultra. This could enable hardware improvements to key sensors.
Galaxy S25 FE leak reveals Exynos 2400 chipset, 8GB RAM, 128GB storage, a 6.7″ FHD+ OLED 120Hz display and a triple rear camera setup (50MP + 12MP + 8MP).
The phone sports a slimmer 7.4mm frame, weighs 190g, and comes in black, icy blue, white, and graphite colours
Samsung is expected to officially unveil the S25 FE in September.
Samsung Galaxy S25 FE leaked render. (Image credit – 9to5Google)
Samsung’s popular Fan Edition (FE) series is set to get a new model addition soon in the form of the Galaxy S25 FE. But while we wait for more details, a fresh retail listing has revealed almost everything about the upcoming FE model. From specs to design details, the listing offers a near-complete look at Samsung’s upcoming affordable flagship. Here’s what we know.
Galaxy S25 FE Retail Listing Reveals Key Details
The Galaxy S25 FE recently appeared on a Portuguese retail site, though the listing was quickly taken down. According to the details, the smartphone will be powered by the Exynos 2400 chipset, the same processor used in last year’s Galaxy S24 and S24+. It will reportedly launch with 8GB of RAM and 128GB of storage.
Caption – Galaxy S25 FE render. (Image credit – Gizmochina)
On the front, the phone features a 6.7-inch FHD+ OLED display with a 120Hz refresh rate and Gorilla Glass Victus+ protection. A 12MP selfie camera sits inside a punch-hole cutout. The rear camera system includes a 50MP main sensor, a 12MP ultra-wide lens, and an 8MP telephoto shooter. Powering it all is a 4,900mAh battery that supports 45W wired fast charging and 15W wireless charging.
The retail listing also confirms the in-box contents, which include only the smartphone, a USB-C to USB-C cable, and a SIM ejector pin, consistent with Samsung’s recent packaging approach.
In terms of design, the Galaxy S25 FE appears to be more refined than its predecessor. The device will reportedly have a slimmer 7.4mm frame and weigh just 190 grams, making it both lighter and thinner compared to last year’s 213g, 8mm-thick Galaxy S24 FE. The bezels are also narrower.
Samsung is expected to launch the phone in four colour options, which include black, icy blue, white, and graphite.
Galaxy S25 FE – Expected Price and Launch Timeline
MediaMarkt briefly showed a price tag of €789.99, which converts to roughly $920. However, this is likely a placeholder rather than the final retail price.
Samsung typically announces its Fan Edition smartphones in September, so the Galaxy S25 FE could be officially unveiled very soon.
FAQs
Q1. What are the key specifications of the Galaxy S25 FE?
Answer. The Galaxy S25 FE is expected to feature the Exynos 2400 chipset, 8GB RAM, 128GB storage, and a 6.7-inch FHD+ OLED display with 120Hz refresh rate. It also includes a 50MP + 12MP + 8MP rear camera setup and a 12MP selfie camera.
Q2. How does the Galaxy S25 FE differ in design from its predecessor?
Answer. The S25 FE will have a slimmer 7.4mm frame and weigh just 190g, making it lighter and thinner than the previous S24 FE. It also features narrower bezels and Gorilla Glass Victus+ protection.
Q3. What is the expected price and launch timeline for the Galaxy S25 FE?
Answer. A retail listing briefly showed a price of €789.99 (approx $920), though this may be a placeholder. Samsung typically launches Fan Edition models in September, so the S25 FE could be unveiled soon.
Samsung’s XR headset codenamed “Project Moohan” is expected to launch in Korea on October 13, following an official reveal at the September 29 Unpacked event.
The price is estimated between $1,800 and $2,800 with modest sales targets of 100,000 units by the end of 2025.
Samsung is also developing smart glasses for 2026, while rivals like XREAL are preparing more affordable XR alternatives.
Samsung’s XR headset will reportedly launch in Korea on October 13. (Image credit – SamMobile)
Samsung is preparing to launch its much-anticipated Android XR headset, but a new report indicates that it won’t come cheap. The device is codenamed “Project Moohan” or “Project Infinite” and is reportedly set to hit shelves in Korea on October 13, according to Korean outlet Newsworks.
This aligns with earlier leaks suggesting that Samsung will host an Unpacked event on September 29 in Korea, where the headset will be officially unveiled.
Meanwhile, the biggest revelation from the latest report is the price.
Samsung’s XR headset is expected to be priced between 2.5 million to 4 million won (approximately $1,800 – $2,800 USD). While that makes it less expensive than Apple’s $3,500 Vision Pro, the gap isn’t as wide as many might have hoped. In comparison, Meta’s Quest 3 remains significantly cheaper, making Samsung’s XR headset nearly four times more expensive.
– Samsung is reportedly targeting to sell about 100,000 units by 2025. (Image credit – 9to5Google)
Reports also suggest that Samsung has conservative sales goals for the device, targeting around 100,000 units by the end of 2025.
Looking ahead, Samsung is said to be working on smart glasses for 2026, which may be available in two versions, one with a display and one without. However, pricing and release details for these wearables remain under wraps.
Meanwhile, competition in the Android XR space is heating up. XREAL is also developing an XR headset similar to Samsung’s “Moohan,” with a launch window set for early 2026. Unlike Samsung’s premium pricing, XREAL’s current lineup tops out at $649, suggesting its upcoming device may be a more affordable alternative.
FAQs
Q1. What is Samsung’s upcoming XR headset called and when will it launch?
Answer. Samsung’s XR headset is codenamed “Project Moohan” or “Project Infinite” and is expected to launch in Korea on October 13, 2025. It will likely be unveiled at the Unpacked event on September 29.
Q2. How much will Samsung’s XR headset cost?
Anwer. The headset is expected to be priced between 2.5 million to 4 million won, which translates to approximately $1,800 to $2,800 USD. This places it below Apple’s Vision Pro but far above Meta’s Quest 3.
Q3. Is Samsung planning other wearable XR devices?
Answer. Yes, Samsung is reportedly working on smart glasses for 2026, with two versions, one with a display and one without.
Apple is reportedly testing reverse wireless charging for the iPhone 17 Pro, allowing users to wirelessly charge accessories like AirPods and Apple Watch.
Compatibility with Qi2/MagSafe may be a hurdle as magnetic alignment used in Apple’s charging tech could limit reverse charging.
If implemented, it would mark Apple’s first true wireless power-sharing feature.
If the upcoming iPhone 17 Pro get reverse wireless charging capability, it will directly compete with the Pixel 10 series and Galaxy S25 series. (Image credit – @lakhwinder086 on X)
With Apple’s iPhone 17 launch just around the corner, leaks and reports continue to surface about the upcoming flagship devices. One of the most talked-about features is reverse wireless charging. It would allow an iPhone to wirelessly charge other Apple accessories like AirPods and Apple Watch.
Although reports have been contradictory, fresh leaks suggest that the feature may make its way to the iPhone 17 Pro after all. A well-known Weibo tipster named Fixed Focus Digital has now revealed that Apple has been testing reverse wireless charging for the iPhone 17 Pro models.
Tipster Fixed Focus Digital’s recent post on Weibo. (Translated via Google Translate)
Earlier this year, another leaker also claimed that Apple was experimenting with 7.5W reverse charging for the Pro variants. If successful, this would have been the first time iPhones offered the ability to wirelessly charge accessories on the go.
Still, despite reports that testing is complete, it remains unclear if Apple will actually enable the feature when the iPhone 17 lineup is unveiled next month. Before we look at previous reports, let’s understand reverse wireless charging a bit more.
What is Reverse Wireless Charging?
Reverse wireless charging is reportedly being tested on the iPhone 17 Pro. (Image credit – 9to5Mac)
In simple terms, reverse wireless charging lets users power up smaller devices by placing them on the back of a smartphone. For accessories like AirPods or an Apple Watch, it works just like a wireless charging pad, but instead of drawing power from a charger, it uses the iPhone’s battery.
Samsung has offered this feature for years under its Wireless PowerShare branding, while Google followed suit with Battery Share on its Pixel phones.
Why Reverse Charging Is An Important Feature?
Here are some of the main reasons why iPhone users have been eager to see this feature
Emergency top-ups – Charge AirPods or Apple Watch on the go without cables or adapters.
Travel convenience – Carry just one iPhone charger and use the phone to power up accessories.
Multi-device charging – On a plane or train, simply plug in the iPhone and stack other devices on top to charge simultaneously.
What Stops Apple From Adding The Feature?
Reports suggest the problem lies with Qi2 wireless charging, the new standard that builds on Qi1 with a magnetic connection, essentially MagSafe.
There is still no concrete report on reverse wireless on the upcoming iPhone 17 Pro. (Image credit – 9to5Mac)
Google recently dropped reverse wireless charging from the Pixel 10, stating it was not compatible with Qi2 technology. Since MagSafe is Apple’s own version of Qi2, the same limitation could be preventing reverse charging from working on iPhones. As Portuguese site DroidReader noted, “A Pixel 10 series features Qi2 magnetic wireless chargingto provide more efficient and reliable wireless charging (…) The set of magnets creates a strong connection with the charger but has a physical limitation for wireless reverse charging.”
Back in 2021, Apple introduced the MagSafe Battery Pack, which allowed power pass-through when connected via Lightning. That was the company’s first step into reverse charging, but it discontinued the accessory in 2023 with the iPhone 15 series launch, which introduced USB-C. Currently, iPhones with USB-C can reverse charge other devices via cable at up to 4.5W.
Apple is expected to announce the iPhone 17 lineup at its September event, likely on September 9.
If the iPhone 17 Pro does end up supporting reverse wireless charging, it would put Apple in direct competition with rivals like the Samsung Galaxy S25 series and Google’s Pixel 10 lineup. If not, iPhone users may have to wait longer for this much-requested feature.
FAQs
Q1. What is reverse wireless charging on smartphones?
Answer. Reverse wireless charging allows a phone to wirelessly power accessories like AirPods or an Apple Watch by placing them on its back. It turns the phone into a charging pad using its own battery.
Q2. Is Apple adding reverse wireless charging to the iPhone 17 Pro?
Answer. Apple is reportedly testing reverse wireless charging for the iPhone 17 Pro, according to tipster Fixed Focus Digital. However, it’s unclear if the feature will be enabled at launch.
Q3. Why hasn’t Apple introduced reverse wireless charging yet?
Answer. The Qi2 wireless charging standard, which uses magnetic alignment like MagSafe, may limit reverse charging compatibility. This issue also led Google to drop the feature from its Pixel 10 series.
Q4. Which Apple accessories could benefit from reverse wireless charging?
Answer. If enabled, reverse wireless charging on iPhone 17 Pro could power AirPods, Apple Watch, and other small accessories wirelessly. This would allow convenient top-ups without cables while travelling.
Q5. Has Apple ever offered reverse charging before?
Answer. Apple introduced limited reverse charging via the MagSafe Battery Pack in 2021, allowing power pass-through via Lightning. However, it was discontinued in 2023 with the shift to USB-C, which now supports 4.5W reverse charging via cable.
In terms of design, the Vivo T4 Pro 5G has an elegant aesthetic and closely resembles what we saw recently on the Vivo V60. It has smooth, curved edges with rounded corners. The phone seems quite slim in hand and it is quite lightweight, despite housing a heavy battery inside. The back has a smooth, glass-like finish that resists smudges and fingerprints. The pill-shaped camera module is neatly designed and holds two cameras. The third camera and a ring-shaped Aura Light sit alongside it.
On the other hand, the Realme P4 Pro comes in a unique tech wood material with a smooth matte finish. This matte wood finish also keeps fingerprints and smudges away. The phone feels ultra-slim and really easy to carry. The 4D Curve+ display also helps the phone sit comfortably in the hand. The camera module has a glass fibre finish and is quite different and massive compared to the Vivo T4 Pro.
P4 Pro houses three lenses at the back and a flash in neatly cut slots. It also feels stylish, lightweight and comfortable to hold.
As for the front, both phones come in curved display designs.
The Vivo T4 Pro 5G sports a 6.77-inch flagship-grade quad-curved display. It has narrow bezels and a small punch-hole cutout for an edge-to-edge experience. With a 120Hz refresh rate, the display feels incredibly smooth. The responsiveness of the phone feels fast and fluid. With 1500 nits global peak brightness and a staggering 5000 nits local peak, the outdoor visibility of T4 Pro is excellent.
The Realme P4 Pro 5G has a 6.8-inch 144Hz HyperGlow AMOLED 4D Curved Display with 1.5K resolution. The uniformly narrow bezels offer an immersive experience. The display looks vibrant and the clarity feels cinema-level. It supports 120FPS for everyday use and also hits the mark when it comes to outdoor visibility with brightness levels of 1000 nits typical, 1800 nits in HBM and a peak at massive 6500 nits.
Both phones come with the HDR10+ certification that ensures supported content looks rich with enhanced contrast and details.
Vivo T4 Pro VS Realme P4 Pro – Performance
Both Vivo T4 Pro and Realme P4 Pro feature the same Snapdragon 7 Gen 4 Chipset. Vivo T4 Pro (left) VS Realme P4 Pro (right).
For running things smoothly, both Vivo T4 Pro and Realme P4 Pro rely on the Snapdragon 7 Gen 4 Chipset. However, Realme P4 Pro 5G combines the 7 Gen 4 power with a dual-chip setup as it also features the Hyper Vision AI Chip. This is the first P-series device to feature a dedicated graphics chip, which definitely makes a difference when it comes to performance.
We tested both phones on different benchmarking platforms and here are some results for a quick comparison.
Vivo T4 Pro
Realme P4 Pro
AnTuTu
1006956
1079218
Geekbench 6 – CPU
Singlecore – 1263
Multicore – 3620
Singlecore – 1200
Multicore – 3554
Geekbench 6 – GPU
4625
4533
3D Mark
6426
6392
Work 3.0
11130
14387
For thermal management, the T4 Pro 5G has a massive 16,470 mm² heat dissipation area along with 10 temperature sensors. It promises to bring down core temperatures by as much as 12°C. Other than that, there is a 3,750 mm² VC cooling chamber.
And as for the competing Realme P4 Pro, it features the largest VC cooling system in its class. The phone has a massive 7000mm² AirFlow VC with ultra-thermal conductive graphite and uses an advanced internal air chamber structure that covers 57% of the phone’s surface. It can reduce CPU core temperature by up to 20℃ and ensure a stable performance.
Vivo T4 Pro VS Realme P4 Pro – Camera
Vivo T4 Pro (left) VS Realme P4 Pro (right).
T4 Pro 5G camera setup is versatile and features a triple camera setup. It houses a 50MP Sony IMX882 OIS main camera with a wide f/1.79 aperture on the rear, a 50MP Sony IMX882 periscope telephoto camera with 3x optical zoom and a 2MP bokeh sensor.
On the other hand, Realme P4 Pro’s camera system is a little straightforward. It has the 50MP Sony IMX890 main sensor with OIS and 8MP lens.
We have extensively used both the phone cameras and there’s not a lot of noticeable difference in captured shots from both Vivo T4 Pro VS Realme P4 Pro. The colour science seems somewhat similar with a little bit of artificial polishing.
The Realme shots seems to be leaning more towards neutral tones, which also at times come off as slightly washed out. In contrast, Vivo T4 Pro captures more punchier colours. Despite the Realme using AI in its primary sensor, Vivo shots seem more sharper in details and holds a slight edge in overall clarity. And then there is the case of versatility, the Vivo telephoto lens allows you to capture faraway subjects with good clarity. It also has a 2MP bokeh lens that can be great with portraits.
Vivo T4 Pro VS Realme P4 Pro – Battery
Vivo T4 Pro comes with a 6500mAh BlueVolt battery and Realme P4 Pro 5G packs a massive 7000mAh Titan battery. Vivo T4 Pro (left) VS Realme P4 Pro (right).
Battery is one battle with Realme seems to be a winner, even though both phones have strong battery system. Vivo T4 Pro comes with a 6500mAh BlueVolt battery that uses 3rd-gen Silicon Carbon Anode technology and in comparison, Realme P4 Pro 5G packs a massive 7000mAh Titan battery.
As for charging, the Vivo phone offers a little faster charging speed. Vivo T4 Pro supports 90W FlashCharge and in out testing, it managed to go from under 10% to over 80% in about 40 minutes. On the other hand, Realme P4 Pro has a 80W Ultra Charge support and we got over 50% charge from under 10 % charge in about 25 minutes. Fortunately, both phones comes with an adapter in the box.
Verdict – Vivo T4 Pro VS Realme P4 Pro
Both the Vivo T4 Pro and Realme P4 Pro seems to be compelling mid-range choices with premium-looking design, curved displays and the same Snapdragon 7 Gen 4 power. However, each phone has different strengths.
If camera versatility and build quality matter the most to you then Vivo T4 Pro is the better pick. At the same time, Realme P4 Pro takes the lead if battery life, display smoothness and raw performance are your priorities.
FAQs
Q1. What chipset powers the Vivo T4 Pro and Realme P4 Pro?
Answer. Both phones are equipped with the Snapdragon 7 Gen 4 chipset. However, the Realme P4 Pro also includes a dedicated Hyper Vision AI graphics chip, enhancing performance and visual processing.
Q2. Which phone between Vivo T4 Pro and Realme P4 Pro has a better display?
Answer. Realme P4 Pro offers a 6.8-inch 144Hz HyperGlow AMOLED 4D Curved Display, while Vivo T4 Pro features a 6.77-inch 120Hz quad-curved AMOLED panel. Realme’s display reaches a peak brightness of 6500 nits, making it more suitable for outdoor use.
Q3. How do the camera setups of Vivo T4 Pro and Realme P4 Pro compare?
Answer. Vivo T4 Pro has a triple rear camera setup with a 50MP main, 50MP periscope telephoto, and 2MP bokeh lens. Realme P4 Pro features a simpler dual setup with a 50MP main and 8MP secondary lens. Vivo offers more versatility and sharper detail in shots.
Q4. Which phone between Vivo T4 Pro and Realme P4 Pro has better battery performance?
Answer. Realme P4 Pro packs a larger 7000mAh battery, while Vivo T4 Pro has a 6500mAh unit. Vivo supports faster 90W charging, reaching over 80% in about 40 minutes, compared to Realme’s 80W charging.
Q5. What are the IP ratings of both Vivo T4 Pro and Realme P4 Pro?
Answer. Vivo T4 Pro is rated IP68 and IP69, offering superior water and dust resistance. Realme P4 Pro comes with IP65 and IP66 ratings, which are slightly lower in protection standards.
Apple will unveil iPhone 17, 17 Air, 17 Pro, and 17 Pro Max with the ultra-thin iPhone 17 Air replacing the Plus series.
The Apple Watch Ultra 3 expected with satellite connectivity for emergencies in remote areas, while the new AirPods Pro will feature enhanced noise cancellation, audio quality and in-ear heart rate tracking.
Apple confirms its next big launch event date. (Image credit – Apple)
Apple has officially confirmed its next big launch event, scheduled for Tuesday, September 9, 2025. The company will unveil the much-anticipated iPhone 17 lineup along with new Apple Watch models. The event tagline reads “Awe dropping” and is accompanied by an infrared view of the Apple logo, hinting at major design and feature changes.
Apple CEO Tim Cook posted an Apple event logo animation on X (formerly Twitter), confirming the event date.
Here’s everything you need to know about the upcoming event.
How to Watch the Event?
The “Awe dropping” iPhone 17 launch event will be streamed live on Tuesday, September 9, at 10 a.m. PT / 1 p.m. ET.
The event will be pre-recorded, with select media invited to Apple Park in Cupertino, California. Fans can tune in via apple.com, YouTube, or the Apple TV app to catch all the announcements as they happen.
Mark your calendar for the below streaming –
iPhone 17 Series – What to Expect?
Apple is set to announce four new iPhones, which are iPhone 17, iPhone 17 Air, iPhone 17 Pro and iPhone 17 Pro Max. According to the gazillion leaks and rumours we have encountered until now, it appears the iPhone 17 will largely be an internal upgrade. Reports have indicated that the lineup will mostly carry forward the iPhone 16’s design language from last year.
The biggest highlight will be the iPhone 17 Air, Apple’s all-new ultra-thin model, featuring a slightly smaller display compared to the iPhone 16 Plus, which it will replace in the lineup. Just like the iPhone mini, the Plus series is expected to be retired after only a few years.
The iPhone 17 Pro and Pro Max will mostly have the same core specifications, with the main difference being size. Interestingly, the Pro Max could become slightly thicker this year, possibly to accommodate a larger battery. Apple is also rumoured to redesign the camera system across the Air and Pro models, replacing the traditional top-left camera island with a layout that stretches across the width of the back glass.
Pricing changes may also be in store, with reports suggesting that the iPhone 17 Pro will launch at a higher price point with fewer storage options. Following the event, Apple will likely discontinue the iPhone 15, iPhone 16 Pro, and iPhone 16 Pro Max.
Apple Watch Ultra 3 – Satellite Connectivity on the Wrist
The Apple Watch Ultra 3 is expected to introduce satellite connectivity, enabling emergency communication in remote areas where Wi-Fi or cellular service isn’t available. This life-saving feature, however, will reportedly remain exclusive to the Ultra model, and not come to the standard Apple Watch Series 11.
AirPods Pro Update
Apple will also refresh the AirPods Pro, which are tipped to come with improved Active Noise Cancellation, enhanced audio quality, a refined design, and built-in in-ear heart rate tracking. This feature is similar to what was previously seen in the Powerbeats Pro 2.
New Cases and Accessories
Apple is preparing to roll out new premium case options alongside the iPhone 17 series. A fresh TechWoven fabric option is said to replace the failed FineWoven design from two years ago. Additionally, the standard silicone cases could adopt the name “Liquid Silicone.”
Both official case types are expected to include lanyard holes on either side of the bottom, supporting single lanyard loops or even a rumoured Crossbody Strap accessory to wear the iPhone like a sling.
A retro-inspired iPhone 4-style Bumper case may also debut for the iPhone 17 Air. Meanwhile, Apple is reportedly considering reviving its MagSafe Battery Pack, specifically optimized for the ultra-thin Air model.
Apple Watch Bands
As always, new Apple Watch models are likely to be accompanied by fresh band designs, including new colours, materials, and styles. With Apple moving away from leather as part of its Apple 2030 carbon neutrality goal, the company will continue pushing alternatives like FineWoven, though new sustainable materials may also join the lineup.
FAQs
Q1. When is Apple’s iPhone 17 launch event happening?
Answer. Apple’s “Awe dropping” launch event is scheduled for Tuesday, September 9, 2025, at 10 a.m. PT / 1 p.m. ET. It will be streamed live via apple.com, YouTube, and the Apple TV app. Select media will attend in person at Apple Park, Cupertino.
Q2. What new products are expected at the upcoming Apple event?
Answer. Apple is set to unveil the iPhone 17 series, Apple Watch Ultra 3, updated AirPods Pro, and new accessories. The iPhone 17 Air will debut as an ultra-thin model replacing the Plus variant, while the Apple Watch Ultra 3 may introduce satellite connectivity for emergency use.
Q3. Will there be changes to Apple’s accessories lineup?
Answer. Yes, Apple will introduce new case materials like TechWoven and Liquid Silicone, plus redesigned lanyard support and a retro-style bumper case for the iPhone 17 Air. Watch bands will also feature new sustainable materials as part of Apple’s carbon neutrality goals.
OnePlus has begun rolling out a new software update for the OnePlus 13R in India. The update, carrying the build number CPH2691_15.0.0.850(EX01), brings OxygenOS 15.0.0.850 along with the August 2025 Android security patch.
It is being released in phases, meaning a limited number of users will receive it initially, followed by a broader rollout in the coming days.
The update refines animations when opening, resizing, and moving floating windows. Split View is now more flexible, as users can drag the divider to adjust app sizes in landscape mode instead of being restricted to fixed ratios. Additionally, when viewing stacked recent tasks, the lock status of an app can be changed with a simple downward swipe.
Private Safe Enhancements
The Private Safe feature has been upgraded with more customisation and sharing options. Users can now share images and videos directly from Private Safe, set personalised covers for albums, and sort or view media by time. Files can also be stored directly under the “Other files” category for better organisation.
Notifications in Landscape Mode
Landscape notifications have been redesigned into a simplified banner format. Swiping down on a banner opens the corresponding app in a floating window, while tapping the banner button launches it in a floating window instead of full screen. The placement of banner notifications has also been optimised to minimise distractions.
BeaconLink Messaging
One of the biggest additions is BeaconLink, which enables users to send text, image, and voice messages to nearby devices without requiring an internet connection. This feature can be accessed under Settings > Mobile network > BeaconLink.
Security and Stability
Alongside new features, the update integrates the August 2025 Android security patch and improves system stability and overall security.
Since this is an incremental OTA update, only a small group of OnePlus 13R users will get it at first. However, a wider rollout is expected soon. Availability and features may vary depending on the region.
FAQs
Q1. What new messaging feature is introduced in the OnePlus 13R update?
Answer. The update adds BeaconLink, allowing users to send text, image, and voice messages to nearby devices without needing an internet connection.
Q2. How has the Private Safe feature in OnePlus 13 update been improved?
Answer. Users can now share media directly from Private Safe, set custom album covers, sort files by time, and organise content under a new “Other files” category.
Q3. What changes have been made to floating windows and Split View in OnePlus 13R update?
Answer. Animations for floating windows are smoother, and Split View now lets users drag the divider freely in landscape mode for better multitasking flexibility.
