The OnePlus 13s is generating buzz in the smartphone world, and for good reason. Chinese tech giant OnePlus has confirmed that its upcoming compact flagship will come with a lifetime display warranty, addressing the pesky green line issue that has plagued some smartphone displays. This bold move, paired with cutting-edge specs and innovative features like the new Plus Key, positions the OnePlus 13s as a standout in the competitive Indian smartphone market. Here’s everything we know about the OnePlus 13s, from its display and processor to its camera and battery life.

A Game-Changing Lifetime Display Warranty

OnePlus has taken a customer-first approach with its “Green Line Worry-Free Solution,” announced in December 2024. The OnePlus 13s will be eligible for free display replacements in case of the green line issue, a defect where a green line appears on the screen due to display panel issues. However, the warranty excludes damage caused by users or external factors. This initiative builds on OnePlus’s earlier commitment to offer lifetime display warranties for all existing OnePlus smartphones, including the recently launched OnePlus 13 and 13R. By addressing this widespread concern, OnePlus is reinforcing its reputation for reliability and customer satisfaction.

Compact Yet Powerful: OnePlus 13s Design and Display

The OnePlus 13s is designed to appeal to users who prefer compact smartphones without compromising on performance. It features a 6.32-inch OLED display with fullHD+ resolution, making it the smallest model in the OnePlus 13 series. The display supports a 120Hz refresh rate with LTPO technology for smooth scrolling and energy efficiency. With a peak brightness of 1,600 nits, HDR10+, and Dolby Vision support, the OnePlus 13s promises vibrant visuals, whether you’re streaming movies or gaming on the go. The sleek design is complemented by a new green color variant, teased in a recent promotional video, adding a fresh aesthetic to the lineup.

Performance That Packs a Punch

Under the hood, the OnePlus 13s is powered by the Qualcomm Snapdragon 8 Elite chipset, the same processor found in the flagship OnePlus 13. This cutting-edge chip ensures lightning-fast performance, whether you’re multitasking, gaming, or editing videos. Paired with up to 16GB of LPDDR5x RAM and up to 1TB of UFS 4.0 storage, the OnePlus 13s is built for speed and efficiency. Whether you’re a power user or someone who needs ample storage for photos and apps, this smartphone has you covered.

Innovative Plus Key Replaces Alert Slider

OnePlus is shaking things up by replacing its iconic Alert Slider with the Plus Key, a customizable button designed to enhance user experience. The Plus Key can be programmed for a variety of functions, such as switching audio profiles, launching the camera, turning on the flashlight, recording audio, or even translating text on the fly. This feature adds a layer of personalization, allowing users to tailor the device to their daily needs. It’s a bold move that showcases OnePlus’s commitment to innovation and adaptability.

Camera and Battery: Ready for Any Moment

The OnePlus 13s is expected to sport a dual 50MP rear camera setup, featuring a primary sensor with autofocus and optical image stabilization (OIS) and a telephoto lens with OIS for sharp, detailed shots. Whether you’re capturing landscapes or zooming in on distant subjects, the camera system is designed to deliver impressive results. For selfies and video calls, a 16MP front-facing camera is included. Powering the device is a robust 6,260mAh battery with 80W wired fast charging, ensuring you stay connected throughout the day with minimal downtime.

Why the OnePlus 13s Stands Out

The OnePlus 13s combines a compact form factor with flagship-level performance, making it an ideal choice for users who want a premium smartphone without the bulk. The lifetime display warranty addresses a major pain point for smartphone users, while the Snapdragon 8 Elite chipset and Plus Key elevate the device’s performance and usability. With its imminent launch in India, the OnePlus 13s is poised to make waves in the premium smartphone segment.

Also Read: Honor 400 Series Android Updates: 6 Years of Support Confirmed with Android 16 Coming in 2025

What’s Next for OnePlus?

OnePlus has yet to announce the official launch date or pricing for the OnePlus 13s, but anticipation is high. The company’s focus on addressing display issues and delivering top-tier specs suggests it’s doubling down on quality and innovation. As the Indian smartphone market continues to grow, the OnePlus 13s could set a new standard for compact flagships. Stay tuned for more updates as OnePlus reveals additional details about this exciting release.

With its blend of advanced technology, user-focused features, and a commitment to addressing display concerns, the OnePlus 13s is shaping up to be a must-have smartphone in 2025. Are you excited about its launch? Let us know in the comments!

The OnePlus Ace 5 Ultra is expected to have a 6.83-inch AMOLED display with a resolution of 2800 x 1272 pixels. It could be powered by the Dimensity 9400 Plus chipset, which runs at 3.73GHz.

It will come with a dual-cell 3,300mAh battery, giving it a total capacity of around 7,000mAh. The phone might also have a 50MP + 8MP dual rear camera setup and a 16MP front camera. It will feature an in-display fingerprint sensor, IR blaster, and will measure 163.41 x 77.04 x 8.10mm, weighing 206 grams.

OnePlus Ace 5 Racing Edition – Rumored Specs

The Ace 5 Racing Edition is likely to feature a slightly smaller 6.77-inch AMOLED screen with a resolution of 2392 x 1080 pixels. It is said to use the Dimensity 9400e chipset, running at 3.4GHz, and may include a 6,930mAh rated battery, with a typical 7,000mAh capacity.

The camera setup could include a 50MP main sensor and a 2MP secondary sensor, along with a 16MP selfie camera. Other features include an in-screen fingerprint scanner, IR blaster, and it may measure 163.58 x 76.02 x 8.27mm, with a weight of 199 grams.

More Features and Variants

Both phones are expected to support 100W fast charging and come with the Plus Key feature, first seen on the OnePlus 13T.

The Racing Edition may launch in Wilderness Green, White, and Rock Black colors, with storage options of:

• 12GB RAM + 256GB
• 12GB RAM + 512GB
• 16GB RAM + 256GB
• 16GB RAM + 512GB

The Ultra Edition might come in Breeze Blue, Titanium, and Phantom Black, with the same options plus an extra 16GB RAM + 1TB variant.

Via

OnePlus Bypass Charging is a feature introduced to enhance the smartphone gaming experience by managing power delivery in a smarter way. The idea is simple: when you are gaming while plugged in, the power supply bypasses the battery and goes directly to the phone’s motherboard. This should, in theory, reduce device heating and prevent battery degradation. But does it actually work as claimed?

We put this feature to the test under real-world gaming conditions using the OnePlus 13. This article details our complete findings, along with performance metrics, FPS variations, and temperature recordings, to help you understand how useful Bypass Charging actually is for heavy gamers and content creators.

What Is Bypass Charging and How Does It Work?

In a typical charging scenario, power flows into the battery, and then the phone draws from it during operation. The issue with this method during gaming is that it puts a double load on the battery—charging it and using it at the same time—which causes unnecessary heat buildup.

Bypass Charging solves this by directing the power supply straight to the processor and mainboard, completely bypassing the battery. As a result, the battery remains idle, reducing wear and tear and limiting heat generation. This is especially beneficial for people who game while charging or creators who need to screen record for long sessions.

The Testing Environment

To keep things fair and accurate, we tested this feature with a consistent setup:

• Device: OnePlus 13

• Game: BGMI (Battlegrounds Mobile India)

• Duration: 30 minutes for each test

• Conditions: Ambient temperature of 25–26°C, screen recording on, brightness locked manually

• Charger: Stock OnePlus adapter

We conducted two separate tests—one with Bypass Charging turned off and another with it enabled. The focus was to observe FPS performance and thermal readings under pressure.

Without Bypass Charging: Good Start, Hot Finish

We began with a battery level of 17%. The initial gameplay was smooth, especially in a 5-minute TDM match. We recorded an average FPS of 110.7 and a max device temperature of 37.6°C. However, once we moved to a classic match with a hot-drop situation, the FPS dropped to 80 and did not recover.

After 30 minutes, the average FPS dropped to 88.1, and the maximum recorded temperature rose to 42°C. The device became noticeably warm, particularly on the top portion.

With Bypass Charging: Slight Gains, But Not Perfect

For the second round, we enabled Bypass Charging and set the targeted battery level at 40%. We started at 44% battery, meaning the feature should’ve kicked in successfully. Initial readings showed slightly lower temperatures, and average FPS during the TDM match increased to 115.6.

TDM BGMI performance comparison with Bypass Charging ON vs OFF on OnePlus.

Even during the classic match, the device initially performed better, maintaining higher FPS and staying a little cooler. The final average FPS was 92.3, with a maximum recorded temperature of 41°C. However, the FPS still dropped to 80 after extended gameplay, similar to the previous test.

Interestingly, the battery still charged during the session, rising from 44% to 62%, suggesting that Bypass Charging might not have remained fully active or behaved inconsistently.

Classic match FPS and temperature comparison on OnePlus with Bypass Charging ON vs OFF.

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Conclusion: Is Bypass Charging Actually Useful?

Bypass Charging on the OnePlus 13 sounds promising on paper, but in our real-world gaming test, we did not observe any major improvements. While the feature showed a slight increase in average FPS and marginally lower temperature during the early phase of gameplay, the overall impact was negligible.

FPS still dropped significantly during longer sessions, and the device continued to charge the battery despite Bypass Charging being enabled. This raises concerns about how reliably the feature works under actual gaming stress.

For now, Bypass Charging feels more like a theoretical advantage than a practical game-changer. It might help with battery longevity in the long run, but if you’re expecting a noticeable boost in gaming performance or thermal management, the difference is minimal.

Unless OnePlus fine-tunes the feature in future software updates, most users won’t notice a significant change in their gaming experience by enabling it.