Ayaneo has been revealing bits and pieces about its handheld smartphone over the past few months. The company has now finally announced some concrete details of the Pocket Play, including its design, display, and other specifications.

As you might know, the Pocket Play doesn’t look like a typical slab phone. It uses a classic side-sliding design, and hidden inside is a full-function built-in game controller. Slide it open, and the device instantly shifts into game mode. 

Ayaneo Pocket Play Specifications

The front of the device is dominated by a 6.8-inch OLED display. It has no punch hole or notch to break immersion. It runs at a 2400 × 1080 resolution with 20:9 aspect ratio and supports 120Hz, 144Hz, and even 165Hz refresh rates. 

Inside, the Pocket Play is powered by MediaTek’s Dimensity 9300, built on TSMC’s third-generation 4nm process. The chip uses an octa-core CPU design paired with Arm’s Immortalis-G720 GPU. Ayaneo has also added an active air-cooling system to help keep performance stable during long gaming sessions.

Haptics and audio haven’t been ignored either. The phone includes an 0815 X-axis linear motor with four vibration modes for more nuanced feedback, along with stereo dual speakers aimed at making games and media feel more immersive.

Despite its gaming focus, the Pocket Play doesn’t give up everyday phone features. It supports full communication functions, includes a USB-C 3.2 Gen 2 port with DisplayPort 1.4 video output, a fingerprint reader built into the power button, and a combined SIM and microSD card slot.

Ayaneo hasn’t shared pricing or availability yet again. Know that the Pocket Play is a console-first handheld smartphone you will be able to buy soon. 

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Xiaomi’s experimental magnetic camera lens module might be inching closer to reality. According to recent rumors, the company has begun early manufacturing work on the detachable lens system that first appeared as a concept at MWC 2025.

The blogger Digital Chat Station recently claims that “the magnetic lens has started mass production and could be seen as early as this year (TBD).” While the post didn’t name a specific manufacturer, the most likely candidate is the modular optical system Xiaomi teased alongside the Xiaomi 15 series.

Lei Jun demonstrated the setup during Xiaomi 15 series launch event. At the time, it was described as an internal pre-research project, but it drew significant attention from both the smartphone and camera industries.

Xiaomi’s magnetic camera specifications

At its core, the system is a magnetically detachable lens built around a custom Micro Four Thirds (M4/3) sensor and an aspherical lens group. Xiaomi says it can deliver a full 100-megapixel resolution, an equivalent 35mm focal length, and a bright f/1.4 aperture.

That f/1.4 aperture should make it a low-light standout, while the classic 35mm field of view offers a perspective closer to the human eye, ideal for portraits and street photography, with more natural-looking background blur.

More importantly, Xiaomi says the modular optical system uses near-instant laser data transmission at speeds of up to 10Gbps, enabling lossless RAW transfer between the lens and the phone.

The system can also tap into Xiaomi’s AISP computational photography stack, powered by a large on-device model. The company claims this unlocks features like UltraRAW capture and up to 16 stops of dynamic range.

There’s no complicated wiring or pairing involved, and the lens doesn’t need a separate battery. It simply snaps onto the phone and is compact enough to carry around without much hassle.

If Xiaomi can deliver on its promises, the real-world experience could even outpace some traditional Micro Four Thirds setups, especially with AI-driven image processing in the mix.

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Samsung’s next flagship mobile chip is already making noise in graphics benchmarks. After recently appearing on a Vulkan GPU test, the Exynos 2600 has now topped the Basemark ray tracing leaderboard, beating Qualcomm’s best Snapdragon offering by a noticeable margin.

According to the latest Basemark Ray Tracing results, the Exynos 2600 outperformed the Snapdragon 8 Elite Gen 5 chip by roughly 10 to 15 percent. The chip claimed first place, thanks largely to Samsung’s new Xclipse 960 GPU.

Exynos 2600 vs Snapdragon 8 Elite Gen 5 in ray tracing benchmark

The benchmark data shows a device labeled SM-S942B — believed to be the standard Samsung Galaxy S26 powered by the Exynos 2600 — scoring 8,262 points. In comparison, the BKQ-N49, likely the international version of the Honor Magic8 running the 8 Elite Gen 5, scored 7,527 points. That gives Samsung’s chip a 9.76 percent lead in this specific ray tracing test.

Much of this performance gain appears to come from the Exynos 2600’s underlying design. It is the first smartphone processor to use Samsung’s 2nm Gate-All-Around (GAA) manufacturing process. The approach uses a four-sided gate transistor structure, which improves electrostatic control and allows the chip to operate at lower voltages, potentially boosting both performance and efficiency.

The GPU is another major factor. The Xclipse 960 is the first mobile GPU to use a customized version of AMD’s RDNA 4 architecture, enabling a generational leap in ray-tracing capabilities on smartphones.

Samsung has also focused on thermal management. The Exynos 2600 uses fan-out wafer-level packaging (FOWLP) to shrink the overall package size and includes a new thermal path block (HPB). This copper heatsink makes direct contact with the application processor, reducing thermal resistance by around 16 percent.

While benchmarks don’t tell the whole story, these early results prove Exynos 2600 as a serious competitor in high-end mobile graphics. This could be a comeback moment for Exynos in flagship phones.

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