OnePlus releases Ace 7 and Ace 7 Pro series with active cooling, 185Hz displays, and 9000mAh batteries

OnePlus has released the OnePlus Ace 7 and OnePlus Ace 7 Pro models in the Chinese market. Both smartphones are equipped with a large 9000 mAh battery, a 200-megapixel main camera, and a display with an update rate of up to 185 Hz. The company developed these devices specifically for users who prefer long gaming sessions and high performance.

In addition to the large battery, OnePlus has implemented special cooling systems to maintain low temperatures during gaming, dedicated chips for gaming, and support for 100W fast charging. The starting price for these models in China is around 63,000 rupees.

The starting price for the OnePlus Ace 7 in China is set at 4399 yuan. This price applies to the configuration with 12 GB of RAM and 256 GB of storage, which is equivalent to approximately 63,000 Indian rupees. Other configurations of this model are available from 4899 to 5699 yuan.

As for the OnePlus Ace 7 Pro, its starting price is 4799 yuan, which is approximately equal to 69,000 rupees. The top-tier variant, equipped with 16 GB of RAM and 1 TB of storage, costs 7299 yuan, amounting to about 1.04 lakh rupees.

The main feature of the OnePlus Ace 7 series is the 9000 mAh battery. Since most modern smartphones have smaller battery capacities, this capacity can be particularly valuable for those who intensively use their phone for gaming, streaming video, and other resource-intensive tasks.

Both models support 100W wired fast charging and a bypass charging function. This technology allows electricity to be directed directly into the device's system during intensive load, helping to reduce heat generation and stress on the battery.

Both phones are equipped with a 6.78-inch AMOLED display with a 1.5K resolution. Under normal use, the refresh rate reaches 165 Hz, while in certain games, it supports up to 185 Hz.

However, the full benefit of the 185 Hz refresh rate will only be felt if the game itself supports such a refresh rate. Having a high-refresh-rate display does not guarantee that every game will run at 185 frames per second.

During long gaming sessions, smartphones can overheat. To prevent this, OnePlus has integrated the Dual-Path Glacier Air-Cooling system into the Ace 7 series. The company utilized various airflow channels for more efficient dissipation of heat generated inside the device.

The series also includes a system with three specialized gaming chips: chip T3 is responsible for sensor response, chip G3 improves network connection, and chip P4 is designed for processing fast movements on the display.

In terms of cameras, both phones have a 200-megapixel main rear module that supports Optical Image Stabilization (OIS), which helps reduce shake when taking photos and videos.

Nevertheless, the secondary cameras differ between the two models. The OnePlus Ace 7 is equipped with an 8-megapixel ultra-wide-angle camera, suitable for capturing large scenes and group photos. In contrast, the Ace 7 Pro has a 50-megapixel telephoto lens.

The OnePlus Ace 7 uses the Qualcomm Snapdragon 8 Elite Gen 5 V series processor, while the Ace 7 Pro is equipped with the Snapdragon 8 Elite Gen 5 chipset. Both smartphones support LPDDR5X Ultra RAM and UFS 4.1 storage.

The company installed ColorOS 17, based on Android 17, on both smartphones. They also feature 5G connectivity, Wi-Fi 7, and Bluetooth 5.4. Both devices are equipped with an in-display fingerprint sensor.

A new smartphone from Redmi that may be useful for users whose batteries drain quickly is preparing for release. The company plans to introduce the Redmi K100 model in China on October 28. The main feature of this device is a 10,000 mAh battery.

This phone demonstrates significant advantages in terms of autonomy. Additionally, it will be equipped with a Snapdragon 8 Elite processor and a 165 Hz display, making it an attractive choice for gamers.

The Redmi K100 will receive a 10,000 mAh battery. Currently, most smartphones have capacities in the range of 5,000 mAh or 6,000 mAh, so this Redmi model appears significantly more advanced in terms of power consumption. The large battery capacity will benefit those who watch videos, play games, or use the internet all day long.

It has also been reported that it supports 100W fast charging. However, the company has not yet provided data on the time for a full charge or the duration of operation on a single charge cycle.

The Redmi K100 will be equipped with the Snapdragon 8 Elite processor, which belongs to flagship chips and ensures support for heavy gaming and multitasking. Additionally, the phone will integrate the D2 Display chipset to improve the gaming experience.

The smartphone is equipped with a 6.83-inch AMOLED screen that supports a 165 Hz refresh rate. This means that scrolling and movement in supported games on the screen will look very smooth. The maximum screen brightness is stated to be 3,500 nits.

Regarding photo capabilities, the Redmi K100 will have a 50 MP main camera module. It was also reported that there will be a version of the phone with 16 GB of RAM. The company has not yet disclosed full information about all camera functions and available storage options.

Currently, the Redmi K100 is scheduled to launch in China on October 28. The company has not yet published official information about the device's price or its release in the Indian market. Therefore, Indian consumers will have to wait for its arrival. Now it remains to find out at what price this phone with a powerful processor and a 10,000 mAh battery will be released.

Lenovo demonstrated the preliminary model of its AI Host P7 device at the CSDN's 2026 1024 Programmers' Day and AI Builders Conference on October 24. Additionally, an early access program was launched, inviting initial users to test the device in real coding and office tasks before its general release. Previously, the concept of this portable AI host was presented by Lenovo in May, and this preliminary version includes more detailed technical specifications and software features.

The device weighs about 300 grams and is built on two domestic chips. The first is the in-memory computing inference chip Houmo AI M50, which, according to Houmo, provides 160 TOPS performance while consuming 10 watts. The second chip is the agent SoC from CIX Technology P1, manufactured using a 6nm process and equipped with a 12-core Armv9.2 processor and a 30 TOPS NPU, enabling 45 TOPS in heterogeneous computing.

According to CIX, the P1 chip is responsible for system management, task execution, and planning, and it can interact with external accelerators to run a 122-billion parameter model with a 128K context at a speed of 50 tokens per second. Lenovo claims that the preliminary P7 version is capable of locally processing models with up to 125 billion parameters and a 256K context.

The device comes with a local model library that includes Qwen3.8-Flash-Next, Qwen3.8-27B, and Qwen3.6-35B-A3B, as well as models for speech recognition, speech synthesis, document processing, and image design. Lenovo reports that its internal AI computing architecture, which uses mixed INT4 and INT8 quantization, achieves an average of 98.3% of the baseline BF16 with full precision across four benchmarks. It should be noted that these figures are company data and have not undergone independent testing.

Lenovo positions the P7 as a personal token hub. The token manager function allows users to direct coding tools and agent applications to local models via an API address, thereby saving routine model calls on the device instead of using paid cloud quotas. The task execution mode operates around the clock, and progress can be tracked from phones, tablets, and PCs. The built-in Tianxi AI has an Auto mode that distributes requests between local and cloud models depending on their complexity.

Sun Ke, Head of AI Hosts, emphasized that true productivity should not start with counting token costs. Lenovo has not yet disclosed the price or release date, only stating that the P7 will be available soon.