Tech Rack

TENAA has released details for the new Xiaomi phone (model number 21091116AC). And now we have the first Geekbench results. Is it Redmi Note 11? Poco M4 Pro? The model number is associated with both, but we'll talk about that later. The chipset (MT6833P) is said to be the Dimensity 810, which was announced with the 920. The 6nm chip has two Cortex A76 cores operating at 2.4 GHz and six A*5 cores operating at 2.0 GHz. This corresponds to the data from Geekbench. It also has a MaliG57 MC2 GPU and a 5G modem (sub 6 GHz). This is consistent with rumors about Vanilla Redmi Note 11.

The phone had 8GB of RAM, which is just one of many possible configurations listed in TENAA (although the FCC has only tested 4 / 64GB and 8 / 128GB). Hmm). Other details include a 6.6-inch display, a 33W rechargeable 4,900mAh battery, and a 16MP camera. I've seen rumors about a 50MP camera on the M4 Pro.

Sony's new Xperia Pro -I is priced at € 1,799 in Europe. If you live in the United States, you'll have to spend $ 1,800 to buy, but the vlog monitor costs an additional $ 200. In the United States, pre-orders will start on October 28th and shipping will start on December 10th. The Sony Xperia Pro- I is based on a 6.5-inch OLED screen with 120 Hz and a resolution of 3,840 x 1,644 pixels and is powered by the Snapdragon 888 SoC with 12GB of RAM and 512GB of storage. The smartphone runs on Android 11, and it's unclear when Android 12 will be released.

For photography, there is an 8 MP selfie shooter on the front and three 12 MP cameras (main, ultra-wide-angle, telephoto lens) on the back. The body uses the same 1-inch camera sensor as Sony's RX100 VII compact camera, but is optimized for smartphones. In addition, a variable aperture can be obtained with the main body from f / 2.0 to f. Enough / 4.0 telemodule is behind the 50mm lens and provides 2x optical zoom. Ultra-wide cameras, on the other hand, enable recording with a field of view of 124 °. The Sony Xperia Pro-I features an in-display fingerprint scanner, has an NFC chip on board, and packs a 4,500 mAh battery with 30W charging support.

Recently, there has been some back-and-forth regarding the charging speed of the highest-end variant of the Samsung Galaxy S22 series. Initially, it was thought that this model and the S22 Plus would provide faster charging than the current generation, which has a maximum charging power of 25W, but this was allegedly contradicted by a regulatory authority.

Ice Universe, a well-known industry insider, remains adamant that at least the Galaxy S22 Ultra will support 45W charging. He emphasises that the phone will have a large 5,000mAh battery and will only take 35 minutes to charge to 70%.

Apple today unveiled its latest two computer-centric ARM-based Systems OnaChips (SOCs), the M1 Pro and M1 Max. Compared to the M1, which debuted last November, these have a 70% CPU performance. In terms of graphics, the difference is even more noticeable as the M1 Pro's GPU is 2x faster than the M1's. while the GPU of the M1 Max is up to 4 times faster than that of the M1.

The M1 Pro and M1 Max are built in a 5nm process. The M1 Pro has a new 10-core CPU with eight high-performance cores and two high-efficiency cores. "Compared to the latest 8-core laptop chip," says Apple, the M1 Pro offers up to 1.7 times more CPU performance with the same level of performance and reaches the maximum performance of the PC chip with up to 70 % less electricity.

The M1 Pro has up to a 16-core GPU that is said to be "up to 7 times faster than the integrated graphics on the latest 8-core laptop chip." And compared to "a powerful discrete GPU for notebook PCs", the M1 Pro offers "more power with up to 70% less power consumption". The M1 Max has the same CPU as the M1 Pro, but adds a "massive" 32-core GPU. All this adds up to 57 billion transistors, 70% more than the M1 Pro and 3.5 times more than the M1. This makes the M1 Max the largest chip Apple has ever built. The GPU "offers performance that is comparable to a high-end GPU in a compact professional laptop or PC and consumes up to 40% less power", as well as "similar performance to the high-end GPU in the most large Laptops with up to 100 W less power, "Apple said.

Both the M1 Pro and M1 Max have a 16-core neural engine to accelerate on-device machine learning and improved camera performance, a new display engine to control multiple external displays, and additional built-in Thunderbolt 4 drivers for even more. I / O bandwidth, Apple's custom image signal processor that works with the Neural Engine to use computer video to improve image quality for sharper videos and more natural-looking skin tones on the built-in we**am, and Apple's latest Secure Enclave, hardware verified secure boot and runtime anti-exploit technology.