Redmi K50 Ultra has been certified
equipped with Snapdragon 8+ / Dimensity 9000 dual-chip
According to previous news, a large number of Snapdragon 8+ flagship models will be launched starting next month, and each manufacturer will have a corresponding machine. model is released, and as the cost-effective king Redmi will not be absent. According to the latest news from @digitalchatstation, Redmi’s current model code-named “22071212AG” (L12A) has obtained FCC certification , NFC infrared 7-band 5G, and the international version is only registered for 8+128GB/256GB, and is pre-installed with MIUI13 system.
The blogger said that this phone will be Redmi’s main model in the second half of the year, equipped with a dual-platform high-performance flagship core. According to the comment area, the phone should refer to the long-rumored K-series ultra-large Redmi K50 Ultra, equipped with Snapdragon 8+ and Dimensity 9000/9000+ dual platforms.
According to reports, the overall design and configuration of K50 Ultra will follow the K50 series plan, equipped with a 2K high-brush direct screen made of E5 material, 120W second charge, etc. The screen should still be the same 2K+120Hz flexible direct screen as before, which is also the K50’s surefire way to “kill” in the 2K range this year. In addition, as a super-large version, the machine will also bring significant enhancements in imaging, equipped with a 50-megapixel ultra-large bottom main camera sensor. As for the release time, it may be relatively late, leaving the early time for Xiaomi Mi 12 Ultra.
Google Pixel 7 Pro parameters exposed
uses Samsung display, which is brighter than Pixel 6 Pro
According to 9to5Google, Google Pixel 7 Pro uses Samsung 2K+ AMOLED flexible screen. Pixel 7 Pro does not use Samsung S6E3HC3, but Samsung S6E3HC4. While the new Samsung S6E3HC4 display will maintain the same 3120 x 1440 resolution as last year’s Pixel 6 Pro, there are some changes.
According to the Google Source page, the Samsung S6E3HC4 panel will allow the Pixel 7 Pro to deliver a peak brightness of 600 nits in manual brightness mode, which is 100 nits higher than the Pixel 6 Pro. Additionally, the Samsung S6E3HC4 display also increases the maximum high-brightness mode brightness from 800 nits to 1000 nits. Mishaal Rehman also pointed out that since this HBM value represents 100% APL, it means that the Pixel 7 Pro can achieve more than 1200 nits of brightness at lower APL values.
In terms of appearance, Google Pixel 7 Pro continues the design language of Pixel 6 Pro. The three rear cameras are arranged horizontally and the back body is divided into three, which is highly recognizable. The three cameras are the main camera, ultra-wide-angle and periscope telephoto lens . They support OIS optical image stabilization . The camera is slightly raised. The thickness of the phone body including the camera is 11.2mm. The thickness of the phone body without the camera is 11.2mm. Body thickness is 8.7mm.
In addition, Google Pixel 7 Pro is equipped with Google customized Tensor 2 chip. This chip is composed of two high-performance ultra-large cores, two large cores and four small cores. The ultra-large core is Cortex X1 and the large core is Cortex A78, the small core is Cortex A55. This time, the Google Pixel 7 series is also available in dual versions. Both are pre-installed with the Android 13 operating system. This is the world’s first Android 13 mobile phone. The latest news is that Nvidia will release a new card next week. However, it's not the RTX 40 series that most people were expecting, but the GTX 1630.GTX 1630 is a new entry-level graphics card based on Turing architecture. The graphics card was first expected to launch at the end of May, but the launch date has been pushed back twice. According to the news, GTX 1630 is scheduled to be released next Tuesday (June 28), priced at 1,000 yuan.
VideoCardz reports that the GTX 1630 is essentially a stripped-down version of the GTX 1650, an entry-level graphics card released in 2019. Based on the previous generation TU117-150 GPU (Turing architecture), the GTX 1630 has lower cores and memory bus than the GTX 1650. In fact both appear to be cut in half, with the GTX 1630 sporting 512 CUDA cores and a 64-bit memory bus driving 4GB GDDR6 vRAM at 12Gbps. GTX 1630 has a faster GPU dynamic boost clock, up to 1800MHz compared to the GTX 1650's 1665MHz. The same 75W of power, making it a lower power option.
From a positioning point of view, the GTX 1630 will replace the GTX 1050 Ti. In terms of competing products, the ones that compete in terms of price are the recently launched RX 6400 of AMD and even the Ruixuan Arc A380 of Intel , , but the latter two are more expensive, one is 1199 yuan, the other is 1030 yuan, and on paper The parameters are more luxurious than Nvidia's.
However, even at this price, it is difficult for the GTX 1630 to find more audience users. In bad times of supply shortages and rising prices, it makes sense to launch cheaper graphics cards, but graphics card prices are currently falling steadily. Not only does Nvidia need to be more aggressive with pricing, the GTX 1630 also needs to be significantly better than integrated graphics to be a commercial success.
Samsung will provide millions of OLED panels for BMW
For new high-end cars
According to foreign media SamMobile reported today, Samsung has reached an agreement with BMW to provide the automaker with millions of OLED panels for use in cars. of OLED display, The car will start mass production in 2024. After mass production, it will provide OLED displays for 4 million BMW cars for 6-7 years.
reported that it supplies displays to BMW through a global electronic equipment company (tier 1). OLED production takes place at Samsung Display’s Tangjeong plant. It is understood that Samsung Display has finally begun to provide new automotive OLED models for and Audi . Samsung Display is currently focusing on winning orders from European car manufacturers. It is understood that expanding the manpower and R&D institutions of the vehicle business is also in progress.
Last year, Samsung Display provided automotive OLEDs for Hyundai Motor’s Ioniq 5. Based on this, it is currently exploring supplying displays to several major automakers around the world. Samsung Display recently ended its liquid crystal display (LCD) business entirely. Although automotive displays have strict reliability standards, they have high profitability and growth potential, ensuring stable sales.
Meanwhile, Samsung is supplying electric vehicle components, including batteries and chipsets, to various automakers. And while the company has apparently considered making its own electric car, , Samsung no longer has such ambitions, instead embracing the role of a major component supplier.
In the field of automotive display, LG Display is in the leading position. LG held 90% of the market in value terms last year. Samsung Display's strategy is to try to narrow the gap while wooing big customers such as Hyundai Motor and BMW.
