Huawei News
Huawei Kirin 9000 AI Video Technology can turns 540p into 1080p in Seconds
Huawei earlier today (4th December 2020) took to Weibo to demonstrated its new video technology. According to the information, the AI-powered super-resolution system on the Kirin 9000 processor is capable of turning old videos of 540p resolution into FHD 1080p content in real-time.
Huawei’s new chipset the Hisilicon Kirin 9000 5G soc was first made its debut with the Huawei Mate 40 Series on October 22, at the global launch conference. Kirin 9000 chipset comes with three-level architecture with eight-core including 3.13 GHz Cortex A77 large core and three medium core 2.54GHz A77 and four small core 2.05GHz, 24 -core Mali-G78, Kirin Gaming+3.0 and more.
According to the information, we can observe the Kirin 9000’s AI-powered supersampling technology turning low-quality videos into high definition content. An example of this was sharing certain images of a lizard, where the lower resolution 540p content carrying a lot more noise in the shot, while the super-sampled 1080p version offers us brighter colors with much more details being retained as well.
When people appreciate the video, it is increasingly high, and it is difficult to tolerate low image quality and low-resolution images. How to let the classic old film glow youth, what makes 540P video seconds 1080p? The good news is that the unicorn 9000 AI video excellent technology is coming, let’s take a look at its performance – Huawei.
Huawei officially started the sale of its new Smart Screen S5 Pro. The latest smart screen comes with three sizes of 65/75/85 inches and supports Huawei Lingxi pointing remote control, 4K super projection and other functions.
Huawei Smart Screen S5 Pro sale price
- 65 inches 6499 yuan
- 75 inches 8499 yuan
- 86 inches 11999 yuan
The entire Huawei Smart Screen S5 Pro series supports Lingxi pointing remote control , which can realize operations such as sliding, tapping, dragging, circling and jumping; the smart screen supports the super desktop function, which can realize large-screen operation of mobile phone apps.
Huawei Smart Screen S5 Pro is equipped with a 4K flagship main core + AI vision chip, which can realize functions such as smooth portrait tracking, AI fitness, children’s sitting posture and distance reminders, AI somatosensory games, ambient light perception, etc.; it has 3 pre-installed HDMI2.1 interfaces, standard 4GB+128GB storage combination, and supports dual-band Wi-Fi 6.
The Huawei Smart Screen S5 Pro series is equipped with a four-unit audio system as standard, which supports surround stereo effects. Users can cast 4K video content from apps such as Huawei Video, Bilibili, Mango TV, Tencent Video, Youku Video, and iQiyi to the smart screen , with a frame rate of 60FPS and a delay of about 80 milliseconds.
Huawei is expected to release a new MateBook GT 14 laptop. The device appeared on the Huawei Smart Life App in May this year. The 3C certification information shows that the computer model is ENZH, produced by Wuxi Dengyuan Electronic Technology Co., Ltd., and is equipped with the same 140W power adapter as the MateBook X Pro 2024.
As per the Geekbench benchmark database, the ENZH laptops have three processor versions: Intel Core Ultra 5 125H / Ultra 7 155H / Ultra 9 185H .
In addition, the launch of Hongmeng Smart S9 and Huawei’s all-scenario new products has been officially announced to be held on August 6, which will bring a variety of products such as headphones, mobile phones, smart screens, etc.
Huawei Smart Screen S5 Pro is all set to go on sale tomorrow. It has now appeared in the Huawei Smart Life App and has three size versions to choose from.
Huawei Smart Screen S5 Pro has three sizes, all equipped with 4 speakers as standard , and no ads when turned on by default. Huawei Smart Screen S5 Pro series sizes are 65 inches, 75 inches and 86 inches.
The screen material is LCD, supports 120Hz/240Hz refresh rate, and the entire series is standard with 4 speakers and 4GB+128GB memory combination, and supports dual-band WiFi 6 and HDMI 2.1.
