Huawei News
Huawei mobile phones are divided into 4 grades, consisting of 7 series of models
Huawei mobile phones are mainly divided into 4 grades which include limited-edition models, high-end models, mid-range models, and low-end models in order from high to low. Let’s explore more in detail.
Limited edition models: The models in this series are usually produced in limited quantities, integrating various high-tech configurations, or co-branding with luxury car brands, in short, one word: expensive! The more representative new models are Huawei Mate 40 RS Porsche and Huawei Mate X2; the Mate40RS Porsche model is slightly upgraded compared to the standard Mate40 series models from the configuration point of view, but the starting price is closer to that of the Mate 40Pro but the appearance of the Mate40RS Porsche is indeed recognizable. The rear camera uses a star diamond design, and the back cover is made of nano-ceramic technology. The overall texture and design sense have shown a high level.
The Mate 40 RS Porsche is already the fourth model in the RS series. The original Mate RS, the second generation Mate20 RS, the third generation Mate 30 RS, and the previous Mate 9 Porsches and Mate10 Porsches were all designed in cooperation with Porsche.
Huawei Mate X2 is a folding screen mobile phone with a total of two screens. The outer screen is a 6.45-inch flexible OLED screen that supports a 90Hz screen refresh rate and a 240Hz touch sampling rate; the size of the inner screen is 8 inches after being expanded. This foldable flexible OLED screen supports 90Hz screen refresh rate and 180Hz touch sampling rate. This 8-inch folding screen is the selling point of this model.
Huawei Mate X2 Specifications:
- Product Name: Huawei Mate X2
- Mode: TET-AN00
- Screen Size: 8 inches; external screen: 6.45 inches
- Screen Type: Internal screen: foldable flexible OLED, up to 90Hz refresh rate, 180Hz touch sampling rate; external screen: flexible OLED, up to 90Hz refresh rate, 240Hz touch sampling rate
- Battery: 4500mAh
- Rear Camera: 50 MP super-sensing camera (wide-angle, f/1.9 aperture, support OIS optical image stabilization) + 16 MP ultra-wide-angle camera (f/2.2 aperture) + 12 MP telephoto camera (f/2.4 aperture, support OIS optical anti-shake Shake) + 8 MP super zoom camera (10x optical zoom, f/4.4 aperture, support OIS optical image stabilization)
- Front Camera: 16 MP wide-angle camera (wide-angle, f/2.2 aperture)
- Screen Color: 16.7 million colors, P3 wide color gamut
- RAM: 8GB
- Storage: 256GB/512GB
- Resolution: Internal screen: 2480 x 2200 pixels; External screen: 2700 x 1160 pixels
- Processor: Kirin 9000
- OS: EMUI 11.0 (based on Android 10)
- GPU: 24-core Mali-G78
- CPU: 1*Cortex-A77@3.13GHz + 3*Cortex-A77@2.54GHz + 4*Cortex-A55@2.05GHz
- Navigation: Gesture navigation, three-button navigation on the screen, floating navigation
Huawei Mate X2 is the third folding screen mobile phone launched by Huawei. Huawei Mate X and Huawei Mate XS all adopt a folding screen design, which has a strong visual impact.
High-end models: Huawei’s high-end models are divided into Mate series and P series. Mate series models are usually released in the second half of each year, and new Kirin high-end chips will be released first, while P series models are generally in the first half of each year. The release will use the Kirin high-end chip released last year. In terms of positioning, the Mate series has stronger business attributes, with a magnificent appearance design and large enough screen, which are business flagship phones, while the P series pay more attention to photography and stylish appearance, and belong to the stylish camera flagship phones. At present, the more representative Huawei high-end mobile phone series are Huawei Mate40 series and Huawei P40 series!
In addition to the Porsche version, the Huawei Mate 40 series is divided into 4 models. Among them, Mate40 and Mate40E use Kirin 9000e chip, Mate40Pro and Mate40Pro+ use Kirin 9000 chip. All systems use a 90Hz screen refresh rate and 240Hz touch sampling. Except for the Mate 40E, all the high-speed OLED screens use Sony IMX700 camera sensors, which are very good at taking pictures.
The Huawei P40 series is divided into 4 models, all of which use Sony’s IMX700 camera sensor. Only the standard version of the P40 has a 4G version, which uses the Kirin 990 4G chip, and the others use the Kirin 9905G chip. The performance and power consumption, as well as the performance under the 5G network are very strong.
Note: Huawei P50 series will meet with us soon. If nothing else, the P50 series will use Kirin 9000 series chips. As for other configuration parameters, we can only know when the series is released.
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- Check this beautiful render of Huawei P50 Pro
- Huawei P50 series protective case confirms the rear camera design
- Expected Huawei P50 series camera specifications and differences
- Huawei P50 Standard Edition CAD image leaked
- Huawei P50 series tempered glass leaked
- Huawei P50 protective case leaked
- Huawei P50 series have sufficient Kirin 9000 stock
Mid-range models: Huawei’s Nova series models are Huawei’s mid-range models. The models in this series are mainly young and fashionable. They also perform well in taking pictures. Some configurations will overlap with Huawei’s high-end models. The performance is quite good, mainly for young and fashionable users. The new Nova series models are divided into 4 models. The standard version of Nove8 SE uses Dimensity 720 chips, the high version uses Dimensity 800 chips, and both Nova8 and Nova8Pro use Kirin 9855G chips, which have better performance.
The product layout of these 4 models is very clear. The SE series has a slightly lower positioning and belongs to low-end mobile phones. It is the entry-level model of the Nova series, while the Nova 8 and Nova 8 Pro can be regarded as serious, Huawei mid-range phones, with the Pro version of the camera and the configuration of the screen is more abundant, and it is also a relatively representative model of this series.
Low-end models: Huawei Enjoy and Maimang series models belong to Huawei’s low-end model series. The Maimang series often cooperate with operators to promote offline sales. The biggest difference between the Enjoy series and the Maimang series is the sales model.
The positioning of the Enjoy series is slightly higher than that of Maimang, but the positioning belongs to Huawei’s entry-level models, that is, low-end models. The models of these two series are mainly practical, with strong endurance, strong signal, and rich configuration, suitable for basic daily use.
The most representative model of the Enjoy series is Enjoy 20 Plus. The positioning of this model is a bit between the low-end and mid-range models. The large battery supports 40W fast charging, and the piece has no openings. The high-brush LCD screen is very practical, using the design of the front lift camera to retain the integrity of the screen.
The most representative model of the Maimang series is Maimang 9. Although the overall configuration has no bright spots, from a practical point of view, the overall performance of this model is in line with the level that a low-end model should have. The most important thing is Yes, the appearance of this phone is very beautiful, the design of the front single-hole screen is very simple, and the design on the back is the same as that of the Huawei P30, which looks very fashionable.
Summary: Huawei mobile phones are roughly divided into 4 grades. The limited edition models consist of Huawei’s folding screen mobile phones and Porsche series mobile phones. They are Huawei’s products to “show muscle”. The more representative models are Mate40RS Porsche and Mate. X2 these two models.
The high-end models consist of the mass-produced Mate series and the P series. The Mate series will be released in the second half of the year. Kirin’s high-end chips will be released for the first time. The P series will be released in the first half of the year, using the Kirin high-end chips from the previous year. The target groups are different, but they belong to Huawei’s high-end model series. The more representative models are Mate40Pro and Huawei P40Pro.
Only the Nova series is the mid-range model, and the positioning is a bit of a “linking from the past”. The SE series models will overlap with Enjoy and Maimang series in core configuration, while the Nova digital series, including the Pro version, will differ in individual configurations. The P series and Mate series overlap, but the overall positioning belong to the category of mid-range mobile phones. The more representative model is Huawei Nova 8 Pro.
The low-end models consist of the Enjoy series and the Maimang series. The configuration of the Enjoy series is slightly richer, and the positioning is slightly higher than that of the Maimang. Both series belong to the entry-level smartphone series, and the more representative models are Enjoy 20Plus and Maimang 9.
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Keeping electrical infrastructure running smoothly is a major challenge for utility providers around the globe. During a major power summit in South Africa, Huawei joined forces with regional utility companies to address these infrastructure struggles. Together, the groups officially launched a new smart substation solution designed specifically to update and digitize older electrical grids across the region.
Replacing manual inspections with remote monitoring
Traditional power grid maintenance requires teams of technicians to physically drive out to distant, isolated power substations to check for damage or equipment errors. This manual process is slow, expensive, and can leave communities without power for long stretches if a fault occurs in a remote area.
The new technology from the company completely changes this dynamic by deploying automated private wireless networks directly at the power sites. These networks connect to smart camera systems and remote sensors. Instead of spending days traveling, utility operators can now perform a full, detailed inspection of a distant substation remotely in just a few minutes. This immediate visibility helps companies spot physical errors before they cause widespread blackouts, keeping the power on for local businesses and homes.
Cutting maintenance costs and protecting hardware
Beyond remote viewing, the smart solution uses advanced data analysis to monitor the health of expensive electrical transformers. The system can automatically detect unusual heat spikes or abnormal vibrations, sending instant alerts to maintenance teams. By catching these mechanical problems early, utility companies can fix minor issues instead of replacing entire pieces of destroyed hardware, saving millions of dollars in operational costs.
Representatives from the company emphasized that building a reliable, stable power supply is absolutely vital for the economic growth of the region. By merging physical power systems with digital networking tools, the company hopes to create a more resilient power grid that can easily adapt to growing energy demands. The technology is currently being prepared for deployment across several regional power networks immediately.
The digital banking landscape is moving past basic online applications into an era dominated by automated workflows and highly personalized assistance.
At its major intelligent finance summit in Shanghai, Huawei launched a massive update to its core banking software line. The brand-new Financial Data Intelligence Solution 6.0 is designed to help global financial institutions safely transition into a new model of automated banking.
The rise of automated banking
According to executives from the company, digital finance is changing because smart software can now organize and execute complex tasks entirely on its own.
The company envisions a future where every bank customer has access to a smart virtual steward, and every bank employee has a personal digital assistant to handle repetitive paperwork.
To achieve this vision, the company introduced a flexible software architecture that utilizes open-source models. This layout allows global banks to scale up their digital operations across high-value areas while keeping expansion costs under control. The solution is built with a heavy emphasis on data security, ensuring that sensitive customer financial records remain completely safe from outside threats.
Better fraud detection and personalized marketing
The new software package introduces major upgrades across three key areas: data platforms, data management, and daily applications. To prove the real-world value of these upgrades, the company highlighted new tools built alongside its global ecosystem partners.
First, the company developed a smart marketing tool that can utilize over 5,000 distinct customer traits. This deep level of detail allows banks to offer highly specific financial advice and product suggestions tailored to the exact needs of an individual. Second, the company rolled out a joint anti-fraud safety system. This security tool can analyze a digital transaction and flag potential scams in an incredibly fast 30 milliseconds, representing a 40-fold leap in overall operational efficiency.
The company also focused heavily on system reliability. The underlying system infrastructure has been hardened to support sudden 10-fold spikes in online traffic without crashing. This ensures that banking apps stay online during major shopping events or economic shifts. Furthermore, the company upgraded its migration software, allowing banks to completely revamp their old backend systems with zero daily operational downtime.
Enterprise data needs are changing rapidly due to the sudden rise of massive computing workloads. To address these demands, Huawei used its annual innovative data infrastructure forum in Paris to reveal a new full-stack infrastructure strategy. The company is introducing high-density hardware and smart management software to help businesses process large amounts of data much faster.
Massive scale-out storage hardware
The biggest physical hardware announcement from the event is the latest version of the OceanStor Pacific scale-out storage system. The company managed to pack an impressive 11 petabytes of data capacity into a compact server chassis that takes up only two units of rack space. This extreme density allows corporate data centers to save massive amounts of physical floor space while drastically cutting down on electricity costs.
To help companies manage data across different locations, the company introduced a unified data solution. This software allows businesses to safely import and search through hundreds of billions of data points in real time, even if the files are spread across entirely different physical server buildings.
Solving the data speed bottleneck
When running massive data tasks, modern computer systems often face speed bottlenecks while waiting for information to load. To fix this issue, the company is introducing a brand-new memory storage system designed to accelerate performance. This technology acts as a ultra-fast shared memory cache, which the company claims can reduce the initial response lag of a data request by up to 90 percent.
The company also launched a management tool that coordinates how data moves through a system. This manager improves overall accuracy by 30 percent. Alongside the storage upgrades, the company introduced a special framework that allows businesses to deploy new operational profiles with a single click, completely removing the need for complex software coding.
Finally, the company introduced a new natural language platform designed to create digital workflows quickly. This platform helps businesses set up automated digital tasks in a fraction of the time it usually takes. Executives from the company emphasized that these smart digital tools will essentially function like digital employees, serving as the core foundation for modern workplace productivity moving forward.