According to IDC’s China Virtual Desktop Software and Cloud Service Market Half-Year Tracking Report, 2024H2 report. Huawei Cloud ranked first in the Chinese virtual desktop software market and topped the list for nine consecutive years .

Huawei Cloud Desktop – What You Need to Know

What Operating Systems Does It Work With?

Huawei Cloud Desktop works with many different computer systems like Windows, Tongxin UOS, Kylin OS, and even Harmony OS (Huawei’s own system).

What Devices Can You Use It On?

You can use it on almost any device you have:

• Desktop computers
• Laptops
• Thin clients (lightweight computers)
• Tablets
• And many other devices

What Software and Equipment Does It Support?

The system works with nearly 10,000 different software programs and thousands of different accessories like printers, keyboards, and mice. This means it can handle whatever tools you need for work.

Who Can Use It?

It’s perfect for different types of work including:

• Regular office work
• Research and development
• Design work
• Customer service
• And many other business needs

How Does It Work?

Huawei offers a flexible cloud desktop solution that can grow with your needs. You can start small and expand later. It works on different types of computer infrastructure:

• Public cloud (online services)
• Huawei Cloud Stack (their own cloud system)
• Edge cloud CloudPond (closer to your location)
• Traditional virtualization systems

Huawei Cloud

What Makes CloudPond Special?

CloudPond is a special version that gives you the best of both worlds:

• Keeps your data stored locally (on your own servers)
• Still gives you the benefits of cloud computing
• Helps you follow data rules and regulations
• Makes it easier to manage everything from one place

The whole system uses something called HDP protocol to make sure everything works smoothly no matter which setup you choose.

Huawei Cloud has upgraded the HD transmission protocol HDP2.0. Users can choose 4K ultra-high definition, 144fps ultra-high definition and color lossless display effects to meet the visual requirements of designers; Huawei Cloud Desktop can adjust the corresponding parameters adaptively to the network to ensure a smooth experience in a weak network environment.

At the same time, the use of high-definition low-code technology reduces the bit rate by 50% with the same image quality , saving users 50% of the transmission bandwidth cost ; Huawei Cloud Desktop has upgraded the Smart Ball 2.0, adding AI scenario perception function , realizing one-ball control of high-frequency operations, pushing key information scenarios, intelligently sensing the network environment and desktop status, and promptly reminding users to adjust the image quality based on network conditions.

Huawei Cloud Desktop has served more than 110 countries and regions around the world , with more than 4 million users , and is used in government, finance, manufacturing, operators, media, medical, energy and other industries. According to previous reports, in April 2022, Huawei Cloud’s new cloud-native desktop service, Huawei Cloud Desktop , was officially launched for commercial use . It uses the self-developed HDP high-definition transmission protocol and supports features such as ready-to-use, minute-level deployment, unified cloud operation and maintenance, and file transfer control.

The Chinese tech giant Huawei has claimed to develop a new solid-state EV battery with a driving range of 3000+ km on a single charge. Furthermore, it can be fully charged in merely 5 mins.

Huawei’s New Electric Car Battery Could Change Everything

Huawei has filed a patent for a new type of battery that could make electric cars much better. This battery uses a special material called nitrogen-doped sulfide electrolyte.

Why Is This Battery Special?

More Power: This new battery can hold 400-500 Wh/kg of energy. That’s 2-3 times more power than the batteries we use today in electric cars.

Super Fast Charging: The best part? You can charge your electric car from 0% to 100% in just 5 minutes. Right now, it takes hours to fully charge most electric cars.

What Makes It Work?

The secret is in the special material they use. Current batteries have problems with something called the “lithium interface” – basically, the battery parts don’t work well together and can cause dangerous reactions.

The new battery fixes this by adding nitrogen to sulfide electrolytes. This is Huawei’s breakthrough solution that stops the bad reactions and makes the battery safer.

But There’s a Catch

Expert Opinion: While this sounds amazing on paper, experts say it might not work in real life. The results come from lab tests, not from actual cars driving around.

Cost Problems: The biggest issue is money. These sulfide electrolytes are very expensive – about $1,400 per kWh (around 1.20 lakh rupees). This makes the batteries too costly for regular people to buy.

Production Challenges: Making millions of these batteries for all the cars people want to buy is very hard and expensive.

Conclusion

This new battery technology from Huawei sounds incredible and could revolutionize electric vehicles. However, there’s still a long way to go before you can buy a car with this battery. The main problems are the high cost and the difficulty of making these batteries in large numbers.

For now, this remains an exciting possibility for the future of electric cars, but not something you’ll see in showrooms anytime soon.

Furthermore, the inadequate infrastructure to support the ultra-fast charging rates is another major challenge among others. Huawei is presently not in the business of manufacturing power batteries, but the heavy investments made by the company in recent times in battery research and materials suggest that it intends to become a mainstream player in future.

One more point to notice here is that the driving range of 3000+ km on a single charge provided by Huawei is based on the CLTC (China Light-Duty Vehicle Test Cycle).

On the contrary, if we consider the EPA cycle, it will come down to 2000+ km, which is still by far more than any of the mainstream EVs on sale right now in any part of the world.

Several leading global battery manufacturers such as Toyota, Samsung SDI, and CATL aim to begin commercializing solid-state batteries by 2027–2030.

However, Huawei with its recent claim has took everyone by surprise and if materialised, it could change the face of the EV industry. It could entirely eliminate range anxiety and charging delays, therefore promising a brighter and bolder future of EVs.

As we are already aware of technology changes and I hope you know that by 2030, a single 6G network could theoretically download an entire movie in less than a second? That’s not science fiction—it’s the reality Huawei is building toward with their revolutionary wireless development roadmap. As we stand at the crossroads of 5G maturity and 6G emergence, understanding these technological leaps isn’t just fascinating—it’s essential for anyone wanting to stay ahead in our increasingly connected world.

Where 5G Stands Today: The Foundation is Set

In terms of Chinese tech giant Huawei’s concern, the company’s 5G technology has already transformed how we connect, but we’re only scratching the surface of its potential. Current 5G networks deliver speeds up to 100 times faster than 4G, but here’s what most people don’t realize: we’re still in the early stages of 5G deployment.

The company’s 5G roadmap focuses on three critical phases. First, enhanced mobile broadband (eMBB) brings lightning-fast smartphone experiences. Second, ultra-reliable low-latency communication (URLLC) enables real-time applications like autonomous vehicles. Third, massive machine-type communications (mMTC) connects billions of IoT devices seamlessly.

Just imagine related to your daily routine—from streaming 4K videos without buffering to enabling smart home devices that respond instantly. That’s 5G working behind the scenes, and Huawei’s infrastructure powers much of this transformation globally.

The 6G Vision: Beyond What We Can Imagine

While 5G continues expanding, Huawei’s 6G development roadmap paints an even more ambitious picture. The company predicts commercial 6G networks will launch around 2030, delivering speeds reaching 1 terabit per second—that’s 100 times faster than current 5G.

But 6G isn’t just about speed. Huawei envisions “intelligent connectivity” that integrates artificial intelligence directly into network infrastructure. Imagine networks that predict your needs, automatically optimize performance, and create immersive experiences that blur the lines between physical and digital worlds.

The 6G roadmap includes three revolutionary capabilities: extreme connectivity for 100 billion devices, AI-native networks that learn and adapt, and integrated sensing that turns infrastructure into a massive sensor network. Your smartphone might become a health monitor, environmental detector, and augmented reality gateway all at once.

Key Milestones and Timeline Predictions

Huawei’s development roadmap reveals fascinating milestones ahead. By 2025, they expect 5G-Advanced (5.5G) to bridge the gap toward 6G, introducing enhanced AI capabilities and improved energy efficiency. This intermediate step will test technologies that eventually power 6G networks.

The period from 2025 to 2028 represents the critical 6G research and standardization phase. During this time, Huawei will collaborate with global partners to establish 6G standards, test prototype networks, and develop the semiconductor technologies needed for next-generation infrastructure.

Commercial 6G deployment begins around 2030, but the full vision won’t materialize until 2035. By then, Huawei anticipates ubiquitous connectivity where every surface, device, and even clothing could connect to intelligent networks seamlessly.

Real-World Impact: How These Networks Will Change Your Life

These technological advances aren’t just impressive numbers—they’ll fundamentally transform how you work, learn, and live. Remote surgery becomes routine when doctors can operate robots with zero latency. Virtual meetings feel as natural as in-person conversations through holographic telepresence. Smart cities optimize traffic, reduce energy consumption, and improve public safety through interconnected sensors.

Consider education: 6G networks could enable immersive learning experiences where students virtually explore ancient Rome or conduct chemistry experiments in safe, simulated environments. The possibilities extend far beyond entertainment into healthcare, manufacturing, and environmental protection.

The Road Ahead: Challenges and Opportunities

Huawei’s ambitious roadmap faces significant challenges, including regulatory hurdles, massive infrastructure investments, and the need for global cooperation on standards. However, the company’s track record in 5G deployment demonstrates their capability to overcome these obstacles.

The wireless future that Huawei envisions promises unprecedented connectivity, intelligence, and capability. As these networks evolve, staying informed about their development helps you prepare for the digital transformation ahead. Whether you’re a technology enthusiast, business leader, or simply curious about the future, understanding these roadmaps positions you to leverage the incredible possibilities coming our way.

Ready to explore how these network advances will impact your industry or daily life? Stay tuned to the latest developments in Huawei’s 5G and 6G journey—the future is closer than you think.

How Future AI Will Accelerate Network Growth

Artificial intelligence stands as the secret weapon in Huawei’s network evolution strategy, fundamentally changing how networks grow and adapt. Future AI won’t just manage networks—it’ll predict failures before they happen, automatically optimize traffic patterns, and even design network expansions based on usage predictions.

AI algorithms analyzing millions of data points every second to determine exactly where new cell towers should be placed, how much bandwidth each area needs, and when to upgrade infrastructure before users even notice slowdowns.

Huawei’s AI-driven approach promises self-healing networks that fix problems instantly, intelligent resource allocation that maximizes efficiency, and predictive maintenance that prevents outages. This means faster network rollouts, lower operational costs, and better service quality for everyone. The company estimates that AI integration could reduce network operational expenses by up to 30% while improving performance by 40%—a game-changer for global connectivity expansion.

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