Easy and simple

What is 5G? We present interesting facts and show the advantages of 5G technology.

In 2019, Telekom bought its 5G frequencies at auction for EUR 2.17 billion. Barely more than one and a half years later, 64 million people in Germany can surf with 5G. Read now which 5G frequencies Telekom is using.

5G is the foundation for campus networks and the automated production processes of Industry 4.0.

The 5G network in Germany is growing. Deutsche Telekom already supplies more than 40 million people with the latest mobile communications standard. A new key technology makes this possible.

Artificial intelligence (AI) is a mixture of mathematics/statistics and information science/data processing. 

We explain Artificial Intelligence (AI) simply. And in this case, "we" includes the AI, because it had a hand in it.

Artificial intelligence (AI) has a great deal of potential but also harbors many risks. To ensure this new key technology can deliver its positive potential for us humans, it requires an ethical framework.

AI agents are autonomous intelligent systems designed for complex tasks.

This is behind "immersive media" and the abbreviations VR, AR and MR.

Self-propelled cars are no longer dreams of the future.

A few years ago, self-propelled cars were merely a vision in a science fiction film. Today, the first semi-automated vehicles with various assistance systems drive on our roads. Even autonomous driving is no longer just a dream.

Learn more about blockchain technology and how the Open Telekom Cloud makes the technology secure and sustainable.

Campus networks are custom mobile networks for the industry.

Cloud, Cloudification - Cloud? Huh? What's behind it is really exciting. Read here what it has to do with the Deutsche Telekom network. 

With specific, measurable climate targets, Telekom is helping meet the Paris Agreement’s goal.

How self-determined are we really? "Digital sovereignty" is the key term when it comes to maintaining control over technologies, processes and data.

Standards for digital identities could help to securely accompany the digitization of society.

Digital twins are now opening up completely new possibilities for innovation.

With Edge Computing, data processing is brought closer to where it is needed.

"The future belongs to the eSIM card." The 'e' in eSIM doesn't just stand for 'embedded'.

How is a fiber-optic cable structured? How do optical waveguides work? How are optical waveguide cables laid? Learn more about fiber-optic lines here.

We explain how fiber optic technology works and what speeds it enables users to surf the Internet.

This is behind "immersive media" and the abbreviations VR, AR and MR.

The Internet of Things connects machines, products and computers. The problem is that the machines do not speak a standardized language.

It's about a new way of sharing data. An attempt of a definition.

It’s a familiar scene: no sooner has a plane touched down at an airport, then the chaotic sound of tens of mobile devices kicks off.  

For both lifelike virtual reality experiences and safe self-driving autonomous vehicles, there is one requirement that trumps all others: you need a network that can respond almost in real time.

LTE-M is a wireless connectivity technology that brings the Internet of Things alive.

Satisfied and loyal customers are the most important thing at Deutsche Telekom. That's why we have the "Magenta Moments" loyalty program - exclusively for all residential customers in Germany.

The way machines exchange information in this way is referred to as machine-to-machine communication, or M2M for short.

We explain "Metaverse" or "Web 3.0": the vision of a world in which we immerse ourselves via glasses and move and meet as avatars.

The IoT is no longer a question of handling only a few hundred smartphones inside every radio cell.

NLU is the system that makes you chat naturally with a bot.

APIs are standard in IT, but not yet on networks. Deutsche Telekom will provide these useful interfaces in the future. You can find out exactly what they are for here.

Users and applications can have highly specific demand for data rates, speeds and capacities. Network slicing is a means to achieve this.

All good things come from above: Deutsche Telekom plans to expand its network into space.

More and more development projects are working with open source.  But how does it work?

We explain how fiber optic technology works and what speeds it enables users to surf the Internet.

Knowing in advance when something will go wrong with your own machine: what probably almost everybody wants is possible today, thanks to Deutsche Telekom.

A quantum computer achieves significantly more computing power with qubits than a supercomputer with bits. How this works, simply explained.

Behind the scenes, Deutsche Telekom is turning its router development around for its customers. We explain what the abbreviation RDK-B has to do with it.

What happens in real time occurs straightaway. But in IT that’s not really the case.

DT's products and packaging are thus becoming increasingly sustainable.

More sustainable surfing and phone calls.

Companies not only have to meet regulatory requirements. They also have to take over ecological and social responsibility.

Sensors make dumb things smart. They are at the root of any Internet of Things solution, breathing intelligence into otherwise dumb objects and devices.

Virtual fiber wirelessly straddles “the last mile”.

Farewell to apps, remote control and keyboard: voice control is one of the major trends of our time. 

Rethinking home security and health monitoring.