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The creative 5G antenna housing modeled on a bird is displayed at Covestro’s stand at K 2019.
The creative 5G antenna housing modeled on a bird is displayed at Covestro’s stand at K 2019.

Covestro, Deutsche Telekom and Swedish Umeå Institute of Design (UID) develop creative antenna housing / technology and design for powerful small cell antennae / Initial designs modeled on a bird and a clock, which is on display at K 2019 held in Düsseldorf, Germany.

During a pilot project, the partners tested out creative designs for small 5G antennae. These innovative housing solutions are used, for example, to build small mobile radio cells. These so-called small cells increase data throughput where many customers are on the move or surf the web.

The partners are developing antenna housings that fit in with the urban landscape, either by standing out with a decorative design, or by harmoniously blending in to their surroundings.

The entire pilot project is a great chance to illustrate the potential and the outstanding properties of our materials,” says Sucheta Govil, Chief Commercial Officer of Covestro. “Innovative, adaptable materials will give us creative freedom to accelerate the distribution of key digital technologies with user-friendly solutions in the near future.”

New telecommunications infrastructure

The creative and lovely housing were co-developed by Covestro, Deutsche Telekom and Swedish Umeå Institute of Design.The partners are complementing one another's strengths as they work on the project. Covestro develops innovative and sustainable material solutions that have already proven themselves in a variety of electrical and electronic applications, and that fulfill high technical requirements.

Telekom contributes its technological expertise on antennae for mobile wireless and network expansion. Students at the UID conceptualize the creative designs. They began by carrying out a study on the ground in Düsseldorf. Then, they drafted attractive antenna housings with colors and structures that met technical and aesthetic requirements. This resulted in a variety of design concepts.

Now, there are two example models: a bird and a clock. The concept called “The Bird” considers 5G from a new standpoint, and pushes the limits of what is possible. The clock design, “24h5G,” integrates new material properties like translucency and thermal management for 5G small cell antenna housings.

Compact antennae provide a targeted boost to data capacity

In the future, Telekom will be installing more small cells for 5G, for instance in stoplights, lanterns, or facades. These compact antennae have a range of around 200 meters.

They are connected to the Telekom network via fiber optics. This allows data to be transported extremely quickly, ensuring future networks are extremely powerful. Alongside traditional locations, this allows the network to provide the coverage and capacity necessary for the growing number of wireless devices. Telekom already uses small cells in its LTE expansion.

In the design project with Covestro, we were able to place our technical requirements early on and work together with the students on their design ideas,” says Thomas Jansen, Head of the Small Cell Competence Team at Deutsche Telekom Technik. “Together, we have developed powerful 5G solutions that can be harmoniously integrated into the cityscape.”

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