The “High-Tech Site Jena” (HTSJ) project aims to set new standards in architecture, design, and innovative work environments, emphasizing the importance of 5G and campus networks
No radio wave reaches 20 meters below the Earth’s surface – but that didn’t stop ZEISS from digging that deep for the excavation work at its founding location in Jena. The objective? To ensure that the new office, once built, doesn’t suffer from any dead zones. So, the 5G campus network is being planned directly into the pit. The ultimate goal is to create an innovative workspace spanning 100,000 square meters in the region, combining technology, efficiency, sustainability, and the comforts of modern life. Ordering services via mobile phone, making use of driverless logistics – what else can be expected?
By establishing cutting-edge standards in work environments, production, and logistics, driven by digitalization the HTSJ project will significantly enhance Jena’s reputation. This new high-tech center, employing 2,500 people, aims to promote mobility and accessibility, reflecting Zeiss’s commitment to Jena, its founding location, and largest industrial employer. Construction is underway with the site cleared and excavation progressing. The project covers a vast area with substantial architectural and technological advancements, and initial occupation is scheduled for 2025.
HTSJ will focus on modern production and logistics, incorporating digital concepts like event-based access control, intelligent air conditioning, predictive maintenance, and energy-efficient operations. Plans include integrating smartphones for various functions and implementing driverless transport systems to enhance logistics.
Given the depth of the excavation and building materials that block radio waves, a robust 4G and 5G campus network is essential. The network will facilitate telephony services within the building and support modern functionalities. Collaboration with Detecon has ensured the construction plans accommodate future technological needs. Although few applications currently mandate a 5G campus network, Zeiss anticipates rapid development of use cases requiring high bandwidth and low latency. Preparing for 5G now will prevent costly retrofitting later.
HTSJ’s design allows for multiple network variants, with plans to use both public and private radio spectra. This dual approach aims to achieve low latency and high bandwidth, processing data on-site in a local cloud. Collaboration with Detecon provided valuable insights into network structures and regulatory processes.
Dr. Patrick Hahn is head of “IT and Digitalization” at Zeiss AG and overseeing the project from the beginning. He advises companies embarking on construction projects to consider 5G integration from the start to avoid costly retrofitting. For existing buildings, he suggests starting with smaller pilot projects to identify and address current wireless technology limitations.
HTSJ will welcome external partners, offering the same functions available to Zeiss employees. There is potential for interaction with Jena’s smart city project, particularly in transport and logistics. The vibrant digitalization community in Jena, with numerous digital companies and start-ups, promises significant innovation and collaboration opportunities.
The project aims to transform Jena into a high-tech hub, leveraging advanced digital and network technologies to create a future-ready facility.
