Innovative Technologies

Innovative
Technologies

Innovative
Technologies

DAS

Hybrid DAS optimize the network performance.
Free to connect.

A DAS, or Distributed Antenna System, is a scalable and flexible solution that can be customized to meet the specific needs of various industries, including transportation, hospitality, healthcare, and education. It can also support multiple wireless technologies and frequencies, including cellular, public safety, and Wi-Fi, providing reliable coverage for different applications and devices. DAS can be deployed in various configurations, including passive and active systems. In passive DAS, the signal is distributed through a network of passive components such as cables, splitters, and couplers, while active DAS uses amplifiers and signal boosters to improve coverage and signal quality.

Shopping Center.

Hospital.

Clinics.

RSA.

Parking.

Historical Centre.

Hotels.

Stadiums.

DAS is a distributed antenna system that enhances the coverage and capacity of the cellular network in hard-to-reach areas such as shopping malls, hospitals, and hotels. The service is completely free, from installation to maintenance. The high signal precision ensures maximum performance in analytics.

DAS is a distributed antenna system that enhances the coverage and capacity of the cellular network in hard-to-reach areas such as shopping malls, hospitals, and hotels.

The service is completely free, from installation to maintenance.

The high signal precision ensures maximum performance in analytics.

One of the key benefits of DAS is its ability to provide consistent coverage and signal strength throughout a building or a large outdoor area, even in areas with limited signal access or high user densities. This is achieved by distributing the signal through multiple antennas, which reduce the impact of obstacles and signal interference, such as walls, floors, and other physical barriers. In addition to providing better coverage, DAS can also improve network capacity and reduce network congestion, especially in high-traffic areas such as sports stadiums, airports, and shopping malls. By distributing the signal to multiple antennas, DAS can handle a larger volume of data traffic, reducing the risk of dropped calls, slow data speeds, and network outages. Overall, DAS is a powerful solution for improving wireless coverage and capacity in various indoor and outdoor environments. With the deployment of 5G networks, DAS will become even more important in enabling new applications and services that require high-speed and reliable wireless connectivity.

Enjoy unprecedented coverage and connection speeds.

Guests can use their smartphones to manage their stay, communicate with staff, and obtain useful information. They can also select menus and book services such as laundry through a virtual concierge.

Connectivity enables the provision of devices like tablets, smartphones, and smartwatches to staff, keeping them always in touch to offer higher service to customers.

Customers can check-in and check-out via mobile devices without the need to interact with hotel staff.

The rooms are equipped with smart devices such as virtual assistants, tablets, and smart TVs. Thanks to connectivity, the service offered becomes more efficient and the stay experience more innovative.

With the evolution of branches towards less focus on cashier services, connectivity becomes essential to educate customers on using mobile apps and digital services on their devices.

A multichannel bank requires high-quality connectivity for video conferences between managers, customers, and educators, as well as for staff training via video.

Cloud migration is a crucial issue for banks; connectivity facilitates the transfer and storage of data in the cloud and between different branches, improving operational efficiency.

Branches are introducing touchscreen multimedia kiosks for information consultation and service automation, such as digital signage and regulation viewing.

Connectivity enhances the customer experience during digital payments (contactless, QR code, use of smartphones and other devices), reducing queues and waiting times.

The adoption of electronic labels allows automatic and instant price changes, controlled by the headquarters, reducing errors and standardizing promotions.

Omnichannel operations and the use of kiosks for self-service activities (viewing offers, store map, loyalty program status) improve the customer experience and optimize operations.

Proximity marketing uses the localization of customers’ smartphones to offer discounts and targeted awareness campaigns.

Guests can pay and recharge their cars at the parking columns using their smartphones.

Connectivity enables low-cost smart parking solutions without the need for wiring in the parking lot.

The ability to make calls within the parking lot, especially on underground levels, is crucial for user safety.

Connectivity improves the customer experience by enabling digital payment directly through the smartphone.

Advanced man-down systems increase the safety of the company and workers.

Connectivity allows the implementation of internal positioning systems for personnel and objects within the facilities.

Connectivity enables the use of IoT (Internet of Things) devices which, through sensors and cameras, reduce waste, improve inventory management, and implement energy-saving solutions.

Video surveillance solutions and environmental parameter monitoring can be used for access control and for monitoring production processes and quality.

How much does it cost?

The service is completely free, including both installation and maintenance. It represents a strategic opportunity to improve cellular coverage within complex structures, increasing user satisfaction and property value, while ensuring uniform and reliable connectivity for everyone.

What’s the difference between Wi-Fi and DAS?

Wi-Fi is used to create local wireless networks, while DAS is used to enhance cellular network coverage in specific areas. Wi-Fi uses specific frequencies for data transmission within a limited area, while DAS distributes cellular signals over large areas through distributed antennas. Wi-Fi is common in home environments for Internet access, whereas DAS is used in large facilities to ensure reliable cellular coverage.

Does it create interference?

DAS must be properly designed and installed, ensuring no interference with other systems. This includes using the correct frequencies, appropriately configuring the antennas, and utilizing interference control devices.

Is it harmful to the environment and people?

DAS antennas emit radio waves, which are a form of non-ionizing radiation. Scientific studies have not shown that electromagnetic emissions at levels typical of communication antennas cause harm to human health or the environment. However, it is important that installations follow regulations and guidelines to ensure that emissions remain within safe limits.

How long does the installation take?

Installation is very quick. The process can take between 4 to 8 business days.

Can it support multiple mobile operators simultaneously?

Yes, DAS can support multiple operators simultaneously. This is one of the main advantages of DAS systems, especially in environments like stadiums, shopping centers, airports, offices, and other public or corporate spaces.

Is it efficient in data management tasks?

A well-designed and implemented DAS can offer significant improvements in mobile data management by increasing coverage, capacity, and service quality, while reducing congestion and interference. This makes it a highly effective solution for mobile data needs in various contexts.

How much does it cost?

The service is completely free, including both installation and maintenance. It represents a strategic opportunity to improve cellular coverage within complex structures, increasing user satisfaction and property value, while ensuring uniform and reliable connectivity for everyone.

What’s the difference between Wi-Fi and DAS?

Wi-Fi is used to create local wireless networks, while DAS is used to enhance cellular network coverage in specific areas. Wi-Fi uses specific frequencies for data transmission within a limited area, while DAS distributes cellular signals over large areas through distributed antennas. Wi-Fi is common in home environments for Internet access, whereas DAS is used in large facilities to ensure reliable cellular coverage.

Does it create interference?

DAS must be properly designed and installed, ensuring no interference with other systems. This includes using the correct frequencies, appropriately configuring the antennas, and utilizing interference control devices.

Is it harmful to the environment and people?

DAS antennas emit radio waves, which are a form of non-ionizing radiation. Scientific studies have not shown that electromagnetic emissions at levels typical of communication antennas cause harm to human health or the environment. However, it is important that installations follow regulations and guidelines to ensure that emissions remain within safe limits.

How long does the installation take?

Installation is very quick. The process can take between 4 to 8 business days.

Can it support multiple mobile operators simultaneously?

Yes, DAS can support multiple operators simultaneously. This is one of the main advantages of DAS systems, especially in environments like stadiums, shopping centers, airports, offices, and other public or corporate spaces.

Is it efficient in data management tasks?

A well-designed and implemented DAS can offer significant improvements in mobile data management by increasing coverage, capacity, and service quality, while reducing congestion and interference. This makes it a highly effective solution for mobile data needs in various contexts.

A DAS, or Distributed Antenna System, is a scalable and flexible solution that can be customized to meet the specific needs of various industries, including transportation, hospitality, healthcare, and education. It can also support multiple wireless technologies and frequencies, including cellular, public safety, and Wi-Fi, providing reliable coverage for different applications and devices. DAS can be deployed in various configurations, including passive and active systems. In passive DAS, the signal is distributed through a network of passive components such as cables, splitters, and couplers, while active DAS uses amplifiers and signal boosters to improve coverage and signal quality.
One of the key benefits of DAS is its ability to provide consistent coverage and signal strength throughout a building or a large outdoor area, even in areas with limited signal access or high user densities. This is achieved by distributing the signal through multiple antennas, which reduce the impact of obstacles and signal interference, such as walls, floors, and other physical barriers. In addition to providing better coverage, DAS can also improve network capacity and reduce network congestion, especially in high-traffic areas such as sports stadiums, airports, and shopping malls. By distributing the signal to multiple antennas, DAS can handle a larger volume of data traffic, reducing the risk of dropped calls, slow data speeds, and network outages. Overall, DAS is a powerful solution for improving wireless coverage and capacity in various indoor and outdoor environments. With the deployment of 5G networks, DAS will become even more important in enabling new applications and services that require high-speed and reliable wireless connectivity.

Enjoy unprecedented coverage and connection speeds.

DAS

Environment
Firstly, DAS relies on small, low radiant power cells that are deployed across space. This means that the power usage of these cells is low, resulting in reduced energy consumption and carbon emissions. This is in contrast to traditional cell towers that require a higher power output and have a larger environmental impact. Secondly, the cells used in DAS are connected to a signal source by optical fiber cables. Optical fibers are known for their efficiency and sustainability as they are made of glass or plastic and do not emit harmful electromagnetic radiation. This significantly reduces electromagnetic pollution and improves the environmental impact of the system. Thirdly, DAS has the remarkable capacity to concurrently support different operators, technologies, and frequencies. This means that multiple telecommunications companies can share the same infrastructure, reducing the need for multiple towers or equipment, which in turn lowers the environmental impact. Lastly, the reduced visual impact of DAS is also worth noting. Since DAS relies on small cells instead of tall towers, it has a much smaller visual impact on the surrounding environment. This is particularly important in urban areas where space is limited, and there is already significant infrastructure in place. Overall, the combination of low power usage, reduced electromagnetic pollution, ability to support multiple operators, and reduced visual impact makes DAS a sustainable and environmentally friendly solution for telecommunications.
Total coverage
Faster and more reliable data connections and downloads, easier access to the latest smart retail services, including augmented reality, smart parking and digital signage. The system multiplies interaction opportunities between people and locations that have a DAS network. Consequently, shopping malls can offer customers an all-around, engaging and informative shopping experience. Airports, stations and subways can communicate quickly with passengers and ensure that services are used more easily and efficiently.
1px_grey
Comprehensive Information
A DAS network can maximise wireless coverage and enhance the wireless signal according to the number of people present in the connected area. Forget about difficulties in communicating and accessing the network in crowded places or at major events. DAS is the system that assures optimal network quality across all locations with high user densities.
1px_grey
Safety
A DAS network provides capillary signal distribution while at the same time ensuring low radiant emissions and installation costs. It is the ideal solution for hospitals. Even the largest and most complex healthcare facilities can adopt this type of efficient and secure network that can be deployed over time at a reasonable cost. A Distributed Antenna System is designed to ensure staff and patient well-being, it does not interfere with medical equipment, and it supports mHealth devices used for remote patient monitoring.
1px_grey

DAS

Environment
Firstly, DAS relies on small, low radiant power cells that are deployed across space. This means that the power usage of these cells is low, resulting in reduced energy consumption and carbon emissions. This is in contrast to traditional cell towers that require a higher power output and have a larger environmental impact. Secondly, the cells used in DAS are connected to a signal source by optical fiber cables. Optical fibers are known for their efficiency and sustainability as they are made of glass or plastic and do not emit harmful electromagnetic radiation. This significantly reduces electromagnetic pollution and improves the environmental impact of the system. Thirdly, DAS has the remarkable capacity to concurrently support different operators, technologies, and frequencies. This means that multiple telecommunications companies can share the same infrastructure, reducing the need for multiple towers or equipment, which in turn lowers the environmental impact. Lastly, the reduced visual impact of DAS is also worth noting. Since DAS relies on small cells instead of tall towers, it has a much smaller visual impact on the surrounding environment. This is particularly important in urban areas where space is limited, and there is already significant infrastructure in place. Overall, the combination of low power usage, reduced electromagnetic pollution, ability to support multiple operators, and reduced visual impact makes DAS a sustainable and environmentally friendly solution for telecommunications.
Total coverage
Faster and more reliable data connections and downloads, easier access to the latest smart retail services, including augmented reality, smart parking and digital signage. The system multiplies interaction opportunities between people and locations that have a DAS network. Consequently, shopping malls can offer customers an all-around, engaging and informative shopping experience. Airports, stations and subways can communicate quickly with passengers and ensure that services are used more easily and efficiently.
1px_grey
Comprehensive Information
A DAS network can maximise wireless coverage and enhance the wireless signal according to the number of people present in the connected area. Forget about difficulties in communicating and accessing the network in crowded places or at major events. DAS is the system that assures optimal network quality across all locations with high user densities.
1px_grey
Safety
A DAS network provides capillary signal distribution while at the same time ensuring low radiant emissions and installation costs. It is the ideal solution for hospitals. Even the largest and most complex healthcare facilities can adopt this type of efficient and secure network that can be deployed over time at a reasonable cost. A Distributed Antenna System is designed to ensure staff and patient well-being, it does not interfere with medical equipment, and it supports mHealth devices used for remote patient monitoring.
1px_grey

DAS

Environment
Firstly, DAS relies on small, low radiant power cells that are deployed across space. This means that the power usage of these cells is low, resulting in reduced energy consumption and carbon emissions. This is in contrast to traditional cell towers that require a higher power output and have a larger environmental impact. Secondly, the cells used in DAS are connected to a signal source by optical fiber cables. Optical fibers are known for their efficiency and sustainability as they are made of glass or plastic and do not emit harmful electromagnetic radiation. This significantly reduces electromagnetic pollution and improves the environmental impact of the system. Thirdly, DAS has the remarkable capacity to concurrently support different operators, technologies, and frequencies. This means that multiple telecommunications companies can share the same infrastructure, reducing the need for multiple towers or equipment, which in turn lowers the environmental impact. Lastly, the reduced visual impact of DAS is also worth noting. Since DAS relies on small cells instead of tall towers, it has a much smaller visual impact on the surrounding environment. This is particularly important in urban areas where space is limited, and there is already significant infrastructure in place. Overall, the combination of low power usage, reduced electromagnetic pollution, ability to support multiple operators, and reduced visual impact makes DAS a sustainable and environmentally friendly solution for telecommunications.
Total coverage
Faster and more reliable data connections and downloads, easier access to the latest smart retail services, including augmented reality, smart parking and digital signage. The system multiplies interaction opportunities between people and locations that have a DAS network. Consequently, shopping malls can offer customers an all-around, engaging and informative shopping experience. Airports, stations and subways can communicate quickly with passengers and ensure that services are used more easily and efficiently.
1px_grey
Comprehensive Information
A DAS network can maximise wireless coverage and enhance the wireless signal according to the number of people present in the connected area. Forget about difficulties in communicating and accessing the network in crowded places or at major events. DAS is the system that assures optimal network quality across all locations with high user densities.
1px_grey
Safety
A DAS network provides capillary signal distribution while at the same time ensuring low radiant emissions and installation costs. It is the ideal solution for hospitals. Even the largest and most complex healthcare facilities can adopt this type of efficient and secure network that can be deployed over time at a reasonable cost. A Distributed Antenna System is designed to ensure staff and patient well-being, it does not interfere with medical equipment, and it supports mHealth devices used for remote patient monitoring.
1px_grey

Partners.

DECA has many partners, including:

asl_roma3
bennet
CBRE_Group
comune-di-genova
conad
Cushman_&_Wakefield
Eurocommercial
garofalo_health_care
Gruppo_San_Donato
humanitas-research-hospital
logo_igd_siiq
logo_klepierre_signature_vecto
logo-fatebenefratelli
logo-Paideia-International-Hospital
Mater-Dei
Milan_Airports
multi
Nhood
policlinico_casilino
pradera
rinascente
Savills
Svicom
unicam
hilton-hotels-resorts

Innovations
Technologies

Innovations
Technologies