• Solutions
    From the smartphones in our pockets to the networks that help make real the vision of the Smart City, antennas are pervasive. Fractus’ antenna technology provides a response to the wireless connectivity requirements of today’s connected world – and the antenna technology innovation that will enable an even smarter, more connected life of tomorrow.
    • Smartphones & Tablets
      The number of smartphone users worldwide in 2020 surpasses three billion and is estimated to further grow by several hundred millions in the next few years. Today, almost every one of these smartphones uses antenna technology based on Fractus’ geometric designs. The major smartphone manufacturers integrate Fractus multi-band antenna technology into their products.
    • Multi-band
      Multi-band operation is essential for smartphones and tablets which operate in multiple frequency bands associated to 2G, 3G, 4G and future 5G cellular networks. Nowadays, smartphones are able to operate in more than ten different cellular networks for global operation. Such versatility for using the smartphone in almost every network is enabled by multi-band antennas. The multi-scale properties of Fractus technology are indispensable for creating multi-band antennas that work effectively at multiple frequency bands and at the same time are small enough to fit inside the smartphone.
    • IoT / M2M, smart home & smart cities
      The Internet of Things (IoT) is transforming our understanding of what can be connected and how. IoT endpoints now range from connected cars to refrigerators and from smart meters to traffic lights, and everything in between. Behind all of this lies a wireless wide area network delivering connectivity across potentially billions of devices. With the antenna critical to IoT connectivity, Fractus’ technology is enabling fundamental changes in the way in which people interact with their environment.
    • Connectivity
      IoT demands ubiquitous connectivity across networks while bringing an amazing number of connected devices to the network. Constant and reliable network connections between devices through reliable antennas are essential for IoT/M2M applications. The innovations Fractus has developed enable ubiquitous connectivity by providing an antenna technology capable of integrating the antenna in any wireless device independently of its form factor and environment while at the same time delivering high-performance.
    • Wearables and medical devices
      From smart watches to fitness trackers, smart glasses to medical devices, new device form factors are challenging manufacturers to reimagine the antenna in order to balance connectivity with the miniaturization demanded by these new categories of devices. Fractus miniature antenna technology helps them realize maximum antenna performance with minimum antenna space.
    • Miniaturization
      Antenna miniaturization, together with efficient performance, is crucial for integrating the antennas within wearables and medical devices to guarantee reliable wireless connectivity with surrounding devices. The space-filling properties of Fractus technology enables miniature antennas by connecting together a sufficiently large number of small segments to form a curve that shapes a portion of the antenna resulting in antennas with a reduced size in terms of the operating wavelength and at the same time providing optimal performance.
    • Telecom networks
      Mobile operators are forced to continuously improve their network infrastructure to provide first-class services to their customers who expect high quality user experience and continual service improvement. Network improvement walks hand in hand with the deployment of new base stations and the upgrade of existing base stations while guaranteeing environmentally friendly installations.
    • Low visual impact
      With carriers deploying and operating multiple cellular networks across 2G, 3G, 4G and future 5G cellular standards, the antenna is a fundamental element of the base station. Multi-band antennas with low visual impact are required by mobile operators to provide service in multi-band cellular networks.
Solutions
From the smartphones in our pockets to the networks that help make real the vision of the Smart City, antennas are pervasive. Fractus’ antenna technology provides a response to the wireless connectivity requirements of today’s connected world – and the antenna technology innovation that will enable an even smarter, more connected life of tomorrow.
Smartphones & Tablets
The number of smartphone users worldwide in 2020 surpasses three billion and is estimated to further grow by several hundred millions in the next few years. Today, almost every one of these smartphones uses antenna technology based on Fractus’ geometric designs. The major smartphone manufacturers integrate Fractus multi-band antenna technology into their products.
Multi-band
IoT / M2M, smart home & smart cities
The Internet of Things (IoT) is transforming our understanding of what can be connected and how. IoT endpoints now range from connected cars to refrigerators and from smart meters to traffic lights, and everything in between. Behind all of this lies a wireless wide area network delivering connectivity across potentially billions of devices. With the antenna critical to IoT connectivity, Fractus’ technology is enabling fundamental changes in the way in which people interact with their environment.
Connectivity
Wearables and medical devices
From smart watches to fitness trackers, smart glasses to medical devices, new device form factors are challenging manufacturers to reimagine the antenna in order to balance connectivity with the miniaturization demanded by these new categories of devices. Fractus miniature antenna technology helps them realize maximum antenna performance with minimum antenna space.
Miniaturization
Telecom networks
Mobile operators are forced to continuously improve their network infrastructure to provide first-class services to their customers who expect high quality user experience and continual service improvement. Network improvement walks hand in hand with the deployment of new base stations and the upgrade of existing base stations while guaranteeing environmentally friendly installations.
Low visual impact