Massive MIMO
The expectations that consumers have for their connected experiences are rising globally, and this is putting more and more strain on network infrastructure. The Fujitsu team is aware that a complex fusion of network efficiency and creative performance is required to meet the demands of mobile network operators (MNOs).
Fujitsu Network Communications
However, how are networks changing, and what advantages will this significant move towards cellular infrastructure that is more adaptable, scalable, and affordable provide MNOs and their customers? Head of wireless marketing at Fujitsu Network Communications Rob Hughes walks us through the special and ever-changing path of network evolution.
A titan of the network industry
Japanese multinational IT business Fujitsu Limited owns Fujitsu Network Communications. Fujitsu Network Communications’ open technology-based solutions boost communications network speed, security, autonomy, and sustainability while minimizing TCO. They are enabling the communications service providers (CSPs) that power global connectivity with the power of Digital Transformation (DX).
How does Massive MIMO work
With over 30 years of experience in RAN deployment, Fujitsu is a leader in open networking. The company knows that in order to meet the growing demand for high-speed data services and improve user experience, MNO customers need to increase capacity. At the same time, they need to improve scalability and lower total cost of ownership. Fujitsu has launched a 64TR Massive MIMO Radio Unit, intended for 5G Open RAN networks, to assist address those difficulties. It is essential to comprehend the development process in order to appreciate the novel aspects of the radio.
5G Massive MIMO antenna
Rob stated that when choosing a technology partner to help launch this new age of fast 5g Massive MIMO networks, Fujitsu gave top priority on supply chain security, quality, dependability, and financial stability. In order to successfully manage upcoming hurdles, they also looked for a track record of accomplishment as well as a dedication to openness, teamwork, and ongoing innovation.
Rob pointed out that working with Qualcomm Technologies was an obvious decision for Fujitsu because of the company’s history of choosing elite open ecosystem partners, especially considering Qualcomm Technologies’ depth of knowledge in wireless communications and power efficiency.
Being the world’s foremost pioneer in wireless innovation, Qualcomm Technologies consistently creates solutions that improve the daily end-to-end network experiences that consumers depend on. The partnership paid off when Fujitsu launched the 64TRX Massive MIMO Radio Unit, which is compliant with Open RAN (O-RAN).
Benefits of Massive MIMO
Users have a better network experience thanks to Massive MIMO. Additionally, it offers dynamic coverage, which enables coverage to be changed in response to the user’s position and by moving the device with them. For many years, wireless communications have made use of standard MIMO, which usually uses two or four antennas. Massive MIMO technology is revolutionizing user experience today by offering more dependable and speedy connectivity.
A key component of 5G networks with high speeds is Massive MIMO. It improves cellular networks significantly by using a “massive” number of antennas, to put it simply. Using the greater number of antennae, it directs more focused beams specifically to the consumers’ locations rather than broadcasting everywhere. By utilizing these cutting-edge beamforming techniques to enhance signal quality, Massive MIMO maximizes the benefits of 5G while maintaining energy efficiency and enhancing capacity, coverage, and end-user experience. The power problem is crucial since it lowers an MNO’s power consumption, which is a substantial operational cost.
The response
Huge The cutting-edge technology of MIMO improves network capacity, coverage, and energy efficiency while also optimizing spectrum usage. It is empowering people and communities, stimulating innovation, economic growth, and social connectivity by improving the performance of mobile networks.
Open RAN’s early users praised its capacity to foster innovation, interoperability, and vendor diversity. Government organizations like the New Energy and Industrial Technology Development Organization (NEDO) in Japan and the National Telecommunications and Information Administration (NTIA) in the United States have further encouraged the implementation of Open RAN and promoted the ecosystem’s expansion. These organizations are eager to strengthen supply chains for more resilient telecommunications infrastructure and to stimulate economic growth through competition.
The times ahead
Fujitsu sees even more cutting-edge networking innovations, such as the widespread use of Open RAN in the industry, which will create the groundwork for further improvements like those needed for 6G networks.
Rob expresses excitement about Open RAN’s potential to boost network adaptability and spur the inventions necessary to make new services and applications possible, which will eventually result in a society that is more inclusive, connected, and sustainable.
Takeaways from Fujitsu
- More mobile operators are using New services will be launched as a result of open RAN’s promotion of creativity and digital transformation.
- Open RAN is gaining a lot of traction as more businesses in the sector embrace its more adaptable strategy.
- Massive MIMO and Open RAN are accelerating the installation of high-performance, cost-effective, and energy-efficient 5G infrastructure.
- Massive MIMO and Open RAN will power future networks, including 6G.
