Support the innovation and deployment of wireless connection technologies, achieving improvements in communication, ensuring compatibility, and reducing energy consumption and emissions.
To realize the development of wireless devices for 5G, it is necessary to overcome new design challenges for broadband products. At the same time, there is a demand for efficiency to maintain battery life while achieving high reliability, low latency, outstanding coverage, and cost control. Reliable and efficient 5G connections require achieving high throughput, low latency, excellent coverage, and cost control, while also reducing energy consumption. With the increase in networks and applications, accurately simulating antennas in real operational environments is crucial for developing next-generation broadband products. Altair's 5G simulation tools support innovation and deployment of wireless connectivity technologies, enabling improvements in communication, ensuring compatibility, and reducing energy consumption and emissions. Additionally, Altair's tools are equipped with propagation models essential for verification in local 5G license applications, such as the extended Qin model and ITU-R P.1411, making them optimal for all operators considering the provision of local 5G.
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◆Transforming 5G Challenges into Solutions through 5G Using Altair's 5G antennas and integrated simulation of 5G networks, we can create utilization plans necessary for frequency applications, preemptively avoid interference, and prevent radio wave leakage to surrounding areas. ◆Quickly Obtaining Approval from Regulatory Authorities With Altair, you can optimize 5G network planning in complex environments such as urban outdoor and indoor scenarios. By accurately reproducing interactions with infrastructure and the environment, from single antennas to the entire system, you can achieve unique quality predictions and efficient networks. ◆Supporting 5G Infrastructure Development The 5G revolution can only be realized with the expansion of communication infrastructure. By reproducing the entire set of Massive MIMO antennas within the network, we can significantly improve antenna design while also shortening development periods, enabling rapid integration of applications, and enhancing device characteristics. ◆Local 5G Altair's radio wave propagation capabilities include the attenuation models designated by the Ministry of Internal Affairs and Communications, such as ITU-R P.1411 and the extended Qin model, facilitating smooth local 5G license applications.
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Applications/Examples of results
- Smart factory - Local 5G - Infrastructure development - Autonomous driving - Network license acquisition - Private network - Device design - Urban development
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Altair is a global company that provides software and cloud solutions in the fields of product development, high-performance computing (HPC), and artificial intelligence (AI). We offer technology that enables our customers across diverse industries to create a sustainable future and thrive in a connected world. For more details, please visit www.altairjp.co.jp.
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