Founded in 2018, Nxbeam’s mission is a millimeter-wave fabless semiconductor company, focusing on compound semiconductors, with a goal to develop the infrastructure equipment that will power the future of information communication technology.
Nxbeam designs and manufactures millimeter-wave products for the satellite and 5G communication markets. Their products include power amplifiers, low noise amplifiers, and radio products. They also offer custom design solutions.
Applications:
Millimeter-waves are a region of the wireless spectrum classically defined as 30 GHz to 300 GHz. Typical applications include the following:
1. 5G/6G communications
2. Satellite communications (Satcom)
3. Space/Radar applications
Notes:
Millimeter wave (mmWave) communication utilizes radio waves at extremely high frequencies, typically in the range of 30 GHz to 300 GHz [1]. Here's a breakdown of what it is and its key features:
**High Speeds:** The defining characteristic of mmWave is its use of high-frequency waves. Compared to traditional cellular frequencies used in 4G, these high frequencies translate to significantly faster data transfer rates. Imagine wider lanes on a highway for data to travel.
**Limited Range:** A trade-off for the high speeds comes in the form of range. Millimeter waves have shorter wavelengths and struggle to penetrate obstacles like buildings or even foliage. This limits their reach compared to lower frequency signals that can travel farther.
Despite the range limitations, mmWave finds application in specific scenarios where high data speeds are crucial. Here are some examples:
5G Networks: mmWave is a key component of 5G technology, enabling super-fast data transfer for applications like downloading large files, streaming high-definition videos, and supporting virtual reality experiences.
Backhaul Networks: The high capacity of mmWave can be used to connect cell sites or other network nodes with very high data rates, creating a robust backbone for data transmission.
Short-Range Wireless Applications: In situations where high data speeds are needed over short distances, mmWave can be a good option. Examples include fixed wireless access for homes and businesses or high-speed data transfer between devices in close proximity.
Future Potential: As technology advances and infrastructure is developed to address the range limitations, mmWave has the potential to revolutionize wireless communication by enabling ultra-fast and reliable data transfer for various applications.
