B&R 8V1090.00-2 Servo Drive

Description

In the era of big data, the primary challenge for B&R 8V1090.00-2 mobile access networks comes from the challenge of wireless network capacity. How should we respond to a thousand fold increase in capacity? This is a global issue that requires the joint efforts of government regulatory agencies, industry, and operators to provide a comprehensive solution. Here are three main methods briefly introduced.

“Spectrum is king” is not an exaggeration for mobile operators. At the national level, with sufficient frequency resources, B&R 8V1090.00-2 determines the fundamental basis for a network to carry mobile broadband data traffic. In the 2G/3G era, the public mobile communication frequency in most countries around the world is between 300MHz and 400MHz. Analysis shows that future networks will require approximately 1500MHz of frequency resources. On a global scale, in addition to expanding towards higher frequencies (such as 3.5GHz), allocating lower quality spectrum to public mobile communication is also a major direction (such as 700MHz for traditional television services). In addition, the allocation of controlled spectrum sharing that has recently emerged internationally (in terms of time and geography) can further improve spectrum utilization.

For operators, frequency is a strategic resource. How to obtain more cheap and high-quality frequency resources is particularly important. In addition, the degree of globalization and coordination of B&R 8V1090.00-2 frequency resources directly leads to the robustness of the global industrial chain in specific frequency bands and international roaming capabilities, resulting in uneven distribution of mobile broadband data traffic in different frequency bands. Simply put, due to economies of scale, the frequency band of globalization coordination will naturally receive priority support from the global industrial chain (especially high-end terminals), thereby obtaining priority growth in data traffic. A direct result is that operators who obtain this frequency band will have an inherent competitive advantage.