Mission Critical Communication Market Share

Mission Critical Communication Market Share Analysis

LTE-Advanced, an advanced cellular network standard, goes beyond the capabilities of regular LTE networks by providing even higher data throughput. While LTE networks can deliver data at speeds of up to 300 MB per second, LTE-Advanced takes it up a notch, offering speeds of up to 1 GB per second. The difference lies in the bandwidths they support: LTE networks cover 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, and 20 MHz, whereas LTE-Advanced supports a broader 70 MHz downlink and 40 MHz uplink bandwidth.

This increased capacity allows for faster data transmission. LTE-Advanced employs multiple-input multiple-output (MIMO) technology to send data more efficiently through one or more signals, contributing to its higher data rate, greater spectrum efficiency, and two times higher theoretical throughput compared to LTE. These advancements position LTE-Advanced as a significant player in the communications industry, attracting attention from various countries looking to deploy LTE-Advanced public safety solutions in the coming years. Another noteworthy development in the realm of communication technology is the emphasis on mission critical communications within the 3GPP Release, particularly due to the ultra-high-reliability and low-latency communications (URLLC) features of 5G. This new standard enables emergency services to upgrade from outdated radio systems to more modern communication means available to smartphone users.

The key requirement for mission-critical systems is real-time capability with minimal network delay, crucial for building trust in communication systems, especially in life-threatening situations. 5G brings about a paradigm shift in mission-critical networks, expanding beyond the traditional Push-to-Talk functionality to include advanced features like Push-to-Video, video sharing, group chat, file sharing, and location sharing. This evolution ensures that mission-critical scenarios are given the priority they deserve. The combination of 5G with Multi-Access Edge Computing (MEC) further enhances the capabilities of these networks.

MEC brings content and applications closer to the network edge, resulting in more efficient, dependable, and cost-effective services. By reducing the need to transmit all data to the cloud for processing, MEC allows the network edge to analyze processes and store data locally. This proximity to the customer minimizes latency and provides real-time performance for high-bandwidth applications. These technological advancements during the forecast period are expected to open up numerous growth opportunities in the communication industry.

As 5G and MEC become more prevalent, a broader range of applications and use cases will emerge, delivering efficient, safer, and cost-effective solutions through commercial mobile networks with specific mission-critical capabilities. In conclusion, LTE-Advanced and the integration of mission-critical features in 5G represent significant advancements in communication technology. The higher speeds, increased bandwidth, and low-latency capabilities offered by these standards contribute to more reliable and efficient communication, especially in critical situations. As countries gear up to deploy LTE-Advanced public safety solutions and the adoption of 5G with mission-critical capabilities gains momentum, the forecast period is expected to witness substantial growth in the communication industry.