AGTGSS serves and provides complete system integration of RAN & ORAN compliant RU’s for telcos, enabling ‘True G Speeds’ to the industry. Speed tests shows other 5G service providers results in Mbps (Megabits per second), which is not a 'True G speed'. This in reality should be at least 1 Gbps (Gigabits per second). AGTGSS provides Managed Services, Cyber Security, Cloud Services, Data Sciences and Telco Cloud Services.
Amplitech's Cat B ORAN 64T64R has completed its prototype phase achieving ORAN capabilities and currently in test for additional KPI's and reliability performance studies. From 4T4R to 64T64R RAN-ORAN solutions, including CU/DU, full maintenance and service capabilities. Our Radio Network differentiates in providing extended range coverage by using its own Front End Modules with Dual Channel Switch, Power Amplifier and Low Noise Amplifier technology from our AmpliTech Group MMIC Design Center.
The Radio Access Network (RAN) is a critical component of a mobile telecommunications system. It encompasses the equipment and technology that connect individual devices, like smartphones or other mobile devices, to the core network. In simpler terms, RAN is responsible for the communication between your mobile device and the rest of the network infrastructure.
Amplitech's latest 5G product, a Cat B ORAN 64T64R has completed its prototype phase, successfully accomplishing ORAN capabilities (test results available) and currently in test for additional KPI's and reliability performance studies. From 4T4R to 64T64R RAN-ORAN solutions, including CU/DU, full maintenance and service capabilities. Our Radio Network differentiates in providing extended range coverage by using its own design of highly integrated Front End Modules with Dual Channel Switch, Power Amplifier and Low Noise Amplifier technology from our AmpliTech Group MMMIC Design Center.
These fully designed in house 5G ORAN radios are made with our own 5G MMIC chips, enabling our radios to achieve higher area coverages without compromising signal speed!
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A simplified version of a typical satellite receiver system is shown in Figure 1 above. The figure of merit for the entire system, i.e., the most important characteristic that defines how well the system will work when receiving faint signals from the satellites, or other networks is the G/T, or “Gain over Temperature”. The higher the G/T, the lower the loss of data, and the higher the fidelity of the signal, and the better the quality of the overall receiver.
AGTGSS NEW PRODUCT INTRODUCTION!
Multiple satellite links feed small cell and ground station networks for cloud data access
U.S. currently has 220,000 cell towers, but will need Million+ towers for 5G
Over 6 million small/micro cells expected to be deployed or upgraded in 2020 growing to 10+ million in 2025
Over 75 billion devices requiring an internet connection is expected by 2025
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