Ready, Set, Go for
5G Networks Everywhere
Universal Support for 5G Commercial Strategies
Expanding network coverage will be one of the key concerns for operators with the advent of 5G.
Samsung’s complete radio portfolio can facilitate a fast and smooth 5G deployment.
Samsung’s radio solutions provide a wide range of products that support various frequencies, output powers and antenna configurations.
Incredible Speeds and Capacity
from mmWave 5G
Samsung’s newly developed 5G mmWave radios are powered by in-house chipsets, RFICs and DAFE ASICs. The RFICs enable ultra-wideband support throughout the entire mmWave spectrum, including 24/26/28/39/42/47GHz. The DAFE ASIC enables digital and analog signal conversion and through our advancements in antenna and amplifier miniaturization, the size, weight, and power consumption of radios are reduced by 25% compared to a FPGA based module. Because the mmWave radios are so small and designed to be less obtrusive, they can be installed on street lamps or utility poles and fit into the surrounding environment. Depending on deployment situations, the 4T4R radios can be used for general coverage in dense and high capacity areas while 2T2R radios, supporting 360-degree coverage, can be used, for example, at street intersections to fill coverage holes or support data offloading.
5G Deployment at
New 5G frequencies in the below 6GHz spectrum (3.5GHz~4.5GHz) will be fully supported by Samsung’s radios. In particular, 8T8R 5G NR 3.5GHz radios are already available and are being deployed in Korea for operators’ commercial 5G NR networks. The 8T8R radios support flexible output paths and can support one 8T8R cell, two 4T4R cells or four 2T2R cells depending on deployment scenarios, so operators won’t have to physically install two or four radios and can save installation, operation and maintenance costs.
(8T8R, 2X4T4R Supports)
Future-proof Solutions with
Simultaneous LTE-5G Operations
Samsung’s solution enables a gradual and smooth migration to 5G through software feature upgrades in frequencies that are currently being used for LTE while keeping the existing hardware. For example, the 8T8R radio can operate in a split mode, to be used to support a 4T4R LTE cell and a 4T4R 5G cell simultaneously. The dual band radio, which supports two carriers in one unit, can also support flexible LTE/5G simultaneous operation with one carrier supporting LTE and the other 5G. Dynamic Spectrum Sharing(DSS) will give more room for operators to adjust between LTE and 5G by operating the two technologies in the same frequency and dynamically switching between the two technologies depending on traffic.