| Developers: | ZTE Corporation |
| Date of the premiere of the system: | 2020/02/20 |
| Branches: | Telecommunication and communication |
2020: Submission of the solution SuperDSS
On February 20, 2020 the ZTE Corporation company provided the development to SuperDSS - the solution for runtime allocation of a range in format "three-RAT". It is development it is relevant for creation and the implementing solution Magic Radio Pro, it creates conditions for sharing of a range of traditional ranges of FDD, "multi-RAT" against the background of "reformatting", under needs of a 5G. Providing a possibility of runtime allocation of a range between 2G/4G/5G in m 3G/4G/5G, the solution SuperDSS represents an optimal method of fast deployment of a 5G. Increase in an investment payback in frequency ranges becomes result, claim in ZTE.
According to the developer, the presented solution is a part of the Magic Radio Pro system from ZTE and supplements the existing products for "double RAT", providing to operators the increased flexibility in questions of deployment of 5G networks. SuperDSS from ZTE supports complete runtime allocation of a range in networks 2G/4G/5G or 3G/4G/5G at the same time in the ranges of 1800 MHz or 2100 MHz, providing spectrum use "on demand" by networks 2G or 3G, selecting the greatest possible volume of resources for needs of LTE and NR that guarantees optimal balance between traditional services of a voice communication and 5G.
Possibilities of the solution on the example of the range of 20 MHz: in the traditional systems at least one bearing UMTS is reserved under voice services at the expense of what services 4G/5G DSS can be performed only in the range of 15 MHz. When using the solution ZTE SuperDSS 3G, 4G and 5G can share all resources of the range of 20 MHz, and the range of the bearing UMTS can be adjusted in real time depending on requirements of service, emphasized in ZTE.
As noted in ZTE, the solution ZTE Magic Radio Pro represents an end-to-end system of runtime allocation of a range in a format "multi-RAT". Development provides runtime allocation of a range for seven scenarios using five technologies of a radio access (GSM, UMTS, LTE, NB-IoT and NR).
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