IMPLEMENTATION OF MIMO-OFDM 10X10 AS 5G PHYSICAL LAYER ON 3.5 GHZ FREQUENCY USING SOFTWAREDEFINED RADIO
The 5G mobile network standard aims to provide a link capable of ten times the speed of previous generations. To achieve this standard there are plenty of new technologies being developed, many of them concerning the physical layer of radio access networks. This final capstone project aims to dev...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/56888 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | The 5G mobile network standard aims to provide a link capable of ten times the
speed of previous generations. To achieve this standard there are plenty of new
technologies being developed, many of them concerning the physical layer of radio
access networks. This final capstone project aims to develop two core technologies
that can be used in 5G networks namely OFDM and also MIMO.
The physical layer implemented in this project uses CP-OFDM modulation with
10x10 MIMO. The MIMO configuration uses a 2x2 Alamouti coding which are then
distributed across five independent channels therefore using ten antennas. The
physical layer is implemented on an SDR platform which provides a degree of
flexibility. Trials and measurements of the system shows that the sollution falls short
of the 5G standard in terms of throughput. However, it is shown that the usage of
MIMO will increase the reliability of communication link.
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