OFDM Wireless Communication MATLAB Projects consist of smart brain teams to make it happen. In brief Orthogonal Frequency Division Multiplexing (OFDM) stands for dealing out the digital signal in the field of telecommunication. The wireless is the key that is spread worldwide, and it supports from 4G to 5G and beyond. Get more information to implement OFDM Wireless Communication matlab projects with the guidance from experts for your research work. In fact it aids some types of modulations such as analog, digital, hierarchical, and more.
The data streams split into many number of substreams and then sent in parallel that lows down interference at a higher data rate. In common, the OFDM allows voice, video, and other data. Till now, the two joint issues in this topic is 1. High PAPR, and 2. Offset and drift sensitive. From now on, it also has a few advantages as below.
Three Main Features And Their Benefits In OFDM
- Orthogonal sub carrier – High spectral efficiency
- Guard interval – For low ISI
- Time Synchronization – Low sensitivity
- Cyclic prefix – Short delay spread
At this instant, the OFDM is for TV, internet access, wireless mobile communication, and many more. As a matter of fact, it instantly creates modulation for OFDM on behalf of index, shape, and others. To sum up, the multiple narrowband channels give service for all high capacity networks.
Emerging Orthogonal Frequency Division Multiplexing Areas
- 5G with massive MIMO
- Cellular network
- Narrow band Internet of Things
- Visible Light Communication
- Underlay cognitive radio network
- Underwater acoustic communication
Our OFDM Wireless Communication MATLAB Projects have their view on both 2D as well as 3D. Sooner or later, the 3D OFDM is yet to come in this field. Besides this, the OFDM uses 16QAM, 64 QAM, 256QAM, and etc. To one side of this, all the other new topics are here.
What Are The Standards Uses OFDM?
- IEEE 802.11a – WiFi at 5 to 6 GHz
- IEEE-802.11g –WiFi at 2.4 GHz
- IEEE 802.11p – DSRC at 5.9 GHz
- IEEE 802.11j – WLAN at 4.9 to 5 GHz
By now, the OFDM Massive MIMO MATLAB with SIMULINK works on all the waveforms with parameters as FFT, CP length, number of antennas, and more. Without delay, we like to show all the points of our crew in MATLAB and OFDM. Let’s give you a gist on tools and topics.
Peculiar MATLAB Toolboxes for OFDM
- Channel coding
Instrument control toolbox
- LTE and 5G
- TCP/IP and also UDP
- Uplink and also downlink channels
- RF design
- End-to-end communication
Advanced Modulation For OFDM Wireless Communication MATLAB Projects
- Intensity modulation
- Adaptive power modulation
- GSFIM and STSK
All in all, our team has full ideas; hence we bring out the future. As soon as you reach us, you will see your victory.