5g development with matlab technology and Design

simulation speed
of traditional antenna design tools is slow for 
large antenna arrays. 
• It is 
difficult to simulate
the antenna coupling. 
• 
Hybrid beamforming
is needed to optimize the number of the RF 
chains. 
See Section 2 for details on design architectures and algorithms. 
A massive MIMO antenna array for a Huawei 5G field trial.

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11
5G Development with MATLAB
Fast Prototyping of 5G Systems
with Hardware Testbeds
Engineers working on 5G designs have realized the value of rapid 
design iterations and of placing proof-of-concept prototypes in 
field trials quickly. Hardware testbeds employed as flexible and 
reconfigurable design platforms have proven to be dependable and 
efficient for the rapid design and verification of new concepts, as 
well as for their deployment in precommercial field trials. The tools 
and workflows that interface to testbeds must support rapid design 
iterations and rapid deployment of new algorithms or design changes.
A fast prototyping workflow is discussed in Section 3. 

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Learn More
Ready for a deeper dive? Explore these resources to learn more about 5G 
technology developement and design.
Watch
Design 5G Wireless Technologies with MATLAB and Simulink Chalk Talk (32:00)
Explore
5G Wireless Technology Development
Read
Advancing the 5G Wireless Standard at Convida Wireless: An Insider Look

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2. New Architectures and Algorithms

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