Abstract
A high-speed data transmission system using half mode substrate integrated waveguide (HMSIW) is proposed in this paper. The HMSIW transmits the signal by TE 0.5,0 mode so the channel bandwidth is from the cutoff frequency of TE 0.5,0 mode to the cutoff frequency of TE 1.5,0 mode. In contrast, the traditional SIW transmits the signal by TE 10 mode and the channel bandwidth is from the cutoff frequency of TE 10 mode to the cutoff frequency of TE 20 mode. Therefore, the bandwidth of the proposed HMSIW is 2 times larger than that of the traditional SIW with 2 times waveguide width of HMSIW. Comparison between the interconnect systems based on HMSIW and SIW shows that the HMSIW-based interconnect system has a better performance in high-speed data transmission. The data transmission rate of the proposed HMSIW system can reach up to 7.5 Gbps while that of the traditional SIW system is only 5Gbps with the same condition.
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