جهت دسترسی به کاربرگه ی زیر، از این لینک استفاده کنید. http://localhost/handle/Hannan/606974
عنوان: Multiple-Input Multiple-Output Enabled Large Bandwidth Density On-Chip Optical Interconnect
پدیدآورنده: Po-Kuan Shen;Amir Hosseini;Xiaochuan Xu;Yongqiang Hei;Zeyu Pan;Ray T. Chen
کلید واژه ها: Optical waveguides|optical interconnections|silicon photonics
تاریخ انتشار: 2016
ناشر: IEEE
چکیده: We propose to apply the multiple-input multiple-output (MIMO) from wireless communication to high density on-chip optical interconnect. MIMO makes it possible to reduce the waveguide pitch to subwavelength range and uses the crosstalk to improve system performance. The proposed N×N on-chip MIMO system consists of transmitter, high-density waveguides, homodyne coherent receivers, and electrical signal processing components. As an example, a 10×10 MIMO system with waveguide spacing of 250 nm is simulated. The possibility of data transmission at 10 Gb/s/channel from high-density waveguide array is numerically investigated. The minimum input optical power for the BER of 10-12 can reach -18.1 dBm. The BER is better than 10-12 when there is a phase shift of 73.5°. Compared to the conventional parallel waveguides with 2-μm pitch, the bandwidth density can be enhanced from 5 to 13.33 Gbit/μm/s at 10 Gb/s by using the MIMO techniques.
آدرس: http://localhost/handle/Hannan/147834
http://localhost/handle/Hannan/606974
ISSN: 0733-8724
1558-2213
دوره: 34
شماره: 12
مجموعه(های):2016

پیوست های این کاربرگه
فایل توضیحات اندازهفرمت  
7403844.pdf547.71 kBAdobe PDFتصویر
مشاهده فایل
عنوان: Multiple-Input Multiple-Output Enabled Large Bandwidth Density On-Chip Optical Interconnect
پدیدآورنده: Po-Kuan Shen;Amir Hosseini;Xiaochuan Xu;Yongqiang Hei;Zeyu Pan;Ray T. Chen
کلید واژه ها: Optical waveguides|optical interconnections|silicon photonics
تاریخ انتشار: 2016
ناشر: IEEE
چکیده: We propose to apply the multiple-input multiple-output (MIMO) from wireless communication to high density on-chip optical interconnect. MIMO makes it possible to reduce the waveguide pitch to subwavelength range and uses the crosstalk to improve system performance. The proposed N×N on-chip MIMO system consists of transmitter, high-density waveguides, homodyne coherent receivers, and electrical signal processing components. As an example, a 10×10 MIMO system with waveguide spacing of 250 nm is simulated. The possibility of data transmission at 10 Gb/s/channel from high-density waveguide array is numerically investigated. The minimum input optical power for the BER of 10-12 can reach -18.1 dBm. The BER is better than 10-12 when there is a phase shift of 73.5°. Compared to the conventional parallel waveguides with 2-μm pitch, the bandwidth density can be enhanced from 5 to 13.33 Gbit/μm/s at 10 Gb/s by using the MIMO techniques.
آدرس: http://localhost/handle/Hannan/147834
http://localhost/handle/Hannan/606974
ISSN: 0733-8724
1558-2213
دوره: 34
شماره: 12
مجموعه(های):2016

پیوست های این کاربرگه
فایل توضیحات اندازهفرمت  
7403844.pdf547.71 kBAdobe PDFتصویر
مشاهده فایل
عنوان: Multiple-Input Multiple-Output Enabled Large Bandwidth Density On-Chip Optical Interconnect
پدیدآورنده: Po-Kuan Shen;Amir Hosseini;Xiaochuan Xu;Yongqiang Hei;Zeyu Pan;Ray T. Chen
کلید واژه ها: Optical waveguides|optical interconnections|silicon photonics
تاریخ انتشار: 2016
ناشر: IEEE
چکیده: We propose to apply the multiple-input multiple-output (MIMO) from wireless communication to high density on-chip optical interconnect. MIMO makes it possible to reduce the waveguide pitch to subwavelength range and uses the crosstalk to improve system performance. The proposed N×N on-chip MIMO system consists of transmitter, high-density waveguides, homodyne coherent receivers, and electrical signal processing components. As an example, a 10×10 MIMO system with waveguide spacing of 250 nm is simulated. The possibility of data transmission at 10 Gb/s/channel from high-density waveguide array is numerically investigated. The minimum input optical power for the BER of 10-12 can reach -18.1 dBm. The BER is better than 10-12 when there is a phase shift of 73.5°. Compared to the conventional parallel waveguides with 2-μm pitch, the bandwidth density can be enhanced from 5 to 13.33 Gbit/μm/s at 10 Gb/s by using the MIMO techniques.
آدرس: http://localhost/handle/Hannan/147834
http://localhost/handle/Hannan/606974
ISSN: 0733-8724
1558-2213
دوره: 34
شماره: 12
مجموعه(های):2016

پیوست های این کاربرگه
فایل توضیحات اندازهفرمت  
7403844.pdf547.71 kBAdobe PDFتصویر
مشاهده فایل