In this paper, we demonstrated a 1 × 4 silicon photonic cascaded arrayed waveguide grating, which is fabricated on a SOI wafer with a 220 nm top Si layer and a 2µm buried oxide layer. The measured on-chip transmission loss of this cascaded arrayed waveguide grating is ~ 5.6 dB, including the fiber-to-waveguide coupling loss. The adjacent crosstalk is 33.2 dB. Compared to the normal single silicon photonic arrayed waveguide grating with a crosstalk of ~ 12.5 dB, the crosstalk of this device has been dramatically increased
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
We studied the impact of the lithography mask discretization on silicon arrayed waveguide grating (A...
In this paper, we demonstrated a 1 × 4 silicon photonic cascaded arrayed waveguide grating, which is...
Silicon integrated photonics has been at the forefront of research for complex applications such as ...
Integrated optical interconnect technology has reached a point in which academia and industry resear...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
Very compact arrayed waveguide gratings were fabricated in Silicon-on-Insulator us-ing CMOS compatib...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
We studied the impact of the lithography mask discretization on silicon arrayed waveguide grating (A...
In this paper, we demonstrated a 1 × 4 silicon photonic cascaded arrayed waveguide grating, which is...
Silicon integrated photonics has been at the forefront of research for complex applications such as ...
Integrated optical interconnect technology has reached a point in which academia and industry resear...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
The high interest for on-chip communications is driven by the possibility to exchange massive amount...
Very compact arrayed waveguide gratings were fabricated in Silicon-on-Insulator us-ing CMOS compatib...
International audienceArrayed waveguide gratings (AWGs) are used to accomplish complex functionaliti...
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
Silicon is the most ubiquitous material in the electronics industry, and is now expected to revoluti...
We studied the impact of the lithography mask discretization on silicon arrayed waveguide grating (A...