作　　者： (冯振华）; (计红林）; (唐明）; (义理林）; (甘霖）; (薛雷）; (吴琼）; (李博睿）; (赵佳佳）; (童维军）; (付松年）; (刘德明）; (胡卫生）;

机构地区： Wuhan National Lab for Optoeleetronics （WNLO） ＆ National Engineering Laboratory for Next Generation InternetAccess System, School of Optical and Electronic Information, Huazhong University of Science and Technology, Wuhan, 430074, China

出　　处： 《Chinese Optics Letters》 2017年第8期12-16,共5页

摘　　要： With the increasing capacity demands fueled by the emerging heterogeneous and bandwidth-intensive applica- tions, such as cloud computing, 4K/8K videos, and virtual reality （VR）, the need for low-cost, power-efficient, and high-density short-reach optical interconnects operating at 100 Gb/s and beyond has drawn significant research efforts. With the increasing capacity demands fueled by the emerging heterogeneous and bandwidth-intensive applica- tions, such as cloud computing, 4K/8K videos, and virtual reality （VR）, the need for low-cost, power-efficient, and high-density short-reach optical interconnects operating at 100 Gb/s and beyond has drawn significant research efforts.