CAJ | 학술논문

提出采用塑料光纤接入技术实现室内100m全光网络光纤到桌面的一种可行方案，针对全光系统中的全塑料光口接入的ONU端口和全塑料光口的交换机两个部分进行了重点讨论与研究。该塑料全光系统相对石英光纤接续方便、便于敷设；相对网线抗干扰性强，成本较低，具有较强的先进性和实用性。
제출채용소료광섬접입기술실현실내100m전광망락광섬도탁면적일충가행방안，침대전광계통중적전소료광구접입적ONU단구화전소료광구적교환궤량개부분진행료중점토론여연구。해소료전광계통상대석영광섬접속방편、편우부설；상대망선항간우성강，성본교저，구유교강적선진성화실용성。
This study uses plastic optical fiber access technology to achieve all-optical network of the indoor 100 meters, the key points focus on the discussion and research for all-optical system in the following two parts: all-plastic optical port access ONU and all-plastic optical port switch. Compared to optical fiber, the plastic all-optical system is more convenient to be spliced and easier to be laid. Moreover, it has stronger anti-jamming capability and lower cost, which makes it more advanced and practical.