Diseño e Implementación de un sistema de tráfico óptico a 10 Gbps para la empresa Complementos Electrónicos S.A.

Complementos Electronicos S.A.3 needed a training tool to train the staff in technologies based on optical networks at 10Mbps, 100 Mbps, 1000 Mbps, 10 Gigabit Ethernet (GbE), and besides it explain the operation of the 10G EPON (Ethernet Pasive Optical Network), along with the elements that compose it. It was investigated and measured the performance of optical traffic system with "Ether10.Genius ALBEDO Telecom4" equipment, in a simulation environment to determine how much affects the optical Ethernet traffic with two different types of degradations that can be generated with this equipment. These degradations verified the capacity of the system in a simulation’s optical Ethernet traffic environment can handle. The results determined in two types of degradation: the first event inserted was an undersized frame of the minimum size (64 bytes). The inclusion of this event determine the theoretical limit of the canal’s capacity for each frame size, that is, a normal throughput with a frame of 256 bytes, the theoretical speed is 9275,363328 Mb /s, in the moment which the corrupt frames were inserted, with a smaller size, the speed decreases according to the percentage of the inserted error, that is, if it was inserted an event at 5%, the speed will decrease by 5 %. It should be noted that the throughput limit must not exceed 90 % of degradation according to standard. The second degradation is an IPv4 checksum that generates an incorrect IP header, which is reflected in the corrupt optical Ethernet traffic generation, this event was inserted in burst mode 50 frames per press of the “event key”, when the event was inserted to the RFC 2544 test, it fails because the recovery time reaches its maximum allowed time that is 22 ms.

• Tác giả chính: Calvache Espín, Jorge Luis (author)
• Định dạng: bachelorThesis
• Ngôn ngữ: spa
• Được phát hành: 2016
• Những chủ đề: CONTROL AUTOMÁTICO; REDES DE COMPUTADORES; SOFTWARE DE COMUNICACIONES; FIBRA ÓPTICA
• Truy cập trực tuyến: http://dspace.ups.edu.ec/handle/123456789/13079