Creation of a broadband network based on gpon technology qualification work of bachelor


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aNNОTATSIYA
O'zbekistonda axborot va telekommunikatsiya texnologiyalari keng rivojlanmoqda. Ayniqsa, keyingi yillarda MPLS Multi-Protocol Label Switching - bu IETF Integrated Services Ishchi guruhi tomonidan ishlab chiqilgan texnologiya. Bu mavjud bo'lgan ko'lamini sezilarli darajada kengaytiradigan, trafikni qayta ishlash tezligini oshiradigan va qo'shimcha xizmatlar uchun ulkan imkoniyatlarni ta'minlaydigan yangi magistral arxitektura xisoblanadi.

Аннотация
В Узбекистане широко развиваются информационно-телекоммуникационные технологии. Особенно в последующие годы Многопротокольная коммутация по меткам MPLS – технология, разработанная рабочей группой по созданию интегрированных услуг IETF. Это новая архитектура построения магистральных сетей, которая значительно расширяет имеющиеся перспективы масштабирования, повышает скорость обработки трафика и предоставляет огромные возможности для организации дополнительных услуг.

THE SUMMARY
Information and telecommunications technologies are widely developed in Uzbekistan. Especially in the following years, Multiprotocol Label Switching (MPLS) is a technology developed by the IETF Integrated Services Working Group. This is a new architecture for building backbone networks, which significantly expands the existing prospects for scaling, increases the speed of traffic processing and provides huge opportunities for organizing additional services.
CONTENTS



INTRODUCTION 7
1. TYPES OF TECHNOLOGIES FOR ORGANIZING BROADBAND SUBSCRIBER ACCESS 9
1.1 Types of Broadband Connections 9
1.2 Technologies of broadband subscriber access on copper core communication cables 12
1.3 Active broadband access 14
1.4 Passive broadband access 17
2.1 GPON technology 20
2.2 GEPON Technology 21
2.3 Metro Ethernet And PON Technologies 22
3. PON NETWORK ARCHITECTURE 25
3.1. Features of the transmission medium 25
3.2. "Passive" technology 29
3.3. Ways to implement PON technology 33
3.4. Calculation of the attenuation of a section of the Fergana-Motrudiy st. 35
3.5. Principles of configuring a PON network 40
3.6. Next-generation PON 44

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