Mata Kuliah ET3201 - 2024

Kode Mata KuliahET3201 / 3 SKS
Penyelenggara181 - Teknik Telekomunikasi / STEI
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahJaringan OptikOptical Networks
Bahan Kajian
  1. Prinsip sistem komunikasi digital
  2. Karakteristik optik dan jaringan optik
  3. Desain Rekayasa
  4. Jaringan inti dan akses
  5. WDM, LED
  6. Komunikasi lisan
  1. Principles of digital communication systems
  2. Optical characteristic and fiber network
  3. Engineering Design
  4. Core and access networks
  5. WDM, LED
  6. Verbal communication
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Kemampuan untuk menerapkan hubungan ilmiah dan matematis (prinsip atau hukum) dan masukan yang diperlukan untuk masalah mengenai jaringan inti dan akses dan sistem komunikasi dijital
  2. Kemampuan menganalisis masalah / mengidentifikasi peluang untuk menghasilkan pernyataan masalah desain
  3. Kemampuan mengidentifikasi batasan untuk menghasilkan persyaratan desain mengenai jaringan inti dan akses dan sistem komunikasi dijital
  4. Kemampuan mengidentifikasi dan merumuskan permasalahan teknik mengenai jaringan inti dan akses dan sistem komunikasi dijital
  5. Kemampuan mempersiapkan dan mempresentasikan teknis presentasi secara lisan melalui berbagai media
  6. Kemampuan berbagi dan mengevaluasi kemajuan dalam diskusi kelompok
  7. Kemampuan mengumpulkan informasi tentang pengetahuan baru melalui media yang tersedia mengenai jaringan inti dan akses dan sistem komunikasi dijital
  1. Ability to apply scientific and mathematical relationships (principles or laws) and necessary input to problems concerning core networks and access and digital communications systems
  2. Ability to analyze problems / identify opportunities to produce design problem statements
  3. Ability to identify constraints to generate design requirements regarding core and access networks and digital communications systems
  4. Ability to identify and formulate technical problems regarding core networks and access and digital communication systems
  5. Ability to prepare and present technical presentations orally through various media
  6. Ability to share and evaluate progress in group discussions
  7. Ability to gather information about new knowledge through available media regarding core networks and access and digital communication systems
Metode PembelajaranCeramah Diskusi kelompok Pembelajaran berbasis Masalah/Studi KasusLecture Group discussion Problem/Case Study based learning
Modalitas PembelajaranLuring Sinkron Daring Asinkron BauranSynchronous Offline Asynchronous Online Hybrid
Jenis NilaiABCDE
Metode PenilaianKuis, Tugas Kelompok, UTS, UASQuizzes, Group Assignments, Mid-semester Exam, Final Exam
Catatan TambahanSilabus mata kuliah : 1. Pentingnya komunikasi menggunakan gelombang cahaya, Pita Spektrum Optik, Konsep dasar komunikasi data, Network Information Rates 2. Konsep WDM, Elemen penting sistem komunikasi serat optik, Standard sistem komunikasi optik, alat bantu pemodelan dan simulasi 3. Sifat cahaya, hukum dasar optik dan definisi; Mode dan konfigurasi pada serat optik; Single-mode Fibers; Graded-index Fiber 4. Struktur; Material serat optik; Photonic Crystal Fibers;Fabrikasi serat; Sifat mekanik serat; Kabel serat optik 5. Redaman, distorsi sinyal dalam serat optik, karakteristik serat single-mode, standard Internasional, serat-serat khusus 6. LED, Dioda laser, line coding, linieritas sumber optik, pertimbangan keandalan; Modal, Partition, dan Reflection Noise; mekanisme penyaluran daya dari sumber ke serat, fiber splicing, konektor serat optik 7. Overview, Noise, Response Time, diagram mata (eye diagrams), Digital Receivers 8. Point to Point Links, Power Budget, Rise Time Limit 9. Line Coding 10. Konsep dan komponen WDM 11. SONET/SDH, BLSR, UPSR 12. Broadcast and Select WDM Networks 13. Standard pengukuran, Perangkat dasar pengukuran, Pengukuran Daya Optik, 14. Karakterisasi serat optik, Eye Diagram Tests, Optical Time-Domain Reflectometer (OTDR), Optical Performance MonitoringCourse syllabus : 1. The importance of optical communication system, optical spectrum band, data communication basics, network information rates 2. WDM concepts, main components of optical communication system, standards, modeling tools and simulations 3. Optical properties, basic optical laws and definitions; modes and optical fiber configurations; single-mode fibers; gradded-index fibers 4. Structure; optical fiber material; Photonic Crystal Fibers; fiber fabrication; fiber mechanical properties; optical fiber cable 5. Attenuation, signal distortion, single-mode fiber characteristics, International standards, special fiber 6. LED, laser diode, line coding, light sources linearity, reliability; Modal, Partition, and Reflection Noise;Power Launching and Coupling;fiber splicing, connectors 7. Noise, Response Time, eye diagram, Digital Receivers 8. Point to Point Links, Power Budget, Rise Time Limit 9. Line Coding 10. WDM concepts and components 11. SONET/SDH, BLSR, UPSR 12. Broadcast and Select WDM Networks 13. Meassurement standardz 14. Fiber optic characterization