Halo, Tutorialpintar! Pada kesempatan ini, kita akan membahas mengenai pembagian serat optik berdasarkan karakteristiknya. Serat optik adalah suatu medium transmisi yang digunakan untuk mentransfer sinyal optik dari satu tempat ke tempat lain dengan menggunakan prinsip pantulan total internal. Terdapat beberapa jenis pembagian serat optik berdasarkan karakteristiknya yang perlu kita ketahui. Berikut adalah penjelasan mengenai pembagian serat optik berdasarkan karakteristiknya.
A. Pembagian Berdasarkan Mode Penyebaran Cahaya
1. Single Mode Fiber (SMF)
2. Multimode Fiber (MMF)
3. Graded-Index Fiber (GI)
4. Step-Index Fiber (SI)
5. Multimode Step-Index Fiber (MSI)
6. Multimode Graded-Index Fiber (MGI)
7. Multimode Graded-Step-Index Fiber (MGS)
8. Multimode-Step-Index with Cladding Decay Fiber (MSCD)
9. Multimode Graded-Step-Index with Cladding Decay Fiber (MGSCD)
B. Pembagian Berdasarkan Bahan Core
1. Glass-Core Fiber (GCF)
2. Plastic-Core Fiber (PCF)
3. Silicon-Core Fiber (SiCF)
4. Polymer-Core Fiber (PCF)
5. Liquid-Core Fiber (LCF)
6. Carbon-Core Fiber (CCF)
7. Hollow-Core Fiber (HCF)
8. Photonic Crystal Fiber (PCF)
9. Negative Index Fiber (NIF)
C. Pembagian Berdasarkan Geometri
1. Circular Core Fiber
2. Elliptical Core Fiber
3. Offset Core Fiber
4. Rectangular Core Fiber
5. Flat Fiber
6. Square Fiber
7. Octagonal Fiber
8. Microstructure Fiber
9. Triangular Fiber
D. Pembagian Berdasarkan Panjang Gelombang Operasi
1. Multimode Fiber (MMF)
2. Single Mode Fiber (SMF)
3. Dispersion-Shifted Fiber (DSF)
4. Nonzero Dispersion-Shifted Fiber (NZDSF)
5. Wideband Fiber (WB)
6. Photonic Crystal Fiber (PCF)
7. Nonlinear Fiber (NLF)
8. Zero Dispersion Fiber (ZDF)
9. Birefringent Fiber
E. Pembagian Berdasarkan Aplikasi
1. Fiber Optic Communication
2. Fiber Optic Sensors
3. Fiber Optic Lighting
4. Fiber Optic Imaging
5. Fiber Optic Power Transmission
6. Fiber Optic Data Storage
7. Fiber Optic Cable Television
8. Fiber Optic Medical Applications
9. Fiber Optic Industrial Applications
F. Pembagian Berdasarkan Konfigurasi Serat
1. Simplex Fiber
2. Duplex Fiber
3. Multi-Fiber Fiber
4. Loose-Tube Cable
5. Tight-Buffered Cable
6. Ribbon Fiber Cable
7. Composite Fiber Cable
8. Armored Fiber Cable
9. Ribbon Spliced Ribbon Cable
G. Pembagian Berdasarkan Umur
1. Conventional Fiber
2. Second Generation Fiber
3. Third Generation Fiber
4. Fourth Generation Fiber
5. Fifth Generation Fiber
6. Sixth Generation Fiber
7. Seventh Generation Fiber
8. Eighth Generation Fiber
9. Ninth Generation Fiber
H. Pembagian Berdasarkan Perawatan
1. Bend-Insensitive Fiber
2. Polarization-Maintaining Fiber
3. Waterproof Fiber
4. Submarine Optical Fiber
5. Aerial Optical Fiber
6. Direct Buried Optical Fiber
7. Indoor Optical Fiber
8. Outdoor Optical Fiber
9. Plenum Optical Fiber
I. Pembagian Berdasarkan Kapasitas
1. Single Fiber
2. Multi-Fiber
3. Low-Count Fiber Cable
4. High-Count Fiber Cable
5. High-Density Fiber Cable
6. Ultra-Density Fiber Cable
7. Exceeding-Count Fiber Cable
8. Terabit Fiber Cable
9. Petabit Fiber Cable
J. Pembagian Berdasarkan Kedalaman Penyelaman
1. Shallow-Water Fiber
2. Mid-Water Fiber
3. Deep-Water Fiber
4. Ultra-Deep-Water Fiber
5. Subsea Long-Haul Fiber
6. Subsea Regional Fiber
7. Subsea Distribution Fiber
8. Subsea Branch Fiber
9. Subsea Drop Fiber
K. Pembagian Berdasarkan Jumlah Inti dan Mantel
1. Single-Core Fiber
2. Dual-Core Fiber
3. Few-Mode Multi-Core Fiber
4. Multi-Mode Multi-Core Fiber
5. Shaped-Core Fiber
6. Few-Mode Fiber
7. Bessel Fiber
8. Multicore Multi-Mode Fibers (MC-MF)
9. Multimode Multicore Fiber (MM-MCF)
L. Pembagian Berdasarkan Kekuatan Serat
1. Standard Strength Fiber
2. Highly Durable Fiber
3. Super-High Strength Fiber
4. Ultra-High Strength Fiber
5. Ultrabendable Fiber
6. Straightened Fiber
7. Patterned Fiber
8. Carbon Fiber
9. Aramid Fiber
M. Pembagian Berdasarkan Harga
1. Low-Cost Fiber
2. Economical Fiber
3. Budget-Friendly Fiber
4. Mid-Range Fiber
5. Affordable Fiber
6. High-Quality Fiber
7. Premium Fiber
8. Luxury Fiber
9. High-End Fiber
N. Pembagian Berdasarkan Penanganan Cahaya
1. Fiber With Cladding Decay Fiber
2. Fiber With Double-Cladding Fiber
3. Fiber With Thinned Fiber
4. Fiber With Zoom Fiber
5. Fiber With Nanostructures Fiber
6. Fiber With Portal Fiber
7. Fiber With Tapered Fiber
8. Fiber With Infiltrated Fiber
9. Fiber With Metamaterials Fiber
O. Pembagian Berdasarkan Konstruksi
1. Loose Tube Fiber
2. Filled Loose Tube Fiber
3. Steel Tape Armored Fiber
4. Nonmetallic Strength Member Fiber
5. Double Jacket Fiber
6. Central Tube Fiber
7. Air-Blown Fiber
8. Spider Web Ribbon Fiber
9. ADSS (All-Dielectric Self-Supporting) Fiber
P. Pembagian Berdasarkan Keamanan
1. Fiber With Polymer-Coated Fiber
2. Fiber With Metal-Coated Fiber
3. Fiber With Metal-Coated Polymer-Coated Fiber
4. Fiber With Hollow-Core Fiber
5. Fiber With Quantum Secrets Fiber
6. Fiber With Encrypted Fiber
7. Fiber With Quantum Cryptography Fiber
8. Fiber With Secure Fiber
9. Fiber With Spyproof Fiber
Q. Pembagian Berdasarkan Konfigurasi
1. Duplex Fiber
2. Simplex Fiber
3. Multi-Fiber Fiber
4. Patchcord Fiber
5. Pigtails Fiber
6. Fan-Out Fiber
7. Loopback Fiber
8. Harness Fiber
9. Ribbon Fiber
Demikianlah pembagian serat optik berdasarkan karakteristiknya. Setiap jenis serat optik memiliki kelebihan dan kekurangan masing-masing. Dalam memilih serat optik yang sesuai dengan kebutuhan, pelajari dengan seksama karakteristik dari setiap jenis serat optik. Semoga informasi ini dapat bermanfaat bagi kamu yang tertarik atau sedang belajar tentang serat optik. Terima kasih telah membaca!