Tag: #Fiber Optics
Fiber Optics tag articles
74 articles
SPT-P2T13V3-40D Dual 3G-SDI Transmitter Module Application Solutions
Application solutions for SPT-P2T13V3-40D dual 3G-SDI transmitter module, including studio fiber extension, outdoor live broadcast signal backhaul, and OEM board reference designs
SPT-P2T13V3-40D Dual 3G-SDI SFP Transmitter Optical Module Technical Tutorial - S-Opto
Technical tutorial for SPT-P2T13V3-40D dual-transmitter SFP optical module, covering product principles, hardware wiring, power-on debugging, DDM diagnostics, and troubleshooting. 1310nm DFB laser, 40km transmission, supports SD-SDI/HD-SDI/3G-SDI.
SPTK-4740 Super Smart Fusion Splicer Product Guide - S-Opto
SPTK-4740 Super Smart Fusion Splicer features core alignment and cladding alignment technology, 5-second power-on time, 4-motor design, supports SM/MM/DS/NDS/G.657 fibers, splicing loss as low as 0.01dB, 4.3-inch color LCD screen, 5200mAh replaceable Li-battery, suitable for -10~50°C working environment.
SPFC-NH144M-4/6A Fiber Optic Splice Closure Product Guide - S-Opto
SPFC-NH144M-4/6A Fiber Optic Splice Closure serves as a termination point for feeder cable to connect with drop cable in FTTH network systems, featuring screwless sealing design, IP68 waterproof rating, IK09 impact resistance, 144-core splicing capacity, suitable for aerial/wall/pole mounting.
SPDF-O16SCS-PMPE/PMHPE Splitter Distribution Box Product Guide - S-Opto
SPDF-O16SCS-PMPE/PMHPE Splitter Distribution Box serves as a termination point for feeder cable to connect with drop cable in FTTx networks, integrating fiber splicing, splitting, distribution, storage and cable connection in one unit with IP65 waterproof rating.
AI Computing Power Drives Continuous Evolution of Optical Communication - S-Opto
AI large model training, intelligent computing center cluster interconnection, and cloud business expansion are reshaping the development logic of the optical communication industry. From 800G optical module large-scale deployment to 1.6T commercial introduction, from silicon photonics integration to hollow-core fiber innovation, optical-electrical interconnection has become an indispensable underlying artery of computing infrastructure.
Practical Guide to Fiber Optic Communication Fundamentals
This is an engineering-oriented technical tutorial based on ITU-T and TIA industry standards with no fabricated parameters, suitable for foreign trade product blogs, pre-sales technical documentation, and engineering入门 learning. Covers fiber classification, core components, splicing process, end-face inspection, link testing, loss and dispersion, and troubleshooting.
SPFC-NV-12M-2/2M Fiber Optic Closure
Small Horizontal Splice Type, up to 12 Cores, 2IN 2OUT, meets YD/T814-2001 standard, IP65 protection
SPFC-NH-xxM-2/2C Fiber Optic Closure — Horizontal Splice Type, up to 144 Cores, 2IN 2OUT
SPFC-NH-xxM-2/2C fiber optic closure meets YD814.1-2004 standard with high-strength ABS housing. Supports 1:8 to 1:16 splitting ratios, max 144 cores. Suitable for overhead, duct, underground and manhole applications.
SPTK-4600B Optical Fiber Fusion Splicer — Six-Motor Core Alignment for Backbone Networks
SPTK-4600B optical fiber fusion splicer features six-motor core alignment, typical splice loss as low as 0.02dB, automatic fiber identification, and GPS tracking. Designed for harsh environments and backbone projects.
SPDF-1728SF-FSMB ODF Indoor Floor Type 1728 Cores SC/2LC Fiber Distribution Frame
S-Opto SPDF-1728SF-FSMB ODF indoor floor type fiber distribution frame, 1728 cores capacity, cold-rolled/galvanized steel sheet, 45° tilt adapter installation, suitable for data center.
SPO-GOC24Y Intelligent Outdoor Communication Cabinet
SPO-GOC24Y Intelligent Outdoor Communication Cabinet, suitable for outdoor environments, providing all-weather outdoor electrical protection.