Tag: #QSFP
QSFP tag articles
13 articles
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.
SOPTO
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.
SOPTO
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.
SOPTO
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.
SOPTO
SPH-Q-4SFP28-C3-30 100G QSFP28 to 4xSFP28 Passive Direct Attach Copper Cable | Technical Specs - SOPTO
SPH-Q-4SFP28-C3-30 100G QSFP28 to 4x 25G SFP28 passive direct attach copper cable, 3m, AWG30, supports 100GbE/InfiniBand, compliant with QSFP28/SFP28 MSA and IEEE 802.3bj specifications.
SOPTO
SPTK-VFL650-AS10 Visual Fault Locator
The SPTK-VFL650-AS10 is a Visual Fault Locator from SOPTO, outputting 650nm red light with power >10mW, featuring a 2.5mm universal connector compatible with SC/FC/ST/LC, 2 AA batteries providing over 13 hours of battery life, metal body, suitable for breakpoint localization and continuity testing in fiber optic network installation and maintenance.
SOPTO
SPT-QD04G-SR4 400G QSFP-DD SR4 Optical Transceiver Module
The SPT-QD04G-SR4 is a 400Gb/s QSFP-DD SR4 optical transceiver module by SOPTO, using PAM4 modulation, 850nm wavelength, MPO-12 connector, supporting 100m transmission over OM4 fiber, with 9W max power consumption, IEEE 802.3db compliant, designed for 400G Ethernet and data center interconnect.
SOPTO
Optical Communications Industry Insights 2026: Market Trends Driven by AI Computing Power
AI computing and data‑center expansion boost optical transceiver demands. This article covers optical module technical evolution, market status across data‑center, telecom and FTTH scenarios.
SOPTO
800G Optical Modules Whitepaper (III): FEC, OSFP-XD & Future CPO/LPO
Reliability and serviceability at 800G depend heavily on Forward Error Correction (FEC) and packaging. This part covers oFEC, new hot-plug standards, and the roadmap to 1.6T via CPO and LPO.
SOPTO
800G Optical Modules Whitepaper (II): PAM4 Modulation & SR/FR/DR Architectures
Physical layer innovation is the core of 800G deployment. This part details the shift to PAM4, the two dominant lane architectures (8x100G / 4x200G), and technical selection for SR, FR, and DR scenarios.
SOPTO
800G Optical Modules Whitepaper (I): Bandwidth Leap for AI & Cloud-Native Era
The 800G MSA whitepaper is a definitive roadmap for high-speed optical interconnects. This first part explores the driving forces behind 800G: the exponential growth of AI and cloud-native architectures.
SOPTO
The Complete Guide to Optical Transceivers
Optical transceivers are the heart of fiber optic networks, performing vital electro-optical conversions. This guide covers working principles, key performance metrics, classifications, naming conventions, and safe handling procedures.
SOPTO