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Company details
Fiber Optic Comm, Inc.
No.5 Bade Road, Sec. 4, Taipei 105, Taiwan
Taipei
Taiwan
Tel:
886.2528189
Product categories
- Early universe
- Dark matter and dark energy
- Gravitational physics
- Particle and nuclear astrophysics
- String theory and cosmology
- Large-scale structures
- Stellar formation and evolution
- Solar physics
- Planetary physics
- Space observation and exploration
- Optics
- Laser physics
- Quantum optics and information
- Structure and dynamics of atoms, molecules and clusters
- Collision dynamics
- Laser-matter interactions
- Fundamental constants and physical laws
- Optical materials and metamaterials
- Optical traps and optical lattices
- Nuclear medicine
- Medical imaging
- Biological and medical materials
- Biomedical instrumentation
- Biophysics
- Soft and biological matter
- Nanostructures and atomic-scale physics
- Surfaces
- Interfaces
- Liquids
- Magnetism
- Semiconductors
- Superconductivity
- Electronic properties
- Low-temperature physics
- Art and science
- History of physics
- Physics and religion
- Publishing
- Research conduct and ethics
- Science and society
- Science funding and policy
- Sociology and philosophy of science
- Teaching and education
- Geodynamics and geomagnetism
- Seismology
- Geological exploration
- Biodiversity
- Atmospheric physics/climate change
- Energy
- Sensors
- Metrology
- Imaging
- Microscopy
- Data acquisition and analysis
- Vacuum systems
- Elementary particles and fields (experimental)
- Elementary particles and fields (theoretical)
- Nuclear physics (experimental)
- Nuclear physics (theoretical)
- Particle astrophysics (experimental)
- Particle astrophysics (theoretical)
- Nuclear reactor physics
- Plasma production
- Plasma confinement
- Plasma theory and modelling
- Fusion reactor engineering and technology
- Fusion reactor theory
- Plasma astronomy
- Plasma technology
- Chaotic and complex systems
- Exact results
- Quantum mechanics
- Statistical mechanics
- Field theory
- Critical phenomena
- Highly correlated systems
- Non-equilibrium processes
- Computational biology
- Applied mathematics
Single Mode to Multimode Fiber Optic Patch Cords Mar 17, 2010
This fiber patch cords are used typically when user want to run Gigabit Ethernet(LX) over multimode fiber optic plant.
Usually people use long wave transceiver modules for Gigabit Ethernet, these modules have to operate both single mode and multi mode fibers.this fiber patch cable consist of the multimode cables part and single mode cables part.By allowing the single mode laser launch to be offset away from the center of the multi mode fiber the mode conditioning patch cord reduces the effect of such differential mode delay.our cables features options for Multiple fiber types,Cable/connector,Attenuation and Jacketing options.
More products from this company
- Direct Buried Fiber Cable GYTA53/GYTY53/GYTA33/GYFTY Jul 6, 2011
- Duct Fiber Optic Cables GYDXTW/GYDTS/GYDTA/GYXTC8S Jul 6, 2011
- Aerial/Self-Supporting Optical Cables/GYTC8S/GYXTW/GYTA/GYTS Jul 6, 2011
- Twinax Cables SFP+ 10Gb Jul 5, 2011
- Extended Range X2 Transceivers ER/ZR Jul 5, 2011
- XFP 10G Modules MMSR/ER/LR/ZR Jul 5, 2011
- SFP+ 10G Modules SR/LR/ER/LRM Jul 5, 2011
- SGMII SFP HP to Convert between 1000Base and 100Base Ethernet Jul 5, 2011
- OM4 100Gbps Fiber Optic Patch Cords Jun 29, 2011
- Fast Cat5e/Cat6 Patch Cable Termination Tool Mar 19, 2010
