WDM helps the network operators to run several transmission wavelengths on the same pair of optical fiber, it increases the bandwidth capacity among sites. The O-band WDM wavelengths range between 1260nm and 1360nm, compared with C-band featured with lower attenuation, and higher chromatic dispersion, it features a very low chromatic dispersion, but a higher attenuation […]
WDM technology can be divided into WDM, CWDM, and DWDM according to different wavelength modes. The wavelength range defined by ITU-T, The CWDM range is 1271 to 1611nm based on ITU-T G 684.2. Considering the fiber attenuation of the 1270-1470nm band in the application, the band of 1470~1610nm is usually used. The channel space of […]
LSF Cable (Low Smoke & Fume Cable) LSF cable is different than LSZH Cable, it is made up of a modified PVC compound and produces HCL gas and black smoke when burning, but about 80% less than PVC cable. Some points to remember about these cables are: These cables are often purchased to cut costs […]
Rule-1: When mating two MPO patch cords, it shall be an MPO male connector and an MPO female connector. Rule-2: For the standard MPO Connectors, changing the polarity, or adding or removing the guiding pins in the field is not allowed. Rule-3: MPO Female connector for direct connection to the optical module if it is […]
Multicore fiber consists of several optical fibers, which are buffered inside a single jacket. Multicore fiber can also be arranged and consolidated inside of a further jacketing. This arrangement of fiber can be referred to as space–division multiplexing since the buffered optical fibers are spatially separated while arranged within a single jacket. Applications for MCF […]
SWDM is short for Short Wavelength Division Multiplexing. it offers users an alternate solution for 40Gbps, 100Gbps, and higher connectivity over duplex multimode fiber. Some of the many advantages of SWDM are: Reach – up to 440m for 40G and 150m for 100G 40G SWDM can operate link distance up to 240, 350, and 440 […]
TARLUZ currently offers two 40G transceivers that operate over duplex multimode fiber, QSFP-40G-SWDM4, and QSFP-40G-SRBD transceivers. Both transceivers operate at multimode fiber and are widely deployed in the industry. QSFP-40G-SWDM4 and QSFP-40G-SRBD are using different technology, so they are not able to use each other. QSFP-40G-SWDM4 Transceiver TARLUZ 40G QSFP+ SWDM4 transceiver provides 40Gbps bandwidth […]
TARLUZ currently offers two 100G transceivers that operate over duplex multimode fiber, QSFP-100G-SWDM4, and QSFP-100G-SRBD transceivers. Both transceivers operate at multimode fiber reach 70m over OM3 fiber and 100m over OM4 fiber and are widely deployed in the industry. QSFP-100G-SWDM4 and QSFP-100G-SRBD are using different technology, so they are not able to use each other. […]
Standard Description Optical Connector QSFP-DD-400-CUxM 400G QSFP-DD to QSFP-DD Passive Copper Cable, up to 3 meters N/A QSFP-DD-400-AOCxM 400G QSFP-DD Active Optical Cable, from 1meter to 30 meters N/A QSFP-DD-4X100-SR8 400G QSFP-DD Transceivers, 400GBASE-SR8, 100m over OM4 MMF MPO-16/APC QSFP-DD-4X100G-FR QSFP-DD Transceiver, 4x 100GBASE-FR, 2km parallel SMF MPO-12 QSFP-DD-4X100G-LR QSFP-DD Transceiver, 4x 100GBASE-LR, 10km parallel […]
The growing demand for bandwidth in the Cloud, Artificial Intelligence, Machine Learning, etc, and future hyper-scale data centers drive the demand for 800GE Optics. Market researchers consider that 400G will hold sway until 2023 and that 800G will come into its own as of 2025. This article is introducing the options of the 800G transceivers. […]
