Centre of attention
The rise of the data centre has arguably driven much of the demand for greater bandwidth and higher data rates. What does it mean for the components market?
The rise of the data centre has arguably driven much of the demand for greater bandwidth and higher data rates. What does it mean for the components market?
Optoscribe has launched OptoArray, its new range of precision fibre alignment structures.
Scottish company Optoscribe has added an ultra-low crosstalk option to its 3D Optofan series of multicore fibre fanout cables.
Designed for applications in the field of spatial division multiplexing (SDM), these cables connect the multiple cores in a multi-core fibres to separate singlemode fibres. They are a key component in the development of such systems, which offer the potential for extremely high data rates.
Optoscribe, a specialist in 3D waveguide technology, has released a significant upgrade to its 3D MMux photonic lantern – a device that provides an interface between singlemode and multimode components used in spatial division multiplexing (SDM).
The upgraded product has been designed and tailored to suit the latest high-performance, low-differential group delay (DGD) few mode fibre technology from OFS, without requiring any external optics.
Some of the hottest topics from the OFC conference in San Diego
What are the top trends, challenges and technologies driving data centre networks in 2023 and beyond?
How North and Latin America are faring when it comes to fibre deployment
We round up the latest high-capacity optics for coherent optical transmission in 2023.
The optical technology and techniques that terrestrial network operators need to consider to achieve high-performance in challenging conditions
Nesa Scopic advises on the Construction Products Regulation (CPR) fire safety standards for fibre cables, and how to choose the optimal cabling for the correct setting
Mattias Fridström offers his take on the telecoms topics that are going to matter in the next 12 months
Teresa Monteiro reveals why there is more to open networking than physical device interoperability