Three launches for Marvell at OFC
Attendees to the virtual OFC Conference were able to view three new product launches from Marvell.
Attendees to the virtual OFC Conference were able to view three new product launches from Marvell.
Keely Portway counts down some of the most-viewed and industry-shaping news stories of 2020
Infrastructure semiconductor supplier, Marvell Technology Group has reached an agreement to acquire high-speed data movement specialist, Inphi.
Verizon Media has successfully validated an upgrade from 100GbE QSFP28 optics, to 400GbE QSFP-DD over the same production open line system.
Pluggable modules, expanded wavelength ranges and new system architectures seek to meet bandwidth needs, finds Andy Extance
Inphi and NeoPhotonics have completed an interoperability demonstration of OIF 400ZR-compliant coherent transceivers, operating over 120km of fibre.
Inphi is now sampling the new Canopus coherent digital signal processor (DSP), which it calls the industry’s first merchant 7nm coherent DSP.
High-speed semi-conductor provider, Inphi has signed a definitive agreement to acquire eSilicon for $216 million.
Semiconductor developer Inphi is sampling the M200, an ultra-low power and high-performance digital signal processor (DSP) supporting 100G and 200G data rates for coherent optical modules.
The M200 is the first member of Inphi’s 16nm LightSpeed-III family of SoC devices, from the company’s acquisition of ClariPhy.
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