Samples of CST Global’s 1270nm 2.5Gb/s lasers have shown eye mask margins of 34 per cent and extinction ratios up to 9.3dB.
A project designed to scale-up novel compound semiconductor device fabrication processes has received European funding.
BLANTYRE, SCOTLAND – Sivers IMA Holdings AB confirms that its wholly-owned subsidiary, CST Global, UK’s leading, independent, III-V opto-electronic, semiconductor foundry, has signed a Master Purchase Agreement (MPA) with a large, North American-based, global provider of network systems. CST Global is to supply opto-electronic devices, essential for the deployment of next-generation, cloud, data-centre and Hyperscale data centre applications.
According to Cisco® Global Cloud Index, Hyperscale data centres will grow from 259 in number at the end of 2015 to 485 by 2020.
Semiconductor foundry CST Global is leading a UK government-funded project that could substantially reduce the cost of manufacturing high-speed laser diodes for next-generation fibre-to-the-premises (FTTP) networks.
The market for passive optical networks (PON) is expanding rapidly as consumers upgrade their broadband connections to higher speeds. Indeed, this summer, CST Global said it had shipped more than 25 million lasers into PON markets worldwide. To meet the insatiable demand for bandwidth, the next generation of PON lasers will need to be both higher speed and lower cost.
Steve Roberts takes a look at the continued importance of fibre-based networks to enterprise in a 5G world
Ed Forrest looks at the impact of primary and secondary contamination on fibre optic connection surfaces
Fibre Systems speaks to a lead design engineer and a fibre planner to find out about the day-to-day challenges they face on the front line
Keely Portway looks at the latest developments in submarine networks, and the issues and trends shaping the market
There are many challenges to overcome to provide quick and efficient characterisation of photonic integrated circuits, finds Andy Extance
Keely Portway takes a look at the next generation of bend-improved fibres, and how they can be best used to future-proof networks
Ray O’Connor argues that wireless and fibre should be considered complementary, rather than in competition
Mattias Fridström and Parthiban Kandappan put software-driven, real-time optical layer performance awareness to the test
The right combination of training and tools will help to future-proof fibre reliability, says Jay Tourigny
Creating an invisible network is the next step in connectivity, so it is important to put quality, rather than speed at the heart of broadband experience, says Robin Mersh
