How InnoPIC’s Photonic Raman Spectroscopy Platform Is Taking Aim at One of Medicine’s Most Elusive Challenges. Diabetes affects over half a billion people globally. That’s more than the populations of the United States, Brazil, and Japan combined, dealing with a chronic condition that demands round-the-clock monitoring. And for millions of them, managing blood sugar isn’t just
What if electrons aren’t the future of AI computation? What if photons could shoulder the load? Artificial intelligence is advancing at a faster rate than the hardware designed to support it. Every leap in model complexity and training scale pushes GPUs and TPUs closer to their physical and thermal limits. As data centres expand and
As a sign of a maturing industry, EMS specialist Neways is branching out into the assembly of integrated photonics. Neways is expanding into the budding integrated photonics industry. The company is leveraging its decades-long experience in electronics manufacturing services (EMS) and high-precision manufacturing to address the growing demand for photonic integration in low- to medium-volume,
One debate that continues within the integrated photonics community is how far, or rather how soon, integrated photonics will transform data centres into more efficient, monolithic computing platforms for AI. To be clear, integrated photonics has long formed the interconnect between data centre racks and switches. But “integrated” has come to mean something different as
Fueled by streaming video, online gaming, remote offices, and generative artificial intelligence (AI), the exploding demand for bandwidth is rippling throughout data centre architectures, where it is felt most acutely by the humble pluggable optical transceiver. Most transceivers connecting the switches, servers, and other network systems in today’s data centres support signal processing rates of
Sustainable food production and distribution using integrated photonic microchips are top of the menu in a new roadmap from leading photonics experts and researchers. Wageningen, Netherlands – PhotonDelta and OnePlanet Research Center have today launched the ‘Integrated Photonics for Agrifood’ roadmap during the Post Harvest Unlimited Conference (PHUC) at Wageningen University, the Netherlands. It was
Enschede, Netherlands – QMware and QuiX Quantum collaborate to develop the first fully integrated, hybrid quantum-classical platform in Enschede, the Netherlands, where QuiX Quantum’s headquarters are located. The hybrid architecture integrates high-performance computing (HPC) infrastructure with native quantum computing technology onsite for the first time globally. The new data center is expected to be fully
QuiX Quantum will deliver 8- and 64-qubit fully Universal Quantum Computers based on integrated photonics, integrating the existing technologies from their processors with sources, detectors, and feedforward to create a modular Photonic Quantum Computer. This represents the first commercial sale of Universal Quantum Computers based on light. The customized development for the German Aerospace Center,
Asset monitoring & diagnostics expertise of GE’s Grid Solutions matched with PhotonFirst’s innovation leadership in chip based sensing Lisburn, UK, Alkmaar, The Netherlands, September 12, 2022 – With a signing ceremony on the premises of GE’s Grid Solutions in Lisburn, GE and PhotonFirst announced a strategic technology collaboration. As the energy transition accelerates, reliability and
The Eindhoven-based start-up MantiSpectra has signed a framework agreement with Vestel group to validate and accelerate the use of spectral sensing technologies in the domain of Smart Home appliances. MantiSpectra, a deep tech spin-off of Eindhoven University of Technology, has recently developed ChipSense™, a photonic chip that will revolutionize the spectrometer landscape and has the
There’s no doubt about it: in the not-too-distant future, cars are going to have a lot more technology packed into them. A heck of a lot more. Could optical chip technology – aka integrated photonics – be the answer to automotive manufacturers’ combined need for smaller and more energy efficient hardware? Electric vehicles and autonomous
Global data traffic is doubling every two years. As the growth rate is likely to increase further in the future, optical communication and networking technologies are becoming essential to accommodate this growth in an energy-efficient and sustainable manner. The biggest challenge within this domain is the high energy consumption of data infrastructure. The share of
Accurate and cost-effective biosensors are expected to play a crucial role in the roll-out of point of care testing. Point of care (PoC) testing is the practice of diagnosing patients at the point of need rather than sending samples to a remote specialised medical laboratory. PoC testing therefore reduces the cost of and the time
Enschede, The Netherlands – Dutch microsystems developer LioniX International announces an integrated RGB laser light engine for retinal projection augmented reality (AR) headsets. The mm scale light engine excels not only in the brightness and quality of the images projected but also in terms of compactness. The AR hardware market promises tens of billions of
Early civilizations already used optical communication. For example, mirrors and smoke were used to send messages. In recent years, the potential of optics and photonics for communication is expanding rapidly and will form the basis of future communication systems. In this article we give three examples of integrated photonics applied in the data and telecom
Still a rather clunky and expensive instrument, the automotive and many other markets eagerly await the availability of an affordable and compact lidar system. Integrated photonics is coming to the rescue. Elon Musk’s disdain for lidar Elon Musk’s disdain for lidar used to be well-established. “Lidar is a fool’s errand. Anyone relying on it is
In September 2021, PhotonDelta launched its roadmap for the use of integrated photonics in the automotive sector. It was created together with various stakeholders from the industry as well as integrated photonics companies. The roadmap provides an overview of the different trends in the automotive sector and list the opportunities for integrated photonics technology. Download
Global healthcare has never been under so much pressure to deliver and innovate to provide effective patient care at affordable costs to an ever increasing and ageing population. Accurate and cost-effective biosensors are expected to play a crucial role in the roll-out of Point-of-Care testing: diagnosing patients at the point of need rather than in
Surfix announces an investment of € 8,5 million by a Dutch consortium consisting of companies Qurin Diagnostics and LioniX International, industry accelerator PhotonDelta and the East Netherlands Development Agency Oost NL for further development of Surfix’s plug-and-play diagnostics platform. Surfix will use the investment to accelerate the development of its fast, reliable and attractive plug-and-play
Data usage and, thus, data traffic over the mobile and fibre networks is growing exponentially every year. While the currently used optical transmission solutions are reaching their limits, a new technology is ready to be implemented. Traditional photonics use manipulation of light to generate, detect, or process information. More recently, integrated photonics has shown the
Earlier this week, during a visit by NLdigital, the industry association of the digital sector, the 5G Hub in Eindhoven announced that EFFECT Photonics and Vodafone have started testing the integration of so-called optical SoCs in the mobile network. This optical ‘System-on-Chip’ technology is expected to offer internet providers and users many advantages in the
Who says chemical analysis needs to be performed in a laboratory, by well-trained personnel? Thanks to a photonic-chip-based spectral sensing system being commercialized by startup Mantispectra, classifying and quantifying material composition will never be easier. The optimal time to harvest There’s only so much a farmer can tell about his crops just by looking at
Carol de Vries is already known in the PhotonDelta network for his exploration on packaging and his current work for the Photonic Integration Technology Centre. He recently started to lay down the PhotonDelta roadmap on automotive, a focal area of the PhotonDelta ecosystem. In this news item we want to give you a short introduction
PhotonDelta and its partners have initiated projects to develop bio-sensors, based on integrated photonics. A bio-sensor detects the presence or concentration of specific biomolecules, microorganisms or other biological analytes. Such a sensor is critical to bringing the detection of viruses, cancer or other diseases to the point of care of a patient at an early stage. PhotonDelta works
Surfix B.V., together with its shareholders Qurin Diagnostics B.V. and LioniX International B.V., already successfully developing bio-photonic nanochips for cancer detection and other applications, today announce an accelerated development plan to allow mass-scale COVID-19 diagnosis and immunity detection with the financial support and in close collaboration with PhotonDelta. The desktop testing device will yield reliable