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PhotonDelta PitchEprise Photonics Roadshow, Newcastle, 3 April 2019
Giuseppe Coppola
Chief Strategy and Business Development Officer
PhotonDelta
PhotonDelta: Gateway to the Dutch Integrated Photonics Ecosystem
Knowledge Centres
PIC and PIC-powered modules ODM/vendors
Universities
Assembly/Packaging Foundries
PIC Foundries
Design Services
CITC
Tools providers
Ministerie van Economische Zaken
Sponsors/Investors
industry/technology associations
Enabler of innovative solutions powered by Integrated Photonics
We enable leading manufacturers and high-potential scale-ups
to bring to market innovative solutions powered by our disruptive Photonics Integrated
Circuits and Modules
2 PhotonDelta ©2019
Integrated Photonics: a disruptive technology
Integrated Photonics: integration of light generation, control,
detection and processing into Photonics Integrated Circuits (PICs).
Performances, miniaturization, power consumption and costs of
electronics and discrete optics limiting factor for key solution
components like sensors, actuators and transceivers.
PICs and PICs-powered modules, in view of the integration and
manufacturing costs advantages in volumes, have an enormous
disruptive potential to enable commercial viability of innovative
solutions in many markets
Datacom and Telecom Medical devices and Life Sciences Infrastructure and Transportation Food and Agriculture
5 PhotonDelta ©2019
Medical devices and Life SciencesOpportunities Examples
www.photondelta.eu6
Biomedical Imaging: Optical Coherent Tomography, Fluorescence scanning, Photoacoustic imaging
In vitro Point-of-Care diagnostics: e.g. blood (lactate), urine,
saliva, cell analysis, micro/extra-cellular vesicle analysis (e.g.
liquid biopsy)
In vivo (home-care) sensing: e.g. implants, wearables, smart pills, smart bandages, breath analysis, spectroscopy, fine
particle detections for monitoring e.g. cardiac conditions,
diabetes (glucose sensing), pregnancy, chronically ill
Surgical guidance: e.g. intraoperative sensing (e.g. blood
pressure), catheter-based interventions, haptic feedback, shape sensing/reconstruction, endoscopy
Life science research: e.g. phase sensitive microscopy,
biomolecular interactions
Integrated Portable OCT project
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1Spectral domain optical coherence tomography imaging with an integrated optics spectrometer, V.D. Nguyen, B.I. Akca et al., Optics Letters 36, 1293 (2011)
Gratings
Interferometer
Swept source
From bulk optics To PICsSpectral detection OCT
Designed and fabricated integrated-optics based swept source OCT Demonstrated OCT imaging on three layers tissue phantom (µs= 4 mm-1)
Measured OCT signals, resolutions, SNR (~ 80 dB)
Significant size reduction 0.6 × 1.5 cm2
Significant potential for cost reduction in volumes
PhotonDelta module platforms1
Enablers of faster time-to-market at lower NRE investments
1powered by state-of-the-art proprietary InP and SiN/TriPLeXTM Photonic Integrated Circuits and Packages
State of the art (5 yrs ahead of competition) highly accurate PICs-powered interrogator modules/subsystems for simultaneous high-frequency measurement of force, pressure, temperature and relative spatial position of distributed sensorsover one/multiple optics fibre
Mini-interrogator for Fiber Optics Sensing
World’s first subsystem, powered by dedicated proprietary Photonic integrated Circuits (PIC) and hybrid PIC packaging, for single/multiantenna optical-domain beamforming in double-digit GHz range wireless communications (e.g. 5G mobile access points or multi-point broadband satellites)
Integrated Optical Beamforming
Broadband Ultra-narrow linewidth Tunable Laser
State-of-the-art fast low-cost low-power highly-integrated dynamically tunable lasers sub-systems with stable high-resolution in high frequency IR C-band laser tuning as well as in the VIS, NIR and MIR bands
Synchronized multi-parameters optical sensing subsystem, powered by proprietary (TriPleX™) integrated photonics (micro-photonics), micro/optofluidics and related surface functionalization for application in Lab-on-a-Chip based analysis and detection systems.
Highly sensitive Multi-parameters optical bio-sensing
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Other promising relevant platforms in earlier technology readiness level1
Promising state of the art NIR/MIR integrated-photonics InP based minispectrometer platforms for significant reduction in costs and sizeand enabling replacement in a large number of applications requiring (chemical) characterization and phenotyping as key process step to enable automation
NIR/MIR Mini-spectrometers
1powered by state-of-the-art proprietary InP and/or SiN/TriPLeXTM Photonic Integrated Circuits and Packages
9 PhotonDelta ©2019
Promising approach for broadband laser generation including visible (405 to 2350 nm), enabling replacement of halogen lamps and LEDs in a number of automatic control applications thus improving effectiveness and efficiency in view of far higher spatial resolution
Super-continuum Laser Generation
State of the art VIS/NIR/SWIR (ie 400-1700nm) integrated-photonics TriPleX™-based minispectrometer platforms with Arrayed Waveguide Gratings for biological tissues sensing and features discriminations
Ultrawideband mini-spectrometer
Small footprint few µm-resolution, high-sampling frequency distance sensor system (advanced signal processing scheme in combination with integrated photonics microwave FMCW front-end) leveraging broad tuning range and fast tuning for absolute measurement and very narrow linewidth laser for relativemeasurement.
Highly accurate distance measurement
Let’s engage to accelerate growth !
JOINT ROADMAPPINGLong-term 1-to-1 partnership with equipment ODM/OEMs and high-potential start-ups/scale-ups for the joint development of a new
applications and solutions Partner defines requirements, develops, integrate, certifies and brings to
market its solutions
PhotonDelta develops, manufactures and delivers the PICs powered
modules/subsystems meeting Partners requirements
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Target market
APPLICATION LABS*Multi-partner (equipment/system integrators ODM/OEMs, high potential start-ups/scale-ups and end-users) joining or supporting a pre-
competitive program for the generation of options for new solutions and
relevant business cases Partners bring in application domain knowledge and requirements
PhotonDelta drives definition and execution of projects portfolio focusing
on identifying and defining commercial/technical feasibility of major
opportunities
*Medical Application Labs started up 1st of April 2019
PhotonDelta ©2019
EPRISE project questions
OPEN ISSUES/QUESTIONS YOU ARE INTERESTED IN OBTAINING ADVICE ON FROM EXPERTS AND CAN DISCUSS WITH THEM AT THE EVENT Identify the application that can benefit the most from an Integrated Photonics technology and, same time, deliver a solid
business case
BASED ON YOUR EXPERIENCE, LESSONS LEARNED AND RECOMMENDATIONS IN CASE YOU WANT EXCHANGE BEST PRACTICES WITH OTHER PARTICIPANTS Join forces with all players in the value-chain up to end-users to both accelerate and reduce-risks in designing, developing
and bringing to market impactful and meaningful medical and life science new modalities/products
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BARRIERS/CHALLENGES YOU FACE IN ACCESSING THE MEDTECH AND PHARMA MARKETS
SOLUTIONS YOU HAVE ALREADY FOUND
Funds to sustain innovation cost till (long) time-to-market Complex, Slow and, at European level, also fragmented
regulations for Med Tech products approval/testing
Access to requirements/early-stage co-operation with
customers, particularly big companies
Integration in the supply chain of (big) companies
Subsidized projects in consortia No solution: needs to be addressed by regulating bodies, EU
Attend industry-sector events or conference focused on
market-photonics or at least market-innovation combinations
Join forces as an ecosystem/partnerships to improve on
trustworthiness and reliability
Giuseppe CoppolaChief Strategy and Business Development OfficerPhotonDeltaHigh Tech Campus 415656AE, Eindhoven, the NetherlandseMail: [email protected]: www.photondelta.euLinkedIn: https://www.linkedin.com/in/giuseppecoppola/
