Slide 1: Introducing SmartKem
Introducing SmartKem ® OTCQB: SMTK Our transistors your advantage 13/10/2021 ©2021 SmartKem. All rights reserved smartkem.com
Slide 2: Forward Looking Statements
Forward Looking Statements This presentation contains forward-looking statements about SmartKem Inc. based on management’s current expectations which are subject to known and unknown uncertainties and risks. Words such as “anticipated,” “initiate,” “expect,” “intend,” “plan,” “believe,” “seek,” “est
Slide 3: Executive Summary: Enabling flexible electronics today
Executive Summary Enabling flexible electronics today 41 (11 PhDs) FTEs with 200+ combined years industrial and Market Leading Disruptive Technology R&D pedigree at ICI, Merck, Philips, Kodak, CDT, Motorola, Global Foundries Having developed the chemistry, process and the design Recognized as the wo
Slide 4: Company Overview
Company Overview Enabling flexible electronics today Founded in 2009 Employees: 41 FTEs including 11 PhDs Went public in March 2021 raising $25m 200+ PhD man years in the development of organic semiconductor materials 8,000ft2 research and development facility in Manchester, UK Foundry service for p
Slide 5: SmartKem Leadership Team
SmartKem Leadership Team Ian Jenks Dr Beverley Brown Dr Simon Ogier Robert Bahns Hugh Baker-Smith Sri Peruvemba Chairman & CEO Chief Scientist (Fellow of the Institute of Physics) CFO CCO CMO CTO Ian has more than 30 years Dr Brown is considered Simon is an internationally With a degree in Electrica
Slide 6: smartkem.com
6 ©2021 SmartKem. All rights reserved smartkem.com
Slide 7: Moore's Law
7 • Moore’s law is the observation that the number of transistor in a dense Moore’s integrated circuit (IC) doubles about every two years. It is an observation Law and projection of an historical trend. Rather than a law of physics, it is an empirical relationship linked to gains from experience in
Slide 8: smartkem.com
8 ©2021 SmartKem. All rights reserved smartkem.com
Slide 9: SmartKem OTFT Outperforms Large Scale Competition
SmartKem OTFT Outperforms Large Scale Competition Parameter SmartKem OTFT a-Si IGZO LTPS In development (demonstrated LCD and rigid OLED TV and some Mobile phone (OLED Current Usage in e-paper, LCD and OLED) e-paper tablet LCD and some LCD) Typical Charge Mobility 3 cm2/Vs 0.5 cm2/Vs 10 cm2/Vs 50+ c
Slide 10: Convergence For Mass Deployment Success
Convergence For Mass Deployment Success 1 2 3 TRUFLEX® TRUFLEX® TRUFLEX® Organic Design Foundry INKS Tools Services Mass Deployment 10 ©2021 SmartKem. All rights reserved smartkem.com
Slide 11: 1. TRUFLEX Inks – Ready at Scale
1. TRUFLEX® Inks – Ready at Scale Components of TRUFLEX® Inks High Mobility, Small Molecule Semiconducting Polymer ‘Controls’ Solvents Intrinsic mobility ≥20 cm2/Vs Morphology of OSC layer Solubilise SM & Binder Phase segregation & uniformity of SM Modify surface tension Technical team has excellent
Slide 12: 2. TRUFLEX Electrical Design Automation Tools
2. TRUFLEX® Electrical Design Automation Tools – In Beta Development EDA Components to Libraries Follows elements of the silicon approach for commercialisation EDA tools establishment PDK (Process Design Kit) establishment (at PE foundries) Standard cells – parameterizable cells (p-cells) Libraries
Slide 13: 3. TRUFLEX Foundry Services – Gen 2.5 Line
3. TRUFLEX® Foundry Services – Gen 2.5 Line CPI G2.5 Prototyping facility for materials qualification, process development & fabrication Adding digital lithography for full-custom circuits - sheet to sheet initially and then roll-to-roll in the future Digital Lithography 13 ©2021 SmartKem. All right
Slide 14: Market Entry Strategy
Market Entry Strategy 1 2 3 TRUFLEX® TRUFLEX® TRUFLEX® Organic Design Foundry INKS Tools Services Business Model Target Customers Business Model Target Customers Business Model Target Customers UDC (OLED) Samsung, LG, Synopsys (SNPS) Samsung, LG, TSMC (TSM:US) Dolby, Apple, AUO, BOE, Cadence (CDNS)
Slide 15: Demonstrators – Mini-LED backlights
Demonstrators – Mini-LED backlights o LEDs attached to OTFT backplane using pick-and-place o Flexible connectors tab bonded to custom driver electronics 15 ©2021 SmartKem. All rights reserved smartkem.com
Slide 16: Demonstrators – Mini-LED backlights
Demonstrators – Mini-LED backlights 16 ©2021 SmartKem. All rights reserved 16 smartkem.com
Slide 17: Pseudo CMOS
Pseudo CMOS • Pseudo CMOS is a term for designs of logic that emulate some of the benefits of CMOS but often use NMOS or PMOS only transistors (hence avoid the processing complexity) • Pseudo CMOS approach will follow the work of IMEC which showed that it is possible to widen the noise margin of tra
Slide 18: Electrical Performance of TRUFLEX OTFT Array
Electrical Performance of TRUFLEX® OTFT Array o 40mA median on current, Vd = -4,V Vg = -50V o Off current is a few pA o On/off ratio is ~1010 2T-1C TEG Select TFT Drive TFT 18 smartkem.com 18
Slide 19: SmartKem's Transistor Platform
SmartKem’s Transistor Platform 1 2 3 TRUFLEX® TRUFLEX® TRUFLEX® Organic Design Foundry INKS Tools Services Our transistors your advantage 19 ©2021 SmartKem. All rights reserved smartkem.com
Slide 20: Thank You
Thank You Questions? Ian Jenks For more information, contact us CEO i.jenks@smartkem.com Manchester Technology Centre, Hexagon Tower, Delaunays Road, Blackley, Manchester, M9 8GQ UK +44 (0)161 721 1514 enquiries@smartkem.com ©2021 SmartKem. All rights reserved smartkem.com