Recent activity
Why this organization matters now
Dated Aug 18, 2026
On 18 August 2026, OTI announced work with Samsung Advanced Institute of Technology benchmarking iQCC across 14 OLED emitter materials. The company reports emulating more than 200 qubits with 32 CPU processes and approximately 800 GB of RAM, and identifies the associated Journal of the American Chemical Society paper. This is a conventional-computing implementation of quantum algorithms. Separately, the Display Week 2026 program listed Zhibin Wang for a May presentation on low-index hole-transport layers for OLEDs, indicating another materials research direction without establishing a released product.
Source: OTI and Samsung demonstrate large-scale OLED quantum emulation (opens in a new tab)Technologies and services
A closer look at the products, services, operating features, and documented applications that shape the organization’s role.
OLED materials and manufacturing process
CPM cathode patterning and transparent OLED materials
What it enables
CPM is OTI's material-enabled process for controlling thin-film growth through self-assembly. Patterning the top OLED electrode creates transparent openings between pixels for near-infrared sensors and cameras and can improve transparent-display construction. OTI reports validation on customers' production lines; DNP has collaborated on compatible evaporation masks and cleaning processes. Defence relevance is an integration hypothesis for displays and sensor modules, subject to configuration-specific testing.
Evidence strength: Moderate
Public record
Public programs and contracts
Dated participation, delivery roles, partnerships, and disclosed funding provide the operating context behind the profile.
Ecosystem relationships
Collaborative project funding
NGen's August 2024 announcement includes OTI and Nord Quantique in its funded Quantum Simulations for Materials Discovery consortium under the Commercialization of Quantum Technologies stream.
Manufacturing process collaboration
Dai Nippon Printing
A May 2022 joint announcement describes work on evaporation masks and a DNP cleaning process for OTI CPM, intended to support deposition on existing OLED mass-production equipment.
Materials simulation research
Samsung Advanced Institute of Technology
OTI's 18 August 2026 announcement describes joint research with Samsung Advanced Institute of Technology benchmarking iQCC across 14 OLED emitter materials and an associated JACS publication.
Prepare the conversation
Questions for a first conversation
Which display stack and environmental test results would justify evaluating CPM in a military display or sensor module?
OTI reports mass-production qualification and transparent-display demonstrations. An integrator still needs configuration-specific optical transmission, durability, temperature and sensor-performance evidence before selecting a defence evaluation.
Can a Canadian materials team obtain iQCC access and reproduce a relevant benchmark on its available hardware?
The reported OLED benchmark uses about 800 GB RAM, while the GPU preprint studies different catalyst systems. Access terms, reproducibility, workload-specific accuracy and compute cost should drive the first technical discussion.
Which qualified material grades, production partners and delivery terms are available for an integration project today?
The 2022 financing release reports customer qualification and OTI describes partner-led production supply. Current volumes, named device design wins and a defence-specific delivery configuration were not established by the inspected public records.
Geography
Mississauga, Ontario
The map is centred on Mississauga. It does not imply a street address or exact facility location.
Open in the ecosystem mapSource library
Sources behind this profile
Open the original record, then expand the source details to see which parts of the dossier it informs.
Public sources cited · Facts and assessments kept separate · Human review
Public sources
16
Last reviewed
Sep 25, 2026
Identity and profile
- Open source: Parallel iQCC quantum chemistry on accelerated computing platforms (opens in a new tab)
Parallel iQCC quantum chemistry on accelerated computing platforms
OTI Lumionics research authors
Source details
Move into a better-informed conversation
Take this dossier into the next conversation.
Save the organization and its public record in a private Shortlist, then request a human-routed introduction when the fit is specific enough to discuss.