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POET Technologies Signs Master Agreement, Module Purchase Agreement And Deed Of Consignment With NationGate Solutions To Manufacture Optical Engine Assemblies For POET In Penang, Malaysia

Benzinga·06/24/2025 11:28:31
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POET Technologies Inc. ("POET" or the "Corporation") (TSXV:PTK, NASDAQ:POET), a leader in the design and implementation of highly-integrated optical engines and light sources for artificial intelligence networks, today announced that it has signed a Master Agreement, Module Purchase Agreement and a Deed of Consignment with NationGate Solutions (M) Sdn. Bhd ("NationGate"), to manufacture optical engine assemblies for POET in Penang, Malaysia.

POET has engaged with NationGate to assemble and test consigned optical engines with a custom-designed fiber-attach unit (FAU) made specifically for one of POET's key customers. That customer has confirmed a high level of interest from hyperscale data centers in a product that includes a combination of optical engines available exclusively from POET.

Update on Sample Shipments

The agreement with NationGate is in addition to the Company's manufacturing agreement with Globetronics, which was announced in December of 2024. The Company confirmed that its operation in Globetronics had progressed to the point that it had, as of early June, shipped its order backlog of sample 800G optical engines to existing customers. The Company expects to ship its backlog of 1.6T samples during Q3 of 2025.

Both the Globetronics and NationGate facilities have initiated critical qualification processes. Once fully on-line, these facilities will ensure continuity and scalability in delivering POET's high performance photonics solutions to global customers. Establishing a Malaysian manufacturing footprint is in direct response to increasing customer demand and the strategic need for POET to diversify and secure the Company's supply chain. POET's Optical Interposer-based Optical Engines and other assemblies are directed at applications in data centers, AI, high performance computing and telecom networks.