Paragraf Launches PMF2000 GFET

Why It Matters

By moving graphene devices to standard six‑inch wafer production, Paragraf lowers cost and accelerates commercialization of high‑performance sensors, reshaping markets that demand ultra‑sensitive detection.

Key Takeaways

• PMF2000 produced on six‑inch silicon wafers
• World's first graphene foundry located in Huntingdon
• Compatible with existing GFET systems, no redesign needed
• Targets molecular sensing in healthcare, agritech, and industry
• Improves yield and consistency for large‑scale production

Pulse Analysis

Graphene’s promise in electronics has long been hampered by manufacturing bottlenecks, with most prototypes built on small, hand‑crafted flakes. Paragraf’s proprietary contamination‑free graphene process sidesteps these issues, delivering a uniform monolayer that can be integrated directly onto silicon. The PMF2000 leverages this breakthrough, marrying graphene’s exceptional carrier mobility with the mature infrastructure of six‑inch wafer fabs, a combination that dramatically narrows the gap between laboratory research and commercial semiconductor production.

The shift to six‑inch wafers is more than a size upgrade; it represents a paradigm shift in cost structure and throughput. Larger wafers enable higher device density per batch, reducing per‑unit expense and improving statistical yield. Paragraf’s Huntingdon facility, marketed as the first dedicated graphene foundry, equips the company with the ability to offer custom design windows while maintaining tight process control. This scalability is critical for sectors that require consistent performance across thousands of sensors, such as point‑of‑care diagnostics or environmental monitoring networks.

With the PMF2000, Paragraf targets molecular‑sensing applications where graphene’s high surface‑to‑volume ratio translates into unmatched sensitivity. Healthcare firms can detect biomarkers at femtomolar concentrations, agritech companies can monitor pesticide residues in real time, and industrial plants can track volatile chemicals for safety compliance. As the device becomes available through an online storefront, early adopters gain immediate access to application notes, accelerating development cycles. If the market embraces this scalable graphene platform, it could trigger a wave of new products that leverage ultra‑low‑power, high‑precision sensing, positioning Paragraf as a pivotal supplier in the emerging graphene‑enabled semiconductor ecosystem.