RF materials, controlled impedance and HDI builds — from prototype runs to production lots.
High-speed and RF designs need controlled materials and disciplined impedance handling. Quint Tech processes Rogers 4350B, PTFE and ceramic laminates with ±5% impedance control, and builds infrastructure-class boards up to 12 layers.
For startups and product companies moving from prototype to production, the same line runs engineering samples and volume lots, while the sourcing team manages BOM cost and lifecycle risks — flagging EOL/NRND parts before they stall a production run.
Rogers 4350B · 0.3 mm holes
12-layer infrastructure boards
8 layers · impedance control
8 layers · HASL
Rogers 4350B is standard; PTFE and ceramic high-frequency laminates are also in-house processes, with impedance coupons measured on every controlled build.
Yes — 12-layer base-station motherboards are a current product, alongside 8-layer monitoring and HDI consumer boards.
The sourcing team cross-references expensive or risky parts and proposes alternatives before production freeze.
Related: Rogers & HDI capabilities · BOM cost control · all industries
Email Gerbers, BOM and pick&place files — complete RFQs are quoted within 24 hours.
jason.jin@quint-tech.com