Top Rogers PCB Manufacturers for Traceable RF Laminate Sourcing

Last updated: October 2026

Rogers PCB manufacturers are specialized printed circuit board fabricators, including PCBark, Sierra Circuits, and Eurocircuits for quick-turn hybrid prototypes, and TTM Technologies, Summit Interconnect, and AT&S for defense radar and millimeter-wave production, that stock genuine RO4000, RO3000, RT/duroid, or TMM copper-clad laminates, operate in-house plasma desmear for polytetrafluoroethylene (PTFE) hole walls, and supply lot-traceable Rogers Corporation Certificates of Conformance.

Disclosure: This guide is published by PCBark, which is featured first. The companies are grouped by purchasing needs, not ranked by independently measured performance.

How We Selected These Rogers PCB Manufacturers

We assessed printed circuit board fabricators based on four verifiable requirements in the shop-floor evaluation criteria: documented processing of rogers pcb materials and high-frequency pcb materials (RO4000, RO3000, RT/duroid, or TMM series), controlled-impedance etching and multilayer hybrid lamination, and published quality and defense certifications and factory locations.

In compiling this shortlist, laminate-only raw material makers such as Rogers Corporation itself, brokers without fabrication lines, trading companies, sourcing platforms, directories, and equipment-only sellers were excluded. All company claims and capabilities, as well as laminate stock and facility records, were checked against official manufacturer websites in October 2026.

A facility’s credentials and product acceptance standards address different requirements. ISO 9001, AS9100D, IATF 16949, NADCAP, ITAR registration, and MIL-PRF-31032 QML apply to manufacturing operations. Product standards address high-frequency bare-board qualification (IPC-6018), bare-board visual acceptance (IPC-A-600), and populated-assembly acceptance (IPC-A-610).

What is Rogers material in PCB, and why doesn’t Rogers Corporation fabricate boards?

Rogers material is a family of low-loss, hydrocarbon-ceramic and PTFE copper-clad dielectric substrates manufactured by Rogers Corporation for radio frequency, microwave, and millimeter-wave circuits operating at high frequencies. Rogers Corporation produces only the raw copper-clad laminates, bondplies, and prepregs. It doesn’t drill, etch, plate, or assemble finished circuit boards. Buyers must contract qualified PCB manufacturers to process those raw sheets into bare or populated boards; see our Rogers PCB and RF substrate materials guide for dielectric chemistry details.

20 Rogers PCB Manufacturers at a Glance

The 20-Manufacturer Rogers Laminate & Capability Fit Matrix below maps each fabricator by headquarters location, founding year, primary buyer fit, core services, shop-floor strengths, and sourcing constraints. Rather than assigning a synthetic composite score, the 20-Manufacturer Rogers Laminate & Capability Fit Matrix allows RF engineers and buyers to filter suppliers by laminate family, regional compliance, and order volume.

Prototype and Hybrid Rogers-FR4 PCB Manufacturers

The eight pcb manufacturers, based on the hybrid group, maintain internal stocks of common rogers , especially ro4350b and ro4003c . The eight pcb manufacturers in this prototype and hybrid group maintain in-house stocks of common rogers grades, especially ro4350b and ro4003c, and support advanced pcb hybrid lamination combining outer high-frequency cores with inner standard fr-4 layers, alongside integrated pcb assembly for 5G front-end modules and radar sensors.

1. PCBark, Best for Traceable Rogers Prototypes, Hybrid Stackups, and Turnkey PCBA

Founded in 2010 in China with manufacturing facilities in Shenzhen and Zhuhai, PCBark (Rogers RF PCB manufacturing capabilities) fabricates high-frequency bare boards and turnkey assemblies across the Rogers RO4000, RO3000, RT/duroid, and TMM series. The shop processes pure Rogers constructions alongside a custom Rogers + FR-4 hybrid stack-up using RO4450F bondply, plasma desmear for PTFE hole walls, and an impedance coupon as a pass/fail gate on controlled-impedance lots. Every production batch is supported by pre-build stackup DFM review and raw laminate lot traceability so engineering teams can move from fast prototypes to volume runs without changing material recipes.

• Headquarters: China (Shenzhen and Zhuhai manufacturing facilities)
• Founded: 2010
• Company type: PCB and PCBA Manufacturer (Rogers + FR-4 hybrid stack-up & High-Frequency Specialist)
• Main products & Rogers laminates: Rogers PCBs (RO4350B, RO4003C, RO4835, RO3003, RO3006, RO3010, RT/duroid 5880, RT/duroid 6002, TMM series), Rogers + FR-4 hybrid stack-up boards, and turnkey PCBA
• Manufacturing capabilities: Pure Rogers and Rogers + FR-4 hybrid stack-up lamination using RO4450F prepreg, plasma desmear and sodium-naphthalene activation for PTFE hole walls, controlled impedance etching (±5% / ±8%) using an impedance coupon as a pass/fail gate, blind/buried vias, and backdrilling
• Certifications & standards: Facility certifications include ISO 9001 & ISO 14001, ISO 13485, IATF 16949, and UL; bare boards and assemblies are inspected to IPC-6018 and IPC-A-610 Class 2/3 acceptance standards
• Published highlights: Stocks core Rogers RO4350B, RO4003C, RO3003, and RT/duroid 5880 laminates for fast-turn prototyping and volume production with raw-material Certificate of Conformance (CoC) traceability, using an impedance coupon as a pass/fail gate alongside turnkey SMT assembly
• Best for: Engineering and procurement teams needing traceable Rogers RO4000/RO3000/RT/duroid prototypes, hybrid FR-4 stackups, and turnkey PCBA from a single supplier
• Potential disadvantage: Chinese manufacturing footprint means defense buyers with strict US domestic ITAR residency rules must pair off-the-shelf prototypes with a US-registered plant
• Official website: https://pcbark.com/pcb-manufacturing/rogers-pcb/

2. Sierra Circuits, Best for US Domestic Quick-Turn RF Prototypes and Defense Boards

Operating from Sunnyvale, California since 1986, Sierra Circuits is a family-owned US printed circuit board fabricator and turnkey assembler that builds quick turn PCBs and millimeter-wave boards entirely in-house. The Sunnyvale engineering team supports Rogers hydrocarbon-ceramic and PTFE laminates, complex hybrid stackups, and tight-tolerance trace etching backed by its free online Impedance Calculator and stackup tools. Because fabrication and assembly happen under one roof in Silicon Valley, defense and aerospace customers gain rapid domestic turnaround without broker handoffs.

• Headquarters: Sunnyvale, California, USA
• Founded: 1986
• Company type: US PCB Fabricator and Turnkey PCB Assembler specializing in quick turn PCBs
• Main products & Rogers laminates: High-frequency RF and microwave quick turn PCBs using Rogers laminates, hybrid PCB stackups, HDI boards, rigid-flex circuits, and turnkey PCBA
• Manufacturing capabilities: In-house US quick-turn fabrication and assembly, controlled-impedance RF stackup modeling via its online Impedance Calculator, hybrid PTFE/FR-4 lamination, and microvia HDI processing
• Certifications & standards: Facility holds ISO 9001:2015, AS9100D, ISO 13485:2016, MIL-PRF-55110, MIL-PRF-31032, and ITAR registration; builds to IPC-6012 and IPC-6018 Class 3 requirements
• Published highlights: Family-owned Sunnyvale manufacturer founded in 1986 offering 100% in-house US quick turn PCBs and assembly for defence, aerospace, and commercial RF prototypes, complete with a free online Impedance Calculator and IPC-6018 engineering support
• Best for: US defense, aerospace, and hardware engineering teams requiring domestic ITAR/AS9100D quick-turn Rogers prototypes
• Potential disadvantage: Silicon Valley domestic manufacturing structure is built for high-reliability quick-turn and defense programs rather than high-volume offshore cost targets
• Official website: https://www.protoexpress.com/

3. AdvancedPCB, Best for Multi-Site North American RF and Defense Interconnect

Headquartered in Aurora, Colorado, AdvancedPCB unites legacy APCT (founded in 1977), Advanced Circuits, San Diego PCB Design, and Circuit Design Inc. into a nine-facility North American interconnect group launched under the unified brand in 2024. Across its regional plants, the company fabricates RF/Microwave boards on Rogers laminates, hybrid high-speed digital stackups, rigid-flex circuits, and full system assemblies down to 0201 passives inspected with TruView Novus X-ray systems. This multi-site network gives North American defense primes both rapid prototype capacity and domestic disaster-recovery redundancy.

• Headquarters: Aurora, Colorado, USA
• Founded: 2024 (unified brand launch; legacy APCT founded in 1977)
• Company type: Multi-Site North American RF/Microwave PCB Fabricator and Assembler
• Main products & Rogers laminates: RF/Microwave PCBs on Rogers substrates, hybrid laminates, rigid-flex, HDI boards, and full turnkey assembly supporting 0201 components
• Manufacturing capabilities: Multi-facility North American quick-turn and volume fabrication, hybrid dielectric lamination, 0201 fine-pitch SMT placement, TruView Novus X-ray inspection, and controlled-impedance testing
• Certifications & standards: Network facilities hold NADCAP, AS9100D, ISO 9001, ITAR registration, and MIL-PRF-31032 / MIL-PRF-55110 qualifications, with boards built to IPC Class 3
• Published highlights: Operates 9 manufacturing sites across North America combining legacy Advanced Circuits and APCT capabilities, featuring TruView Novus X-ray inspection, 0201 assembly, and AS9100D defense RF/Microwave fabrication
• Best for: Defense primes and industrial OEMs seeking multi-plant North American capacity for complex Rogers and rigid-flex boards
• Potential disadvantage: Because capabilities and QML scopes are distributed across nine acquired factories, buyers must confirm which exact plant will fabricate their RF lot
• Official website: https://www.advancedpcb.com/

4. NextPCB, Best for Stocked RO4350B and RO4003C Fast Prototypes to Batch PCBA

Established in 2011 as part of Huaqiu and headquartered in Shenzhen, China, NextPCB operates three specialized manufacturing plants covering engineering prototypes, volume bare-board production, and automated SMT assembly. The company maintains standing inventory of PTFE and non-PTFE Rogers laminates, including RO4350B, RO4003C, and RO3003, to compress lead times on 24 GHz and 77 GHz millimeter-wave radar, 5G antenna, and satellite communication boards. Published Popular Rogers Materials Specification Table and free NextDFM software help engineers verify dielectric parameters before releasing Gerber files.

• Headquarters: Shenzhen, China
• Founded: 2011
• Company type: PCB and Turnkey PCBA Manufacturer (Huaqiu Electronics group)
• Main products & Rogers laminates: PTFE and non-PTFE Rogers laminates including RO4350B, RO4003C, and RO3003 high-frequency PCBs, hybrid Rogers + FR-4 stackups, and turnkey SMT assembly
• Manufacturing capabilities: Pure and hybrid Rogers lamination, controlled impedance testing, blind/buried vias, automated optical inspection (AOI), X-ray BGA inspection, and functional testing
• Certifications & standards: Holds IATF 16949, ISO 9001, ISO 14001, ISO 13485, and UL certifications; manufactures and inspects to IPC-A-600 and IPC-A-610 Class 2/3
• Published highlights: Huaqiu-backed manufacturer founded in 2011 operating 3 specialized factories in China with in-house stock of PTFE and non-PTFE Rogers laminates (RO4350B, RO4003C) and a detailed Popular Rogers Materials Specification Table
• Best for: Commercial wireless, IoT, and automotive sensor teams needing stocked RO4350B/RO4003C boards with integrated SMT assembly
• Potential disadvantage: Non-standard PTFE grades or multi-step sequential hybrid stackups fall outside instant online pricing and require manual CAM engineering review
• Official website: https://www.nextpcb.com/

5. PCBWay, Best for Broad Rogers Grade Catalog and Online Instant Quoting

Founded in 2014 in Hangzhou with five self-owned factories across Shenzhen, Zhuhai, and Foshan, PCBWay provides an accessible online ordering workflow for custom high-frequency circuit boards. According to its published Rogers material catalog, the shop processes RO4350B, RO4003C, RO3003, RO3006, RO3010, RT/duroid 5880, and TMM laminates alongside PTFE/FR-4 hybrid stackups, micro-BGA assembly, and IC programming. Engineers can upload stackup parameters directly to receive rapid DFM feedback and transparent material pricing.

• Headquarters: Hangzhou, China (manufacturing plants in Shenzhen, Zhuhai, and Foshan)
• Founded: 2014
• Company type: Quick-Turn PCB and PCBA Manufacturer
• Main products & Rogers laminates: High-frequency PCBs using Rogers RO4350B, RO4003C, RO3003, RO3006, RO3010, RT/duroid 5880, and TMM laminates, hybrid stackups, micro-BGA assemblies, and IC programming
• Manufacturing capabilities: Hybrid Rogers/FR-4 press cycles, plasma hole-wall treatment, tight line-width etching, micro-BGA SMT placement, firmware programming, and controlled impedance verification
• Certifications & standards: Holds ISO9001 (ISO 9001:2015), IATF 16949, ISO 13485, and UL certification; fabricates and assembles to IPC-A-600 and IPC-A-610 Class 2 and Class 3
• Published highlights: Founded in 2014 in Hangzhou, operating 5 self-owned factories with ISO9001 certification, micro-BGA assembly, IC programming, and detailed laminate stock tables covering RO4000, RO3000, and RT/duroid series
• Best for: Hardware developers and R&D teams wanting fast online quoting across a wide variety of Rogers hydrocarbon and PTFE grades
• Potential disadvantage: While standard RO4350B/RO4003C cores turn quickly, special-order RT/duroid thicknesses can add multi-week raw material procurement wait times
• Official website: https://www.pcbway.com/

6. MADPCB, Best for Turnkey Rogers RO3000, RO4000, and RT/duroid 5880 Builds

Operating manufacturing facilities in China out of Shenzhen, MADPCB is an Electronics Contract Manufacturer focused on custom high-frequency printed circuit board fabrication and turnkey assembly without minimum order quantities. Documented Rogers capabilities span RO3003, RO3006, RO3010, RO4003C, RO4350B, RO4835, RT/duroid 5880, and Rogers CLTE Series substrates, including blind &buried via constructions and mixed-dielectric stackups paired with high-Tg FR-4 cores. By combining bare-board etching, component procurement, and SMT assembly under one roof, the shop simplifies low-to-medium volume RF builds.

• Headquarters: Shenzhen, with manufacturing facilities in China
• Founded: Not stated on reviewed official pages
• Company type: Electronics Contract Manufacturer (Turnkey PCB Fabricator and Assembler)
• Main products & Rogers laminates: Rogers RO3003, RO3006, RO3010, RO4003C, RO4350B, RO4835, RT/duroid 5880, and CLTE Series PCBs, hybrid FR-4/Rogers boards, and turnkey PCBA
• Manufacturing capabilities: Pure PTFE and hydrocarbon-ceramic fabrication, blind &buried via drilling, hybrid multilayer lamination, controlled-impedance routing, and full turnkey SMT/THT assembly
• Certifications & standards: Official pages state compliance with ISO 9001, RoHS, and IPC Class 2/3 fabrication and assembly standards
• Published highlights: Electronics Contract Manufacturer with facilities in China offering Rogers RO4000, RO3000, RT/duroid 5880, and CLTE Series fabrication with blind &buried via support (requires company name, address and nationality for NDA/quote setup)
• Best for: Small-to-midsize RF engineering teams looking for no-MOQ turnkey Rogers fabrication and assembly in Shenzhen
• Potential disadvantage: Reviewed official pages don’t state a four-digit corporate founding year or specific UL file number, which buyers should request during RFQ qualification
• Official website: https://madpcb.com/

7. PCBgogo, Best for Cost-Sensitive RO4350B Prototypes and Small-Batch PCBA

Operating since 2015 in Shenzhen, China, PCBgogo runs more than 20,000 square meters of self-owned factory space dedicated to quick-turn PCB prototype fabrication and small-to-medium batch SMT assembly. The company keeps RO4003C and RO4350B available in stock alongside PTFE substrates, supporting expedited 12 hours & 24 hours prototype turns as well as multilayer hybrid Rogers + FR-4 stackups. The online quoting platform provides live order tracking from raw laminate cutting through final flying-probe and AOI inspection.

• Headquarters: Shenzhen, China
• Founded: Operating since 2015
• Company type: Quick-Turn PCB Prototype and PCBA Manufacturer
• Main products & Rogers laminates: High-frequency Rogers PCBs with RO4003C and RO4350B available in stock, PTFE and ceramic-filled RF boards, hybrid FR-4 stackups, and quick-turn PCB prototype assembly
• Manufacturing capabilities: Expedited 12 hours & 24 hours quick-turn PCB prototype builds, mixed-material lamination, controlled impedance verification, ENIG/immersion silver surface finishes, and automated SMT assembly
• Certifications & standards: Holds ISO 9001:2015, IATF 16949, UL 796 Certification, RoHS, and REACH compliance; inspects bare boards and assemblies to IPC-A-600 and IPC-A-610 Class 2/3
• Published highlights: Operating since 2015 in Shenzhen with RO4003C and RO4350B available for 12 hours & 24 hours quick-turn PCB prototype delivery, backed by IATF 16949 and UL 796 Certification
• Best for: Commercial electronics teams seeking budget-friendly RO4350B/RO4003C prototypes and small-batch turnkey assembly
• Potential disadvantage: Standard production workflows prioritize commercial RO4000 hydrocarbon-ceramic grades rather than ultra-low-loss space-grade PTFE laminates
• Official website: https://www.pcbgogo.com/

8. Eurocircuits, Best for European RF Prototypes Using Defined 4- and 6-Layer RF Pools

Headquartered in Mechelen, Belgium and founded in 1991 (with German sales and engineering support via Eurocircuits Erkelenz), Eurocircuits manufactures prototype and small-series PCBs in its own European factories in Eger, Hungary and Baesweiler, Germany. To make high-frequency prototyping predictable for European engineers, its published RF pool Service Parameters combine outer Rogers RO4350 (RO4350B) cores with Isola I-Tera MT40 or FR-4 inner layers in pre-qualified 4-layer and 6-layer mixed RF and FR4 stackups. Engineers can verify trace geometry, copper spacing, and impedance in real time using the browser-based PCB Visualizer before placing an order.

• Headquarters: Mechelen, Belgium (with German support at Eurocircuits Erkelenz and factories in Hungary and Germany)
• Founded: 1991
• Company type: European Prototype and Small-Series Mixed RF and FR4 PCB/PCBA Manufacturer
• Main products & Rogers laminates: Pooled 4-layer and 6-layer mixed RF and FR4 PCBs using Rogers RO4350 (RO4350B) and Isola I-Tera MT40, standard rigid PCBs, and prototype PCBA
• Manufacturing capabilities: Defined RF pool Service Parameters, automated pre-order DFM/DRC visualization, controlled-impedance etching, and European in-house SMT assembly
• Certifications & standards: Holds ISO 9001 and ISO 14001 certifications at its European manufacturing sites, building boards to IPC-A-600 and IPC-6012 standards
• Published highlights: Founded in 1991 in Mechelen with wholly owned factories in Hungary and Germany (plus Eurocircuits Erkelenz), offering transparent RF pool Service Parameters for mixed RF and FR4 prototypes using stocked Rogers RO4350 cores
• Best for: European RF design engineers needing fast, EU-onshore prototypes built on standardized RO4350B hybrid stackups
• Potential disadvantage: Pooled RF service is restricted to pre-defined RO4350B/Isola stackup geometries and doesn’t cover custom pure-PTFE RT/duroid constructions
• Official website: https://www.eurocircuits.com/

US and European Specialists for Defense, Radar, and Space RF Boards

Defense radar, electronic warfare, satellite payloads, and medical telemetry programs frequently require domestic manufacturing footprints, ITAR export compliance, or MIL-PRF-31032 qualified manufacturing lines. This section covers US and European specialists, alongside established regional providers whose corporate and factory routing we detail explicitly, so engineering teams can align supplier selection with their aerospace PCB design and reliability standards.

9. TTM Technologies, Best for Tier-1 Defense Radar, Aerospace, and Phased-Array Programs

Headquartered in Santa Ana, California and publicly traded on Nasdaq (TTMI), TTM Technologies is one of North America’s largest defense and aerospace manufacturers of RF microwave/microelectronic assemblies and high-frequency bare boards. Operating more than 24 specialized facilities worldwide, TTM delivers custom high-frequency solutions using Rogers PTFE and hydrocarbon laminates alongside its RF&S Components Business Unit, which produces the industry-standard Xinger brand of passive RF couplers and baluns. Regional engineering teams collaborate directly with defense primes on phased-array radar, electronic warfare, and space-qualified interconnects.

• Headquarters: Santa Ana, California, USA
• Founded: Not stated on reviewed official capability pages (publicly traded on Nasdaq: TTMI)
• Company type: Tier-1 Global Manufacturer of RF microwave/microelectronic assemblies and High-Frequency PCBs
• Main products & Rogers laminates: Custom high-frequency solutions on Rogers and PTFE laminates, RF microwave/microelectronic assemblies, phased-array radar backplanes, and Xinger passive RF components from its RF&S Components Business Unit
• Manufacturing capabilities: Multi-site US defense fabrication, millimeter-wave hybrid lamination, precision laser via formation, thermal-core embedding, and RF module testing
• Certifications & standards: Network facilities hold AS9100, NADCAP, MIL-PRF-31032, MIL-PRF-55110, ITAR registration, ISO 9001, and IPC-6018 space/defense qualifications
• Published highlights: Publicly traded (Nasdaq: TTMI) Santa Ana tier-1 manufacturer operating 24+ facilities providing RF microwave/microelectronic assemblies, custom high-frequency solutions, and Xinger passives via its RF&S Components Business Unit
• Best for: Defense primes and aerospace OEMs sourcing ITAR-compliant, MIL-PRF-31032 qualified microwave and phased-array radar boards
• Potential disadvantage: Enterprise-scale program onboarding and defense compliance workflows make TTM impractical for small commercial prototype quantities
• Official website: https://www.ttm.com/

10. Summit Interconnect, Best for High-Layer North American Defense and Space Hybrid Boards

Founded in 2016 and headquartered in Irvine, California, Summit Interconnect operates eight advanced manufacturing facilities across California, Colorado, Illinois, and Toronto, Canada (including its acquired Santa Clara quick-turn facility). Summit specializes in high-reliability RF, microwave, and semiconductor reference cards up to 50 layers fabricated on PTFE, hydrocarbon, and hybrid laminates such as Rogers RO4350B. In-house plasma etching, heavy copper bonding, and IPC-6018 qualified lines serve radar, satellite, and defense electronics programs.

• Headquarters: Irvine, California, USA
• Founded: 2016
• Company type: Multi-Site North American High-Reliability PCB Manufacturer
• Main products & Rogers laminates: High-frequency RF and microwave PCBs on PTFE, hydrocarbon, and hybrid laminates (including Rogers RO4350B), semiconductor reference cards, and boards up to 50 layers
• Manufacturing capabilities: In-house plasma desmear for PTFE, hydrocarbon, and hybrid laminates, sequential lamination up to 50 layers, blind/buried microvias, backdrilling, and tight-tolerance RF impedance control
• Certifications & standards: Facilities hold AS9100D, NADCAP, ISO 9001:2015, ITAR registration, and MIL-PRF-31032 / MIL-PRF-55110 qualifications; products conform to IPC-6012 and IPC-6018 Class 3 / DS
• Published highlights: Founded in 2016 in Irvine, operating 8 North American facilities (including its Santa Clara quick-turn division) that build IPC-6018 defense boards and semiconductor reference cards on RO4350B and PTFE, hydrocarbon, and hybrid laminates
• Best for: Defense, space, and semiconductor test buyers requiring high-layer North American hybrid Rogers stackups with NADCAP and MIL-PRF-31032 credentials
• Potential disadvantage: Pricing and engineering workflows are structured around regulated aerospace, defense, and semiconductor test programs rather than low-cost commercial electronics
• Official website: https://summitinterconnect.com/

11. PCBCart, Best for Flexible Prototype-to-Production Rogers RO4000 and RO3000 Sourcing

PCBCart combines long-standing international engineering support with fabrication at audited factories in China and Thailand, rather than the US or Europe. Operating since 2005 with a corporate base in Singapore, this full service PCB manufacturer bridges rapid RF prototyping and scheduled volume production. Dedicated high-frequency PCB fab services support RO4003C, RO4350B, Ro3003, Ro3010, RT5880 laminates and Rogers 4450F bondply for cost-saving hybrid stackups combining Rogers outer layers with FR-4 cores.

• Headquarters: Singapore (corporate base; manufacturing facilities in China and Thailand)
• Founded: 2005
• Company type: International full service PCB manufacturer and Turnkey PCBA Provider
• Main products & Rogers laminates: High-frequency PCB fab services using RO4003C, RO4350B, Ro3003, Ro3010, RT5880 cores and Rogers 4450F prepreg, hybrid FR-4 stackups, and turnkey assembly
• Manufacturing capabilities: Pure and hybrid high-frequency lamination with Rogers 4450F, controlled-impedance testing, heavy copper, blind/buried vias, and dual-country (China/Thailand) production routing
• Certifications & standards: Manufacturing facilities hold ISO 9001, UL, RoHS, and REACH certifications, building boards to IPC-A-600 and IPC-A-610 Class 2 and Class 3
• Published highlights: Founded in 2005 in Singapore as a full service PCB manufacturer offering high-frequency PCB fab services across RO4003C, RO4350B, Ro3003, Ro3010, RT5880 with Rogers 4450F hybrid bonding and ISO 9001 quality systems
• Best for: Commercial and industrial OEMs wanting flexible prototype-to-production Rogers sourcing with optional Thailand manufacturing routing
• Potential disadvantage: Singapore corporate entity routes physical fabrication through Chinese and Thai plants, so it doesn’t satisfy US domestic ITAR residency mandates
• Official website: https://www.pcbcart.com/

12. Epec Engineered Technologies, Best for US Microwave/RF Flex, Rigid-Flex, and MIL-PRF-31032 Builds

Founded in 1952 and headquartered in New Bedford, Massachusetts, Epec Engineered Technologies is a 70+-year US electronics manufacturer that acquired NetVia Group in Irving, Texas to anchor its domestic Multilayer Advanced RF/Microwave division. At the Irving facility, Epec fabricates pure PTFE, ceramic-filled hydrocarbon, cavity boards, and hybrid Rogers circuit boards alongside DOD/ITAR and MIL-PRF-31032 qualified military interconnects. Domestic engineering staff reviews stackup symmetry, copper weight, and hole-wall preparation before releasing high-frequency designs to the shop floor.

• Headquarters: New Bedford, Massachusetts, USA (NetVia Group RF/microwave PCB plant in Irving, Texas)
• Founded: 1952
• Company type: US Engineered PCB Manufacturer specializing in Multilayer Advanced RF/Microwave interconnects
• Main products & Rogers laminates: Multilayer Advanced RF/Microwave PCBs on Rogers RO4000, RO3000, and RT/duroid laminates, laser/routed cavity boards, rigid-flex circuits, and heavy copper boards
• Manufacturing capabilities: Dedicated Irving, TX NetVia Group RF/microwave fabrication line, plasma desmear for PTFE, precision cavity boards, hybrid dielectric press cycles, and TDR impedance validation
• Certifications & standards: Holds DOD/ITAR registration, MIL-PRF-31032, MIL-PRF-55110, AS9100, ISO 9001, and UL certifications across its US manufacturing operations
• Published highlights: Founded in 1952 with a dedicated domestic NetVia Group facility in Irving, Texas producing Multilayer Advanced RF/Microwave and cavity boards under DOD/ITAR and MIL-PRF-31032 qualifications
• Best for: US defense, medical, and industrial customers needing domestic RF/microwave bare boards or rigid-flex interconnects backed by Irving, Texas fabrication
• Potential disadvantage: Custom RF and hybrid builds require direct engineering DFM review and manual quoting rather than instant self-service web checkout
• Official website: https://www.epectech.com/

13. ASC Sunstone Circuits, Best for US Domestic Rogers Prototypes and Mid-Volume RF Production

Formed through the combination of American Standard Circuits (West Chicago, IL – ASC) and Sunstone Circuits (Mulino, OR), ASC Sunstone Circuits brings over 50 years of US printed circuit board manufacturing experience to domestic RF buyers. The two-plant structure pairs Mulino, OR rapid prototype turnaround with West Chicago, IL – ASC dedicated RF/microwave, metal-backed production lines processing Rogers and Arlon laminates across RO4000, RO3000, RT/duroid, and TMM series. This dual-site US model allows engineers to prototype a Rogers design in Oregon and scale mid-volume MIL-PRF-31032 defense or telecom runs in Illinois under unified quality systems.

• Headquarters: Mulino, OR and West Chicago, IL – ASC, USA
• Founded: Not stated as a single four-digit year on reviewed capability pages (official site cites over 50 years of PCB manufacturing experience)
• Company type: Two-Site US Domestic RF/microwave, metal-backed and Multilayer PCB Manufacturer
• Main products & Rogers laminates: RF/microwave, metal-backed PCBs using Rogers and Arlon high-frequency substrates (RO4000, RO3000, RT/duroid, TMM), hybrid stackups, and rigid-flex
• Manufacturing capabilities: Domestic quick-turn prototyping in Mulino, OR, mid-volume RF/microwave, metal-backed thermal management fabrication at West Chicago, IL – ASC, plasma etching, and impedance verification
• Certifications & standards: Facilities hold MIL-PRF-31032, AS9100, ISO 9001, ITAR registration, and NADCAP qualifications, building to IPC-6012 and IPC-6018 Class 3
• Published highlights: Combines over 50 years of US PCB manufacturing across Mulino, OR and West Chicago, IL – ASC facilities, specializing in stocked Rogers and Arlon laminates, RF/microwave, metal-backed boards, and MIL-PRF-31032 compliance
• Best for: US engineering teams wanting a direct domestic path from rapid Oregon Rogers prototypes to Illinois defense/industrial production
• Potential disadvantage: Non-stocked specialty Rogers dielectric thicknesses or copper weights require factory mill lead times of 3 to 5 weeks outside standard stocked cores
• Official website: https://www.sunstone.com/

14. Technotronix, Best for California-Coordinated Rogers PCBs and AS9100 Rev D Assembly

Located in Anaheim, California, Technotronix is an ISO 9001:2015 and AS9100-certified custom Rogers PCB fabricator and turnkey assembly provider serving aerospace, defense, medical, and telecommunications programs. Its published Rogers service page highlights processing for RO4000 (RO4350B, RO4003C), RO3003, RT/duroid, and TMM thermoset laminates spanning dielectric constants from 2.55-6.15 and higher, with controlled impedance and hybrid FR-4 stackup support. Because the Anaheim facility coordinates both domestic and global sourcing options, buyers requiring 100% US bare-board etching should specify domestic in-house fabrication on their purchase order.

• Headquarters: Anaheim, California, USA
• Founded: Not stated on reviewed official pages
• Company type: Custom PCB Fabricator and Turnkey PCBA Provider
• Main products & Rogers laminates: Custom Rogers PCBs using RO4000 (RO4350B, RO4003C), RO3003, RT/duroid, and TMM thermoset laminates (covering Dk ranges such as 2.55-6.15), rigid-flex boards, and turnkey PCBA
• Manufacturing capabilities: High-frequency hybrid lamination across 2.55-6.15 Dk substrates and TMM thermoset laminates, controlled-impedance routing, ENIG/immersion silver finishes, and X-ray inspection
• Certifications & standards: Anaheim facility is ISO 9001:2015 and AS9100-certified (AS9100 Rev D), with ISO 13485:2016, ITAR registration, and IPC-A-610 Class 2/3 compliance
• Published highlights: Anaheim, California electronics manufacturer that is ISO 9001:2015 and AS9100-certified, fabricating RO4000 and TMM thermoset laminates across 2.55-6.15 dielectric constant ranges with ITAR registration
• Best for: California aerospace, medical, and defense buyers seeking AS9100 Rev D turnkey assembly paired with custom Rogers board sourcing
• Potential disadvantage: Reviewed pages don’t state a four-digit founding year or separate in-house Anaheim bare-board etching from partner fab routing, so confirm plant routing at RFQ
• Official website: https://www.technotronix.us/

15. Würth Elektronik CBT, Best for European High-Frequency Microvia and HDI RF Circuit Boards

Headquartered in Germany with three German PCB production plants in Niedernhall, Rot am See, and Schopfheim, Würth Elektronik CBT (Circuit Board Technology) has operated for over 50 years as one of Europe’s largest manufacturers of high-frequency circuit boards. The company fabricates HDI Microvia PCBs, Rogers hydrocarbon-ceramic and PTFE hybrid stackups, and specialized interconnects under its WE SYSTEMS – Bonding and systems engineering division. All German production sites are certified according to IATF 16949 and ISO 9001, giving European automotive radar and industrial OEMs direct domestic engineering support.

• Headquarters: Niedernhall, Germany (three German plants in Niedernhall, Rot am See, and Schopfheim)
• Founded: Not stated as a four-digit year on reviewed CBT pages (official site cites over 50 years of PCB manufacturing experience)
• Company type: European High-Tech Manufacturer of circuit boards and HDI Microvia PCBs
• Main products & Rogers laminates: High-frequency and high-speed circuit boards using Rogers and specialty RF laminates, HDI Microvia PCBs, flex-rigid circuits, and WE SYSTEMS – Bonding and systems solutions
• Manufacturing capabilities: Sequential hybrid lamination, laser-drilled HDI Microvia PCBs, impedance-controlled fine-line etching, cavity milling, and WE SYSTEMS – Bonding and systems integration
• Certifications & standards: Plants are certified according to IATF 16949, ISO 9001, ISO 14001, ISO 13485, and UL standards; fabricates to IPC-6012 and IPC-6018 specifications
• Published highlights: Würth Elektronik CBT operates three production facilities in Germany certified according to IATF 16949, delivering high-frequency circuit boards, HDI Microvia PCBs, and WE SYSTEMS – Bonding and systems engineering to over 4,000 customers
• Best for: European industrial, medical, and automotive OEMs requiring German-manufactured high-frequency HDI and hybrid microvia boards
• Potential disadvantage: German domestic manufacturing overhead is tailored to high-complexity European engineering programs rather than low-cost commodity board runs
• Official website: https://www.we-online.com/

High-Volume and Telecom RF PCB Manufacturers

Scaling a 5G massive-MIMO antenna array, 77 GHz automotive radar module, or telecom switch to 50,000 production units requires automated optical line-width compensation, statistical impedance control, and multi-plant capacity for high-performance circuit boards capabilities shared with top multilayer PCB manufacturers on high-layer hybrid builds.

16. Sanmina, Best for Global Tier-1 Telecom, Radar, and Up-to-70-Layer RF Backplanes

Founded in 1980 and headquartered in San Jose, California, Sanmina Corporation is a Fortune 500 integrated manufacturing solutions provider operating across 18 countries on six continents. Its advanced printed circuit board division fabricates high-frequency RF boards and custom backplanes up to 70 layers using Rogers 4350B, Rogers 4003C, and hybrid PTFE/high-Tg epoxy stackups. Utilizing Multiple Sequential Laminations and Simultaneous Via Partitioning, Sanmina supports tier-1 telecommunications infrastructure, defense radar, and cloud networking OEMs from NPI through global mass production.

• Headquarters: San Jose, California, USA
• Founded: 1980
• Company type: Fortune 500 Global PCB Fabricator and EMS Provider
• Main products & Rogers laminates: High-frequency RF/microwave PCBs (explicitly citing Rogers 4350B and 4003C), custom backplanes up to 70 layers, rigid-flex, and full system integration
• Manufacturing capabilities: Up to 70-layer custom backplanes, Multiple Sequential Laminations, Simultaneous Via Partitioning, hybrid Rogers/FR-4 press cycles, precision backdrilling, and automated RF test integration
• Certifications & standards: Facilities hold AS9100, ISO 9001, ISO 13485, IATF 16949, ITAR registration, NADCAP, and MIL-PRF-31032; builds to IPC-6018 Class 3 requirements
• Published highlights: Fortune 500 manufacturer founded in 1980 in San Jose with operations in 18 countries, fabricating custom backplanes and Rogers 4350B/4003C RF boards using Multiple Sequential Laminations and Simultaneous Via Partitioning
• Best for: Tier-1 telecom, cloud networking, and defense OEMs scaling complex high-layer hybrid Rogers boards into global volume production
• Potential disadvantage: Enterprise EMS onboarding and minimum program thresholds aren’t designed for standalone, low-quantity bare-board prototype orders
• Official website: https://www.sanmina.com/

17. AT&S, Best for High-Volume 77 GHz Automotive Radar and 5G Hybrid PCBs

Headquartered in Leoben, Austria and Founded in 1987, AT&S (Austria Technologie & Systemtechnik AG) is a global leader in high-end PCBs and IC substrates with production plants in Austria (Leoben, Fehring), India (Nanjangud), China (Shanghai, Chongqing), and Malaysia (Kulim). Its high-frequency PCB line is engineered specifically for 77 GHz advanced driver-assistance system (ADAS) automotive radar sensors, 5G millimeter-wave infrastructure, and aeroplanes and satellites using hybrid Rogers/FR-4 stackups and differential etching. By controlling copper surface roughness and trapezoidal conductor profiles in mass production, AT&S maintains tight phase matching across millions of radar antenna channels.

• Headquarters: Leoben, Austria (plants in Austria, India, China, and Malaysia)
• Founded: 1987 (Founded in 1987)
• Company type: Global High-Volume Manufacturer of high-end PCBs and IC substrates
• Main products & Rogers laminates: High-frequency hybrid PCBs for 77 GHz automotive radar, 5G telecom, and aeroplanes and satellites, alongside mSAP/HDI interconnects and IC substrates
• Manufacturing capabilities: Hybrid high-frequency lamination, differential trace etching for phase-matched antennas, laser microvia HDI, IC substrates packaging, and high-volume automated RF inspection
• Certifications & standards: Holds IATF 16949, ISO 9001, ISO 14001, ISO 45001, EN 9100 (for aeroplanes and satellites), and UL certifications across its global manufacturing plants
• Published highlights: Founded in 1987 in Leoben, Austria with multi-continent plants in Europe and Asia producing high-end PCBs and IC substrates for 77 GHz automotive radar, 5G telecom, and aeroplanes and satellites
• Best for: Automotive Tier-1 suppliers and telecom OEMs sourcing high-volume 77 GHz radar sensors and 5G millimeter-wave boards
• Potential disadvantage: Factory lines are optimized for high-volume automotive and telecom series production rather than one-off engineering prototype batches
• Official website: https://ats.net/

18. iPCB Circuits, Best for Dedicated Rogers and PTFE Microwave Bare-Board Inventory

iPCB Circuits Limited is an Asian radio-frequency and microwave bare-board specialist focused on stocked laminates and prototype-to-batch fabrication rather than multi-country conglomerate scale. Its extensive Rogers and PTFE catalog covers RO4350B, RO4003C, RT5880, RO3010, RO3003, RO3006, RT/duroid 6002, and TMM grades for power amplifiers, microwave filters, and hybrid high-frequency Print Circuit Board designs. Stock materials include FR408, 370HR, TU872, and RO4350B.

• Headquarters: Not stated as a specific city on reviewed pages (iPCB Circuits Limited, Asia-based RF/microwave PCB manufacturer)
• Founded: Not stated as a four-digit year on reviewed official pages
• Company type: Specialized RF and Microwave Bare-Board Manufacturer (iPCB Circuits Limited)
• Main products & Rogers laminates: Pure and hybrid high-frequency Print Circuit Board builds using RO4350B, RO4003C, RT5880, RO3010, RO3003, RO3006, RT/duroid 6002, and TMM microwave laminates
• Manufacturing capabilities: Plasma desmear for pure PTFE and ceramic-filled PTFE hole walls, hybrid high-frequency Print Circuit Board lamination, buried resistance/capacitance, and metal-backed RF coins
• Certifications & standards: Official pages cite ISO 9001, UL, RoHS, and bare-board inspection to IPC-A-600E Class 2 and Class 3 (note: IPC-A-600E is an older revision; verify current revision compliance at RFQ)
• Published highlights: iPCB Circuits Limited publishes a broad dedicated microwave catalog covering RO4350B, RO4003C, RT5880, RO3010, RO3003 with standing Stock materials: FR408, 370HR, TU872, RO4350B for fast hybrid high-frequency Print Circuit Board turns
• Best for: RF hardware engineers needing hard-to-find RT/duroid 5880, RT/duroid 6010, or RO3010 bare boards from a specialist microwave shop
• Potential disadvantage: Reviewed official pages omit a street headquarters address, four-digit founding year, and current IPC-A-600M revision reference, requiring pre-order verification
• Official website: https://www.ipcb.com/

19. Venture Electronics, Best for Turnkey Rogers RO4350B/RO4003C Fabrication and SMT Assembly

Operating in Shenzhen, China since 2010, Venture Electronics is a turnkey solution provider offering Rogers printed circuit board fabrication, component sourcing, and SMT assembly for commercial RF, industrial sensor, and automotive communication products. The company processes RO4350B PCB, RO4003C, RO3003, and RT/duroid 5880 laminates in both 4~10 layers of ceramic pure pressing and 4~12 layers of mixed pressing with FR-4 cores. Its engineering team assists buyers with Dk/Df material selection and thermal-management heavy-copper integration under IPC-Standard quality workflows.

• Headquarters: Shenzhen, China
• Founded: 2010 (since 2010)
• Company type: Turnkey PCB Fabricator and Electronics Assembler (turnkey solution provider)
• Main products & Rogers laminates: RO4350B PCB, RO4003C, RO3003, and RT/duroid 5880 boards, hybrid Rogers/FR-4 stackups, metal-core thermal PCBs, and turnkey PCBA
• Manufacturing capabilities: 4~10 layers of ceramic pure pressing, 4~12 layers of mixed pressing, controlled-impedance testing, heavy copper and thermal via arrays, and turnkey SMT/THT assembly
• Certifications & standards: Official pages cite ISO 9001, IATF 16949, ISO 13485, and UL certifications alongside IPC-Standard (IPC Class 2/3) workmanship compliance
• Published highlights: Operating in Shenzhen, China since 2010 as a turnkey solution provider for RO4350B PCB builds, supporting 4~10 layers of ceramic pure pressing and 4~12 layers of mixed pressing to IPC-Standard rules
• Best for: Mid-volume commercial RF and industrial electronics buyers seeking combined Rogers board fabrication and SMT assembly in Shenzhen
• Potential disadvantage: Buyers requiring automotive IATF 16949 or medical ISO 13485 compliance should verify the exact factory certificate scope and UL file number before release
• Official website: https://www.venture-mfg.com/

20. OurPCB, Best for Multi-Plant Chinese Rogers Fabrication and IPC Class 3 PCBA

Operating since 2007 with its flagship Shijiazhuang factory and Shenzhen operations (five manufacturing plants across Shijiazhuang, Shenzhen, Wuxi, and Beijing), OurPCB delivers high-frequency Rogers PCB fabrication and IPC Class 3 assembly at scale. Its published Rogers service capabilities cover RO4350B | RO3003 | RO3006, RO4003C, RO3010, and RT/duroid 5880 laminates supported by in-house AOI testing, E-testing, X-RAY, and impedance control. By separating quick-turn Shenzhen assembly from high-volume northern and eastern Chinese production plants, OurPCB accommodates both pilot runs and scheduled batch orders.

• Headquarters: Shijiazhuang and Shenzhen, China (Shijiazhuang factory plus Shenzhen, Wuxi, and Beijing plants)
• Founded: 2007 (since 2007)
• Company type: Multi-Plant Rogers PCB and Turnkey PCBA Manufacturer
• Main products & Rogers laminates: Rogers PCB builds across RO4350B | RO3003 | RO3006, RO4003C, RO3010, and RT/duroid 5880 bare boards, hybrid multilayer stackups, and IPC Class 3 turnkey PCBA
• Manufacturing capabilities: Multi-factory bare-board and SMT routing, hybrid Rogers/FR-4 lamination, and full in-house AOI testing, E-testing, X-RAY, and impedance control
• Certifications & standards: Facilities hold ISO 9001, ISO 13485, ISO 14001, IATF 16949 certifications, with assemblies inspected to IPC-A-610 Class 2 and Class 3
• Published highlights: Operating since 2007 with its Shijiazhuang factory and four additional Chinese plants, combining Rogers PCB (RO4350B | RO3003 | RO3006) sourcing with ISO 9001, ISO 13485, ISO 14001, IATF 16949 systems and AOI testing, E-testing, X-RAY, and impedance control
• Best for: OEMs scaling Rogers RF boards that require integrated IPC Class 3 or ISO 13485/IATF 16949 SMT assembly across multiple Chinese plants
• Potential disadvantage: Public capability pages emphasize assembly management certificates over bare-board UL file numbers, so confirm the bare-board fab’s UL and CoC records at RFQ
• Official website: https://www.ourpcb.com/

Rogers Material Families and Hybrid Stackup Tradeoffs

Not every shop that promotes rogers pcb fabrication can make every member of the Rogers product family. Not every shop that advertises rogers pcb fabrication can process every Rogers product family: when you compare rogers substrates against standard fr4 in a rogers vs epoxy or rogers pcb vs vs fr4 study, factory tooling divides between thermoset hydrocarbon-ceramic matrices and polytetrafluoroethylene ( ptfe ) fluoropolymer circuit materials .

While hydrocarbon-ceramic laminates machine and plate much like standard fr-4, pure and ceramic-filled PTFE laminates are chemically inert and soft, demanding specialized drill entry/backup materials and plasma hole-wall activation. For deeper transmission-line modeling equations, see our RF and microwave PCB engineering guide.

Understanding these material properties helps explain why rogers laminates are grouped by shop-floor difficulty. Because materials are engineered for specific frequency bands measured in gigahertz and Hertz—stretching into the extremely high frequency (EHF) millimeter-wave spectrum—each material offers a distinct balance of relative permittivity (dielectric constant) stability, low dissipation factor, and Z-axis coefficient of thermal expansion (cte). In high-frequency applications and microwave applications operating at high frequencies above 10 GHz, skin-effect conductor loss and dielectric loss combine to increase insertion loss and total signal loss along each transmission line. Specifying Rogers LoPro reverse-treated copper foil, for example, decreases root-mean-square surface roughness, preserving electrical impedance and rf performance and electrical performance and phase repeatability across a broad temperature range.

To allow for some level of control over the pcb design budgets while also accommodating the signal integrity budgets, engineers typically employ a hybrid pcb stack-up with rogers and fr-4. This is often done without constructing a pure rogers multilayer board. A 4- or 6-layer hybrid board places a single rogers core (0.254 mm RO4350B) on the outside layers for radio frequency and high-speed digital traces and uses FR-4 for the inner layers for power electronics, digital electronics, and control routing. This technique is prevalent in telecom transceivers, fabrication load boards, and radar sensors. Bonding dissimilar pcb materials presents three manufacturing risks that your rogers pcb manufacturer must contend with through stringent reliability engineering:

• Prepreg Flow and Tg Compatibility: Standard epoxy prepregs flow at lower temperatures than PTFE fusion cycles. For hybrid RO4000 builds, experienced fabricators use Rogers RO4450F bondply or matched high-Tg epoxy prepregs with controlled resin flow so resin does not bleed onto RF pads or starve blind vias.
• CTE Mismatch and Board Warpage: Asymmetrical placement of a PTFE or hydrocarbon-ceramic core on one side of the stack-up can cause differential shrinkage exceeding the IPC-TM-650 0.75% bow-and-twist limit during reflow. Always verify if the fabricator balances copper coverage and dielectric symmetry across the neutral axis.
• Drill Smear in Mixed Via Stacks: When a plated through-hole passes through both the epoxy/glass and Rogers ceramic-filled layers, standard chemical desmear attack the FR-4 resin at a different rate than the hydrocarbon or PTFE layers. A qualified shop runs a tailored plasma desmear cycle prior to electroless copper deposition to ensure void-free barrel plating and long-term thermal stability.

How to Choose a Rogers PCB Manufacturer for Traceable Sourcing

Because the advantages of rogers pcbs (i.e. stable dielectric loss, low dielectric loss and high thermal conductivity in specialized high-performance grades), disappear if a shop substitutes an unapproved laminate or misprocesses the hole walls, customers are advised to perform the seven verification checks below on short-listed vendors. We strongly recommend you conduct these verifications before releasing production tooling.

1. Insist on Lot Traceable Rogers Certificates of Conformance (CoC): Require the fabricator to provide the original Rogers Corporation laminate CoC, along with its bare-board shipment report. The CoC must state the exact laminate grade, dielectric thickness, copper cladding weight, foil type and master batch lot number, to prevent sub-standard generic high-frequency laminates from being used.
2. Authorized Distribution Channels and In-House Stock: Qualified fabricators purchase laminates directly from Rogers Corporation or authorized distributors and hold core thicknesses (such as 4 mil, 6.6 mil, 10 mil, 20 mil, or 30 mil RO4350B and RO4003C) in local warehouse stock. In-house inventory reduces prototype turnaround time from five weeks to less than seven days.
3. Copper Foil Profile Capability (ED vs LoPro Reverse-Treated): Standard electrodeposited (ED) copper has a rougher tooth profile than Rogers LoPro reverse-treated or rolled copper foil, which changes effective Dk and raises conductor attenuation at 24 GHz to 77 GHz. Specifying the exact foil designation on the master fabrication drawing locks high-frequency insertion loss.
4. Audit In-House PTFE Plasma Desmear and Hole-Wall Activation: Designs requiring RO3003, RO3010, or RT/duroid 5880 require in-house CF4/O2 plasma treatment or sodium-naphthalene chemical etching, as opposed to outsourced PTFE hole-wall preparation at a plating shop.
5. Separate Facility Certifications from IPC Workmanship Standards: Check whether the specific manufacturing plant building your boards holds third-party quality certificates required by your sector, such as AS9100D, NADCAP, ITAR registration, and MIL-PRF-31032 QML for defense and aerospace, or IATF 16949 for automotive, and distinguish those facility audits from product acceptance standards like IPC-6018 (high-frequency bare boards), IPC-A-600 (bare-board visual acceptability), and IPC-A-610 (populated assemblies). Note that while this 20-company guide profiles a representative cross-section of publicly documented fabricators, defense buyers requiring QML-listed lines should also cross-check official DLA QML-31032 and IPC-1791 Qualified Manufacturers List registries.
6. Review Etch Compensation and Trapezoidal Line-Width Control: At microwave frequencies, a ±0.5 mil trace-width error or over-etched trapezoidal cross-section shifts characteristic impedance and filter center frequency. Experienced CAM departments apply 0.3 mil to 0.8 mil etch-factor compensation on 0.5 oz vs 1 oz copper across Rogers cores.
7. Require TDR and Vector Network Analyzer (VNA) Test Coupons: Specify that impedance test coupons be stepped onto every production panel, and confirm whether the shop provides time-domain reflectometry (TDR) reports—or frequency-swept VNA S-parameter insertion-loss measurements when required—before shipping finished boards.

Rogers PCB RFQ Checklist: Preventing Unauthorized Substitution

Issuing a complete engineering quotation package eliminates ambiguous material assumptions, prevents unauthorized laminate swaps, and ensures that quotes from multiple rogers pcb manufacturing vendors are directly comparable on an apples-to-apples basis. When your project also includes surface-mount assembly, pair the bare-board callouts below with the BOM and centroid rules in our turnkey PCB assembly quoting guide.

What information should I provide for a Rogers PCB quotation and engineering review?

Provide Gerber RS-274X or ODB++ files, an explicit layer stackup table naming the exact Rogers laminate grade and dielectric thickness (such as 10 mil RO4350B LoPro), copper weight per layer, bondply/prepreg type (such as RO4450F), target controlled-impedance lines with test frequency, surface finish (ENIG, immersion silver, or ENEPIG), IPC-6018 class level, and a written no-substitution clause requiring a lot-traceable Rogers Certificate of Conformance.

To lock down material selection and find the right material and right pcb architecture for rf and microwave applications, the following six mandated fabrication notes must be on your master drawing:

• Exact Rogers Grade and Foil Callout: Write the full product designation (for example, “Rogers RO4350B, 0.254 mm [10 mil] dielectric core, 0.5 oz electrodeposited or LoPro copper both sides”) rather than a vague “Rogers material or equivalent” note.
• Written No-Substitution Clause: State “No dielectric laminate or bondply substitution permitted without prior written engineering authorization; supplier must furnish Rogers Corporation Certificate of Conformance with shipment.”
• Hybrid Stackup Symmetry and Bondply Pairing: For hybrid stackups, specify the exact bondply (such as Rogers RO4450F) or compatible high-Tg FR-4 prepreg, total board thickness tolerance (±10% or tighter), and maximum allowable bow and twist (≤0.75% for SMT).
• Controlled Impedance Table and Coupon Rule: List every single-ended and differential trace width, spacing, reference plane layer, target ohm value (such as 50 Ω ±5%), and whether TDR coupon reports must accompany every lot.
• Via Structure and Thermal Management Features: Call out blind/buried via spans, backdrill stub length limits (≤8 mil or ≤10 mil for high-speed channels), via-in-pad resin plugging (IPC-4761 Type VII), or embedded copper coins used for thermal management under GaN power amplifiers ensuring thermal performance and high reliability.
• Surface Finish and Solder Mask Clearance: Specify RF-friendly flat surface finishes—such as immersion silver, electroless nickel immersion gold (ENIG), or ENEPIG—and clearly mark high-frequency transmission lines where LPI solder mask must be pulled back (“solder mask relief”) to prevent dielectric loading.

Frequently Asked Questions

Request a Traceable Rogers PCB Quote from PCBark

Choosing the right pcb solution for a 2-layer RO4350B antenna prototype, a 12-layer hybrid Rogers + FR-4 radar backplane, or a turnkey SMT assembly starts with transparent stackup engineering, authentic substrate sourcing, and verified pcb manufacturing capabilities for impedance control and controlled impedance testing.

When using rogers materials for pcbs for applications in telecommunications, aerospace, or industrial sensing, or when you need to choose rogers grades with full lot traceability, our engineering team reviews Gerber files, stackup tables, and BOMs within 24 hours. Visit PCBark’s Rogers PCB manufacturing service to request a lot-traceable DFM review and quotation.

References and Sources

1. IPC-6018D, Qualification and Performance Specification for High Frequency (Microwave) Printed Boards , Association Connecting Electronics Industries (IPC).
2. IPC-TM-650 (Test Methods Manual: 2.4.22 Bow and Twist; 2.5.5.7 Characteristic Impedance by Time-Domain Reflectometry), IPC.
3. Rogers Corporation, High Frequency Laminates and Bondplies Product Selection Guide (RO4000, RO3000, RT/duroid, and TMM Series), Rogers Advanced Connectivity Solutions.
4. PCBark Official Rogers PCB Capability & Manufacturing Documentation, https://pcbark.com/pcb-manufacturing/rogers-pcb/
5. Official Manufacturer Capability & Corporate Pages Verified in October 2026 (Sierra Circuits, AdvancedPCB, NextPCB, PCBWay, MADPCB, PCBgogo, Eurocircuits, TTM Technologies, Summit Interconnect, PCBCart, Epec Engineered Technologies, ASC Sunstone Circuits, Technotronix, Würth Elektronik CBT, Sanmina, AT&S, iPCB Circuits, Venture Electronics, and OurPCB), archived in project source manifest.