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PCB Manufacturing
- PCB Manufacturing Fabrication routes for rigid, thermal, RF, and power boards.
  Built for engineers comparing substrate, copper, layer count, surface finish, and acceptance class before RFQ.
  
  1-42 layers IPC Class 2/3 DFM review
  Stackup insight8-12 Layer PCB Design GuideLayer count, vias, impedance, and supplier checks before RFQ. Request fabrication quote
  
  Core Fabrication PCB ManufacturingRigid PCB fabrication from prototype to production. Multilayer PCB4, 6, 8-12, 16-24, and 32-42 layer boards. Gold Finger PCBEdge connectors, hard gold, beveling, and durability.
  
  Thermal & Power Aluminum / MCPCBMetal-core boards for LED, power, and heat transfer. Ceramic PCBAlumina and high-thermal substrates for demanding builds. Heavy Copper PCBHigh-current designs with thick copper requirements.
  
  RF & High-Speed Rogers / RF SubstrateHigh-frequency laminate guidance and RF stackups. RF / Microwave PCBControlled materials, impedance, and low-loss routing. High-Speed DigitalHDI and impedance-controlled applications.
  
  Engineering Tools PCB Cost EstimatorEstimate fabrication cost drivers before RFQ. IPC Class SelectorChoose Class 2 or Class 3 based on risk. Trace Width CalculatorCheck current, copper, and trace requirements.
  
  Inputs Gerber, stackup, impedance table Outputs DFM notes, finish options, lead-time path Risk Control material, copper, drill, tolerance
  
  PCB manufacturing guide Landed-cost calculator DFM / DFA analysis Talk to engineering
PCB Assembly
- PCB Assembly PCBA, SMT, THT, BGA, box build, and turnkey EMS under one quality system.
  Route by sourcing model, build speed, assembly process, or finished-product scope.
  
  SMT + THT BOM sourcing Functional test
  PCBA insightPCB Assembly Process GuideSMT, THT, BOM risk, inspection, and sourcing decisions. Request PCBA quote
  
  Service Models PCB AssemblyComplete PCBA service overview. Turnkey PCB AssemblyFabrication, components, assembly, and test. Low Volume AssemblySmall batches with engineering review and test coverage.
  
  Fast Builds Quick-Turn PCB AssemblyLead-time focused builds for urgent projects. Prototype PCB AssemblyPrototype-to-production path with DFM checks. Circuit Card AssemblyCCA routes for aerospace and MIL-STD projects.
  
  Assembly Processes SMT AssemblySurface-mount process, reflow, inspection, and yield control. Through-Hole / DIPMechanical strength, barrel fill, and mixed technology. BGA AssemblyX-ray inspection, void checks, and hidden joint reliability.
  
  Assembly Tools PCBA Landed-Cost EstimatorCompare real cost across sourcing models. Assembly-Type SelectorChoose SMT, THT, mixed, or box build route. PCBA Cost EstimatorPre-RFQ cost drivers for turnkey builds.
  
  Inputs BOM, centroid, assembly drawing Outputs sourcing review, PCBA route, test plan Risk Control BGA, alternates, moisture, traceability
  
  Box build / final assembly PCB assembly guide Inspection and testing Send BOM for review
Advanced PCBs
- Advanced PCBs HDI, flex, rigid-flex, and high-layer builds for dense electronics.
  Use this route when the board needs microvias, bend areas, impedance control, or high layer count.
  
  Any-layer HDI Rigid-flex 32-42 layers
  Advanced designMultilayer Flex PCB GuideBend zones, stackup choices, impedance, and reliability control. Review advanced stackup
  
  HDI Builds HDI PCBHigh-density interconnect boards and microvia structures. Any-Layer HDI PCBEvery-layer interconnect and sequential lamination routes. HDI vs MultilayerChoose HDI only when density and routing require it.
  
  Flex & Rigid-Flex Flexible & Rigid-Flex PCBFlex circuits, rigid-flex, and bend area planning. Rigid-Flex PCB ManufacturerIntegrated rigid-flex builds for compact electronics. Flex PCB AssemblyAssembly process for flexible and rigid-flex circuits.
  
  Layer Count Multilayer PCBLayer count selection, stackup, and impedance control. 4-Layer PCBCommon stackups for compact standard boards. 16-24 Layer PCBHigh layer count boards for dense routing. 32-42 Layer PCBUltra-high layer count capability route.
  
  Advanced Tools HDI Stack-Up SelectorChoose a feasible HDI structure. Flex Bend-Radius CalculatorCheck static and dynamic bend requirements. Layer Count RecommenderRight-size layer count before quoting.
  
  Inputs bend radius, stackup, via plan Outputs HDI route, flex rules, impedance checks Risk Control lamination, plating, coverlay, yield
  
  High-speed HDI applications Flexible PCB manufacturer Multilayer flex PCB DFM readiness check
Industries
- Industries PCB and PCBA routes for high-reliability electronics sectors.
  Map your industry to material, inspection, acceptance class, and sourcing expectations.
  
  Medical Aerospace Automotive
  Industry guideIndustrial Control PCB GuideRugged board choices for PLC, drives, HMI, and automation. Start industry RFQ
  
  High Reliability Industries We ServeIndustry-specific PCB and PCBA overview. Aerospace PCBRigid-flex, controlled impedance, coating, and Class 3 routes. Medical PCBTraceability, reliability, and medical device build planning.
  
  Industrial Systems Industrial Control PCBPLC, VFD, HMI, power, and automation boards. Robotics PCBControls, sensors, power, and compact assembly. IoT PCBWireless, low-power, battery, and compact board constraints.
  
  Mobility & EV Automotive PCBEV, ADAS, thermal, vibration, and quality requirements. Drone PCBFlight controllers, ESC, PDB, HDI, and lightweight builds. RF / Radar PCBRF material and impedance requirements for sensing systems.
  
  Industry Tools Industry-Fit PCB SelectorMatch application risk to board type. Substrate SelectorCompare FR-4, MCPCB, ceramic, RF, and flex options. RFQ Readiness ChecklistPrepare specs before engineering review.
  
  Inputs use case, environment, class target Outputs material route, test coverage, documentation Risk Control thermal, vibration, coating, traceability
  
  Application examples Quality standards Inspection methods Discuss application risk
Capabilities
- Capabilities Quality, inspection, DFM, standards, and engineering support.
  Use this panel to prove PCBark can build, inspect, document, and scale the project safely.
  
  AOI X-ray Flying probe
  DFM signal6-Layer Stackup VerificationStackup, impedance, via strategy, and verification checkpoints. Ask for capability review
  
  Quality System Capabilities & QualityManufacturing capability and quality overview. Certifications & StandardsIPC standards, certification, and documentation routes. IPC Class 2 vs Class 3Choose the right build class for risk and cost.
  
  Inspection & Test AOI / X-Ray / Flying ProbeInspection coverage for fab and assembly defects. Inspection Method SelectorPick AOI, X-ray, flying probe, ICT, or functional test. BGA Void Acceptance CheckerCheck hidden joint risk for BGA packages.
  
  Engineering Review DFM / DFA AnalysisFind manufacturability and assembly issues before build. PCB Trace Width CalculatorCheck trace width and spacing by copper weight. Via Aspect Ratio CheckerCheck plating feasibility and drill constraints.
  
  Special Support PCB Reverse EngineeringNDA-protected reverse engineering and obsolescence support. Capability Quick-CheckCheck whether the project fits PCBark capability. PCB Substrate SelectorChoose material by thermal, RF, mechanical, and cost needs.
  
  Inputs tolerance, class, inspection target Outputs DFM notes, test coverage, quality route Risk Control via ratio, BGA void, material trace
  
  Manufacturer qualification checklist DFM checklist PCB test methods Submit files for review
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Home
PCB Manufacturing
- PCB Manufacturing Fabrication routes for rigid, thermal, RF, and power boards.
  Built for engineers comparing substrate, copper, layer count, surface finish, and acceptance class before RFQ.
  
  1-42 layers IPC Class 2/3 DFM review
  Stackup insight8-12 Layer PCB Design GuideLayer count, vias, impedance, and supplier checks before RFQ. Request fabrication quote
  
  Core Fabrication PCB ManufacturingRigid PCB fabrication from prototype to production. Multilayer PCB4, 6, 8-12, 16-24, and 32-42 layer boards. Gold Finger PCBEdge connectors, hard gold, beveling, and durability.
  
  Thermal & Power Aluminum / MCPCBMetal-core boards for LED, power, and heat transfer. Ceramic PCBAlumina and high-thermal substrates for demanding builds. Heavy Copper PCBHigh-current designs with thick copper requirements.
  
  RF & High-Speed Rogers / RF SubstrateHigh-frequency laminate guidance and RF stackups. RF / Microwave PCBControlled materials, impedance, and low-loss routing. High-Speed DigitalHDI and impedance-controlled applications.
  
  Engineering Tools PCB Cost EstimatorEstimate fabrication cost drivers before RFQ. IPC Class SelectorChoose Class 2 or Class 3 based on risk. Trace Width CalculatorCheck current, copper, and trace requirements.
  
  Inputs Gerber, stackup, impedance table Outputs DFM notes, finish options, lead-time path Risk Control material, copper, drill, tolerance
  
  PCB manufacturing guide Landed-cost calculator DFM / DFA analysis Talk to engineering
PCB Assembly
- PCB Assembly PCBA, SMT, THT, BGA, box build, and turnkey EMS under one quality system.
  Route by sourcing model, build speed, assembly process, or finished-product scope.
  
  SMT + THT BOM sourcing Functional test
  PCBA insightPCB Assembly Process GuideSMT, THT, BOM risk, inspection, and sourcing decisions. Request PCBA quote
  
  Service Models PCB AssemblyComplete PCBA service overview. Turnkey PCB AssemblyFabrication, components, assembly, and test. Low Volume AssemblySmall batches with engineering review and test coverage.
  
  Fast Builds Quick-Turn PCB AssemblyLead-time focused builds for urgent projects. Prototype PCB AssemblyPrototype-to-production path with DFM checks. Circuit Card AssemblyCCA routes for aerospace and MIL-STD projects.
  
  Assembly Processes SMT AssemblySurface-mount process, reflow, inspection, and yield control. Through-Hole / DIPMechanical strength, barrel fill, and mixed technology. BGA AssemblyX-ray inspection, void checks, and hidden joint reliability.
  
  Assembly Tools PCBA Landed-Cost EstimatorCompare real cost across sourcing models. Assembly-Type SelectorChoose SMT, THT, mixed, or box build route. PCBA Cost EstimatorPre-RFQ cost drivers for turnkey builds.
  
  Inputs BOM, centroid, assembly drawing Outputs sourcing review, PCBA route, test plan Risk Control BGA, alternates, moisture, traceability
  
  Box build / final assembly PCB assembly guide Inspection and testing Send BOM for review
Advanced PCBs
- Advanced PCBs HDI, flex, rigid-flex, and high-layer builds for dense electronics.
  Use this route when the board needs microvias, bend areas, impedance control, or high layer count.
  
  Any-layer HDI Rigid-flex 32-42 layers
  Advanced designMultilayer Flex PCB GuideBend zones, stackup choices, impedance, and reliability control. Review advanced stackup
  
  HDI Builds HDI PCBHigh-density interconnect boards and microvia structures. Any-Layer HDI PCBEvery-layer interconnect and sequential lamination routes. HDI vs MultilayerChoose HDI only when density and routing require it.
  
  Flex & Rigid-Flex Flexible & Rigid-Flex PCBFlex circuits, rigid-flex, and bend area planning. Rigid-Flex PCB ManufacturerIntegrated rigid-flex builds for compact electronics. Flex PCB AssemblyAssembly process for flexible and rigid-flex circuits.
  
  Layer Count Multilayer PCBLayer count selection, stackup, and impedance control. 4-Layer PCBCommon stackups for compact standard boards. 16-24 Layer PCBHigh layer count boards for dense routing. 32-42 Layer PCBUltra-high layer count capability route.
  
  Advanced Tools HDI Stack-Up SelectorChoose a feasible HDI structure. Flex Bend-Radius CalculatorCheck static and dynamic bend requirements. Layer Count RecommenderRight-size layer count before quoting.
  
  Inputs bend radius, stackup, via plan Outputs HDI route, flex rules, impedance checks Risk Control lamination, plating, coverlay, yield
  
  High-speed HDI applications Flexible PCB manufacturer Multilayer flex PCB DFM readiness check
Industries
- Industries PCB and PCBA routes for high-reliability electronics sectors.
  Map your industry to material, inspection, acceptance class, and sourcing expectations.
  
  Medical Aerospace Automotive
  Industry guideIndustrial Control PCB GuideRugged board choices for PLC, drives, HMI, and automation. Start industry RFQ
  
  High Reliability Industries We ServeIndustry-specific PCB and PCBA overview. Aerospace PCBRigid-flex, controlled impedance, coating, and Class 3 routes. Medical PCBTraceability, reliability, and medical device build planning.
  
  Industrial Systems Industrial Control PCBPLC, VFD, HMI, power, and automation boards. Robotics PCBControls, sensors, power, and compact assembly. IoT PCBWireless, low-power, battery, and compact board constraints.
  
  Mobility & EV Automotive PCBEV, ADAS, thermal, vibration, and quality requirements. Drone PCBFlight controllers, ESC, PDB, HDI, and lightweight builds. RF / Radar PCBRF material and impedance requirements for sensing systems.
  
  Industry Tools Industry-Fit PCB SelectorMatch application risk to board type. Substrate SelectorCompare FR-4, MCPCB, ceramic, RF, and flex options. RFQ Readiness ChecklistPrepare specs before engineering review.
  
  Inputs use case, environment, class target Outputs material route, test coverage, documentation Risk Control thermal, vibration, coating, traceability
  
  Application examples Quality standards Inspection methods Discuss application risk
Capabilities
- Capabilities Quality, inspection, DFM, standards, and engineering support.
  Use this panel to prove PCBark can build, inspect, document, and scale the project safely.
  
  AOI X-ray Flying probe
  DFM signal6-Layer Stackup VerificationStackup, impedance, via strategy, and verification checkpoints. Ask for capability review
  
  Quality System Capabilities & QualityManufacturing capability and quality overview. Certifications & StandardsIPC standards, certification, and documentation routes. IPC Class 2 vs Class 3Choose the right build class for risk and cost.
  
  Inspection & Test AOI / X-Ray / Flying ProbeInspection coverage for fab and assembly defects. Inspection Method SelectorPick AOI, X-ray, flying probe, ICT, or functional test. BGA Void Acceptance CheckerCheck hidden joint risk for BGA packages.
  
  Engineering Review DFM / DFA AnalysisFind manufacturability and assembly issues before build. PCB Trace Width CalculatorCheck trace width and spacing by copper weight. Via Aspect Ratio CheckerCheck plating feasibility and drill constraints.
  
  Special Support PCB Reverse EngineeringNDA-protected reverse engineering and obsolescence support. Capability Quick-CheckCheck whether the project fits PCBark capability. PCB Substrate SelectorChoose material by thermal, RF, mechanical, and cost needs.
  
  Inputs tolerance, class, inspection target Outputs DFM notes, test coverage, quality route Risk Control via ratio, BGA void, material trace
  
  Manufacturer qualification checklist DFM checklist PCB test methods Submit files for review
Support
- About Us
- Contact Us
- Blog

Contact Us

Home – PCB Assembly – BGA Assembly – supplier-qualification-scorecard

BGA Supplier Qualification Scorecard

Score your current or prospective BGA assembly supplier across 7 key capability factors. Adapted from industry procurement frameworks used by engineering teams when evaluating EMS partners for BGA-intensive designs.

01 X-ray inspection capability

No X-ray available(0) 2D X-ray, spot sampling only(8) 2D X-ray, 100% inline(14) Dual X-ray (2D + composite), 100%(18)

02 Void control — IPC-7095C compliance

No documented void spec(0) IPC-7095C ≤50% (industry default)(6) IPC-7095C ≤25% (evaluation threshold)(10) Internal spec <20% (tighter than IPC)(14)

03 Dedicated BGA rework station

No rework capability(0) Hot air rework only(6) Dedicated BGA rework station (model stated)(10) Dedicated station + in-house reballing(14)

04 Minimum pitch capability

≥0.65mm pitch only(4) 0.5mm pitch (PBGA standard)(8) 0.4mm (LGA / MAPBGA capable)(10) 0.3mm or finer (µBGA / WLCSP)(12)

05 Quality management certification

No certification(0) ISO 9001 only(6) ISO 9001 + IPC-A-610 inspection(10) ISO 9001 + IATF16949 (automotive grade)(14)

06 DFM review process for BGA layouts

No DFM review offered(0) Basic DFM on request(6) Structured DFM — footprint, pad, stencil(10) Full DFM + reflow profile simulation(14)

07 Reflow cycle management & traceability

No cycle tracking(0) Manual cycle count tracking(6) Component-level cycle records(10) Full automated traceability per board(14)

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Capability Gap Analysis

Compare with PCBark’s BGA Capabilities →

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1-42PCB layers

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PCB fabricationPCB assemblyTurnkey EMSInspection & test

PCB ManufacturingPCB Manufacturing Aluminum / MCPCB Ceramic PCB Rogers / RF Substrate Heavy Copper PCB RF / Microwave PCB

PCB AssemblyPCB Assembly Turnkey PCB Assembly Prototype PCB Assembly SMT Assembly BGA Assembly Box Build

Advanced PCBsHDI PCB Any-Layer HDI Flexible PCB Rigid-Flex PCB Multilayer PCB High Layer Count PCB

IndustriesAerospace PCB Medical PCB Industrial Control PCB Automotive PCB IoT PCB Drone PCB

CapabilitiesCapabilities & Quality AOI / X-Ray / Flying Probe Certifications DFM / DFA Analysis Reverse Engineering IPC Class Selector

01 FabricationRigid, RF, thermal, and high copper boardsGerber, stackup, material, finish, and tolerance review. 02 AssemblySMT, THT, BGA, turnkey, and box buildBOM sourcing, placement, inspection, and functional test. 03 Advanced PCBsHDI, flex, rigid-flex, and high-layer stackupsMicrovias, bend zones, impedance, lamination, and yield. 04 Quality GateAOI, X-ray, flying probe, IPC documentationRisk control for class target, BGA, vias, and traceability.

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