Your Expert 8 Layer PCB Manufacturer with Advanced Capabilities

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ISO 9001/UL Certified
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PCB Assembly Specialists
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97% of PCB Shipped on Time
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98% of PCB Delivered to Spec
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Delivery Guarantee

Industry-Leading 8-Layer PCB Manufacturer

PCB Manufacturing Process

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Online Quote
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Upload PCB File
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Order Review
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Payment
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Order Updates
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Delivery
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Confirm Received

Our 8-Layer PCB Manufacturer Capabilities

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Advanced Materials
  • High TG FR-4 and halogen-free options
  • Rogers HF materials for specialized applications
Precision PCB Fabrication
  • Rapid PCB prototype fabrication
  • Tight tolerance capabilities
Efficient Production
  • 7-day lead time for areas <1m²
  • Scalable production capabilities
Quality Assurance
  • Comprehensive testing protocols
  • IPC-A-610 Class 2 & 3 standards

Why Choose OurPCB?

  • ISO 9001, IATF 16949, and IPC-A-610 certified manufacturing facilities
  • Advanced PCB design assistance and impedance matching calculation
  • Competitive lead times with scalable production capacity
  • Comprehensive testing and quality verification processes
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Our 8-Layer PCB Manufacturer Services

Millions of business and innovators use OurPCB

PCB Board Process

Design (1 day)

  • Upload Schematic to Get a Quote
  • PCB Review and Quotation
  • Customer Makes Payment
  • Evaluation & Confirmation of Plan
  • Design Start

Layout (1 day)

  • Layer Stack-up Design
  • Design Rule Setting
  • Component Placement Design
  • Confirmation & Optimization
  • Fanout

Routing (1 day)

  • Fanout Optimization
  • PCB Routing
  • Equal-length Adjustment
  • Routing Optimization
  • DRC Check
  • Routing Confirmation

Optimization (1 day)

  • Silkscreen Adjustment
  • Data Output
  • Customer Final Confirmation
  • Production Debugging
  • Archiving Projects
  • Finish

PCB Board Process

Order Received

  • Component Procurement
  • Preparation
  • PCB Manufacture
  • Make Process Flow

Soldering

  • Solder Printing/Wave Soldering
  • SMT/Plugging
  • Inspection (repair if necessary)
  • AOI (repair if necessary)
  • Transfer

Parts Assembly

  • Manual Assembly
  • PCBCleaning
  • Wire Screw
  • Inspection
  • Repair If Necessary

Finalization

  • Final Confirmation
  • Packing
  • Shipping

Our Technical Capabilities

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Our Capabilities & Services

  • Advanced lamination techniques for multilayer signal integrity
  • X-ray inspection for internal layer verification
  • Impedance control techniques reduce crosstalk and electromagnetic interference in high-frequency applications
  • Comprehensive testing, including AOI and electrical verification

8-Layer PCB Manufacturer FAQs

What is the lead time for 8-layer PCB manufacturing?

Lead times for 8-layer PCBs depend on the processing area: 7 days for areas <1m², 12 days for 1m² to 3m², 20 days for 3m² to 30m², and 25 days for areas >30m².

What materials do you use for 8-layer PCBs?

OurPCB offers FR4, High TG FR4, halogen-free materials, and Rogers HF materials for high-quality 8-layer boards, depending on your specific application requirements.

Can you provide assembly services for 8-layer PCBs?

Yes, we offer complete assembly services for 8-layer PCBs, including component sourcing, placement, soldering, and comprehensive testing to ensure functionality.

What quality standards do your 8-layer PCBs meet?

Our 8-layer PCBs meet ISO9001:2015, IATF 16949:2016, and IPC-A-610 Class 2 & 3 standards with rigorous quality control throughout the manufacturing process.

Can you assist with 8-layer PCB design optimization?

Yes, our technical support services for multilayer boards include PCBA review, impedance matching calculation, and design recommendations to optimize your 8-layer PCB performance and manufacturability.

What are the challenges associated with 8-layer PCBs?

8-layer PCBs present several challenges, starting with signal integrity concerns due to tighter spacing and increased risk of crosstalk and EMI. Precise layer alignment during lamination is necessary to avoid defects, which makes manufacturing more complex.

These boards also generate more heat, so thermal management and material choice become more serious design factors. Routing across eight layers requires detailed planning to maintain impedance and reduce interference. As a result, both production costs and turnaround times are higher compared to simpler PCB designs.