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HDI PCB & PCB Vias Manufacturing

We use laser micro-vias and any-layer interconnection technology, with line width/spacing ≤ 40 µm, blind via aspect ratio ≤ 1:1, and up to 13 stacks (13 steps), achieving over 3× routing density compared to through-hole boards in the same area for ultra-high-density packaging and high-speed signal transmission.Supports multiple core materials.
  • Up to 40 layers
  • Maximum panel size: 900×700 mm
  • Dimensional tolerances down to ±0.05mm

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HDI PCB & PCB Vias parts prototypes

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Our HDI PCB / PCB Vias Manufacturing Capabilities

HDI PCB / PCB Vias are widely used in 5G base station AAU, 77 GHz automotive radar, 800 G switches, and satellite communications. Zintilon is committed to providing advanced HDI PCB / PCB Vias manufacturing services to global users, supporting prototyping to small-batch production of HDI PCB / PCB Vias. From cutting to packaging, we ensure efficient and reliable HDI PCB / PCB Vias manufacturing solutions.
HDI PCB1

Type I HDI (1+N+1) PCB

HDI PCB2

Type II HDI (2+N+2) PCB

HDI PCB3

Type III HDI (3+N+3 and beyond) PCB

HDI PCB & PCB Vias Materials

Pick the stack-up that matches your temperature → frequency → thermal → cost targets.
Material/SystemTypical ThicknessKey PerformanceLaser Drilling SuitabilityOne-Line Summary
FR4 Build-up (IPC-4104 /21-/25)50–100 µmTg 150–170 °C, Dk≈4.2≤50 µm glass, laser drillableLowest-cost 1+N+1 HDI
RCC (Resin-Coated Copper)40–80 µmGlass-free, Dk≈4.0, Df≈0.015Excellent (no glass blocking)First choice for laser blind vias, phone mainboard
LCP Film25–50 µmDk=2.9, Df=0.002@10 GHzExcellent (melts under laser)mmWave antenna, high-speed SerDes
PI Build-up Film25–50 µmTg≥250 °C, 300 °C solderableGood (low glass)Aerospace/medical high-reliability HDI
BT/Epoxy Blend60–100 µmTg 180–220 °C, low Z-CTEThin glass, laser drillableChip package substrates (FC-BGA)

HDI PCB & PCB Vias Capabilities

Process ParameterSampleBatch
Layers50L40L
Finished Board Thickness0.2-18.0 mm0.3-10.0 mm
Board Thickness Tolerance±8%±8%
Min Line Width/Spacing1.5 mil/1.5 mil2 mil/2 mil
Min Hole-to-Line Spacing5 mil5 mil
Max Processing Size1200 mm*600 mm570 mm*760 mm
Min Finished Size5 mm*5 mm50 mm*50 mm
Copper Thickness1/3 oz-12 oz1/3 oz-8 oz
Layer-to-Layer Alignment Accuracy0.8 mil1 mil
Min Through-Hole Diameter0.075 mm0.1 mm
Min Blind-Hole Diameter0.05 mm0.075 mm
Max Aspect Ratio35:130:1
Etching Tolerance±10%/±0.8 mil±10%/±1 mil
Min Solder Mask Bridge2 mil3 mil
Impedance Control Tolerance±5%±7%
HDI Order8th order5th order
Surface Finishing ProcessENIG, E-Gold, HASL, Ni-Pd-Au, Thick E-Gold, ImSn, ImAg, OSP, etc.ENIG, E-Gold, HASP, Ni-Pd-Au

Why Choose Our
HDI PCB / PCB Vias Services?

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One-on-One Quotation

Simply upload your .gbr files and receive a quotation within 24 hours. Our professional engineers will analyze your design, avoid misunderstandings, and communicate with you to provide a reasonable price.

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High-Quality Production

We maintain a rigorous attitude toward materials, processes, surface finishes, AOI, and flying-probe testing, ensuring consistent high quality from prototype to batch production. We promise a parts-quality check before delivery.

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Fast Delivery

Equipped with advanced machinery and a professional engineering team to ensure fast delivery. We prioritize orders based on requirements and complexity. Customized delivery solution is also available to tailored to your needs.

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Instant Communication

We provide each customer with full technical support from quotation to delivery. We reply to any questions quickly until you confirm receipt of satisfactory HDI PCB / PCB Vias boards.

HDI PCB & PCB Vias Standards

Zintilon ensures quality through our Rigid PCB design and manufacturing standards from design to delivery by follow up IPC standards (IPC-2221C, IPC-6012E) to ensure manufacturability and reliability.

Item

Recommended

Basis

Laser blind diameter
Economical Window 50–100 µm
High-End Window IPC-4104 /30 series
Line/space
Economical Window ≥25 µm (proto), ≥40 µm (mass)
High-End Window IPC-2226
Back-drill stub
Economical Window ≤5 µm (high-speed nets)
High-End Window High-speed spec
Lam cycles
Economical Window ≤3 (3+N+3 practical)
High-End Window Any-layer HDI limit

HDI PCB & PCB Vias Guidelines

Ensure precise tolerances, select appropriate materials, maintain clear CAD designs, and follow IPC for best results. Zintilon delivers accuracy, quality, and consistency in every PCB prototype.

Parameter

Economical Window

High-End Window

Line/Space
Economical Window ≥40 µm (1 mil)
High-End Window ≥25 µm (0.8 mil)
Copper thickness
Economical Window 12 µm (½ oz)
High-End Window 9 µm (⅓ oz) or 5 µm (UTC)
Corner
Economical Window 45° + arc R≥0.15 mm
High-End Window Arc R≥0.1 mm
Differential impedance
Economical Window ±10 %
High-End Window ±5 % (112 G PAM4)

Our Custom HDI / PCB Vias for Various Industrial Applications

HDI PCB / laser-blind & buried-via boards (up to 13 steps) are now in volume production across many industries, driven by one common formula: “space-cramped + high-speed/high-frequency + high reliability”. AI servers go any-layer; mmWave needs low-loss dielectrics, car power wants heavy copper, medical implants insist on ultra-thin cores, and aerospace asks for full-temp ceramics. You’ll spot the right HDI / blind-buried via solution for every sector.

HDI PCB / PCB Vias FAQs

Project lead time and cost depend on its complexity. Zintilon will spare no effort to provide the most competitive prices and the fastest delivery time.

We understand that clients may need to make some adjustments after receiving the sample. Minor modifications can be done free of charge. However, if the modifications are substantial, we will need to reassess the price and delivery time.

We accept T/T and PayPal payments.
Got any more questions?
Ultimate Guide 
to HDI PCB & PCB Vias

HDI PCB & PCB Vias Manufacturing

Various and Robust HDI PCB & PCB Vias Services
pcb proto2
Prototype

Prototyping

From Gerber files to circuit boards, our professional engineering team provides you with the highest quality HDI PCB & PCB vias manufacturing services. We meticulously control every detail of the process, including drilling, electroplating, and AOI, ensuring precise control over trace spacing, thickness, and panel dimensions. We are committed to providing you with the most reliable HDI PCB & PCB viass.
  • Complete production line
  • Professional engineering support
  • 10+ years‘ manufacturing experience
Closeup,Of,Lot,Of,Electronic,Printed,Circuit,Boards,With,Lots
Production

Production

We have our own production lines and a robust manufacturing network. From HDI PCB & PCB vias design, engineering, and manufacturing, we have sufficient capacity to provide you with professional and fast delivery services, whether for small or large batches. We spare no effort in providing consistent mass production services for your products.
  • Strong supply chain team
  • Competitive pricing
  • One-stop service from design to delivery

HDI PCB & PCB Vias
Manufacturing at Zintilon


HDI PCB & PCB Vias Advantages & Disadvantages

Advantages

  • High Density — line/space ≤40 µm, BGA pitch 0.3 mm, area ↓30 %
  • High-Speed & High-Freq — micro-vias + back-drill, Stub ≤0.05 mm, 112 G PAM4 ready
  • High Reliability — laser micro-via aspect ratio ≤1:1, -55~125 ℃ 1000× no crack
  • Cost Benefit — layer count ↓25-30 %, bulk material cost ↓25-30 %
  • Design Flexibility — any-layer interconnection, Via-in-Pad, 0.3 mm pitch BGA

 

Disadvantages

  • High Cost — laser drill + multi-lamination, bulk price ↑30-50 % vs standard board
  • Complex Process — 4-13阶 laser lamination, ±5 µm precision, needs mSAP
  • Layer Limited — >13阶 needs special line, production limit 13+N+13
  • Thermal Management Difficult — multi-lamination, Tg≥170 ℃, thick-copper zone needs pre-filled resin
  • Short Storage — OSP ≤6 mo, ImAg ≤12 mo, needs vacuum-bag storage

What is the difference between HDI PCB and normal PCB?

Density
Normal PCB: Line/space ≥75 µm, BGA pitch ≥0.5 mm
HDI PCB: Line/space ≤40 µm, BGA pitch ≤0.3 mm

Via Technology
Normal PCB: Through-hole vias, back-drill stub ≥0.1 mm
HDI PCB: Laser micro-vias ≤0.1 mm, back-drill stub ≤0.05 mm, Via-in-Pad

Layer Count & Structure
Normal PCB: Through-hole layers, 1+N+1 max
HDI PCB: Any-layer interconnection, up to 13+N+13 (13-order)

Performance
Normal PCB: ≤10 Gbps, Df≈0.02@10 GHz
HDI PCB: ≥56 Gbps, Df≤0.004@10 GHz, 112 G PAM4 ready

Cost & Process
Normal PCB: Lower cost, mature process
HDI PCB: Cost↑30-50 %, laser drilling + multi-lamination

Let’s Build Something Great, Together