Your Premier 10 Layer PCB Stackup Manufacturer in China

PCBMay is a qualified 10 layer PCB stackup manufacturer in China, we can provide a different solution for your 10 layer PCB stackup.

  • Over 12 years 10 layer PCB stackup design experience
  • From 10 layer to 40 layer multilayer PCB
  • Competitive price and high quality level
  • ISO and UL certified PCB supplier
  • Files receive full CAM review prior to manufacturing
  • Full range of raw lamination in stock
Quality GradeStandard IPC 2 and IPC 3
Number of Layers2 – 40layers
Order Quantity1pc – 1Million+pcs
Build Time24H – 4weeks
MaterialS1150G, S1165, S1000-2
Board SizeMin 5*5mm | Max 500*650mm
Board Thickness0.4mm – 6.5mm
Copper Weight (Finished)0.5oz – 10.0oz
Min Tracing/Spacing3mil/3mil
Solder Mask SidesAs per the file
Solder Mask ColorGreen, White, Blue, Black, Red, Yellow
Silkscreen SidesAs per the file
Silkscreen ColorWhite, Black, Yellow
Surface FinishHASL – Hot Air Solder Leveling
Lead-Free HASL – RoHS
ENIG – Electroless Nickle/Immersion Gold – RoHS
Immersion Silver – RoHS
Immersion Tin – RoHS
OSP – Organic Solderability Preservatives – RoHS
Min Annular Ring4mil
Min Drilling Hole Diameter6mil
Other TechniquesGold fingers
Blind/Buried Vias
VPC Plating Line

Releted Some Other PCBs

Why Choose PCBMay for Your 10 Layer PCB Stackup

Are you looking for a reliable 10 layer PCB stackup manufacturer? PCBMay is your perfect choice. We have one rich experienced engineering team, they can provide professional suggestions for your 10 layer PCB stackup design.

PCBMay has over 12 years of printed circuit board manufacturing experience, we can offer a wide range of high-quality 10 layer PCB stackup for your projects.

If there’s no PCB stackup in your 10 layer board, our engineer will offer one suggested stackup for your choice. After you approve it, then we will proceed with it.

Typically the finished thickness of the 10 layer PCB stackup is 0.062’’, 0.093’’, 0.125’’, the copper of the inner layer is Hoz, 1oz, 2oz, and 3oz, the copper of outer layer is 1oz, 2oz, until 5oz.

PCBMay offers EMS, ODM, and OEM 10 layer PCB stackup. We can follow your custom or suggested stackup to produce your PCBs.

As a reputable 10 layer PCB stackup supplier and manufacturer in China, there are more than 500 workers in our workshop and we have imported many high-tech equipment to meet your complicated 10 layer PCB stackup boards, including 10 layer HDI PCBs, flexible PCBs, or rigid-flex PCBs.

10 layer Stack-up

10 layer Stack-up

PCBMay can offer affordable prices and no minimum order requirement to support your business. We also guarantee the quick-turn service and on-time delivery.

If you have any urgent project, please send it to us. We can always support you.

Send your inquiry today.

10 Layer PCB Stackup: The Ultimate FAQ Guide

PCBMay is one of the best professional Chinese manufacturers of PCB fabrication and assembly.

It offers different types of PCB boards such as multilayer PCBs, aluminum PCBs, metal core PCBs, flexible PCBs, HDI PCBs, etc., and provides assembly services ranging from prototype to mass production.

The company’s services stand out in terms of manufacturing quality of all types of PCBs meeting IPC Class 2 and 3, 24/7 sales and engineering support, ready to deliver without minimum order requirements, and greater stock availability.

This guide will help you to look into the information about the 10 layer PCB Stackup, its advantages, and several other aspects and piece of information you might be interested in.

It is to help you to make the right choice of PCB.

What is PCB Stackup?

Printed Circuit Board (PCB) Stackup is an arrangement of layers of copper and insulators used onto PCB before designing its final layout.

PCB is a circuit board used to connect electronic components electrically and mechanically using conductive paths, pads, nodes, and other features etched from single or multiple sheet layers of copper stacked between/onto the sheet layers of a non-conductive material.

The stacking up of layers in PCB can help to improve the electromagnetic compatibility of the project, which ensures the higher performance of signal and power transmission, manufacturability, and reliability of the finished product.

Selecting the right PCB Stackup requires you to determine:

  • The number of layers you need for your product, considering signals (both high and low speed), power, and planes,
  • The arrangement of  the layers,
  • Material of the layers and,
  • Routing and vias.

Careful PCB design is necessary; designs its PCBs carefully because it knows that design is important especially in projects requiring high level electromagnetic performance.

A well-designed PCB can help in minimizing radiation and prevent the external noise to cause interference in the circuit performance, it can reduce signal crosstalk and impedance mismatches.

A poorly designed PCB can result in poor electrical performance of the signal transmission, higher radiation, higher impedance mismatch issues, poor power delivery, and fluctuations, and can also affect the reliability and quality of the end product.

The density of the board keeps on increasing as the design complexity increases when electronic companies look for adding more and more features in the devices.

a typical multilayer PCB

A typical multilayer PCB

PCBMay is a leading manufacturer of PCBs, it is designing the best PCBs at reasonable prices in the Chinese market, further designing details of the PCBs stackup are available on the web.

What Is The 10 Layers PCB Stackup?

A 10 layer PCB stackup means a PCB having a total of 10 layers stacked onto it, usually having six signal layers and four planes.

High layer count in a 10 layer PCB Stackup requires thin dielectrics allowing tight coupling between layers which results in high EMC Performance and signal integrity.

Moreover, 10 layer PCB stackup have planes, planes have such configuration and it allows signals to travel in either stripline or microstrip with controlled impedance transmission lines, which helps in radiation reduction even lesser than on the PCBs with fewer layers such as a two-layer or four-layer PCB.

Grounds and power planes in a 10 layer PCB Stackup help in high-speed digital systems to provide stable voltage, evenly distribute power, control crosstalk among signals.

An ideal 10 layer PCB Stackup can be seen in the given figure:

10 layer PCB Stackup

10 layer PCB Stackup

There are limited fabricators of the 10 layers boards.

Advanced circuits develop single-sided through 10 layers models and printed circuit PCB boards.

Usually, typical PCB stackups can be known by the layer count and finished thickness noted.

However, you must specify the Gerber files used in order to guarantee the PCBs.

Companies offer typically standard PCBs and as well as customized ones which are also known as a controlled dielectric. is one of the leading companies offering PCB fabrication and assembly.

What Are The Advantages Of Using A 10 Layer PCB Stackup?

The 10 layer PCB Stackup usually has 10 layers coupled tightly, increasing the board’s overall performance in distributing power, reducing cross-interference, supporting high-speed signals, and eradicating electromagnetic interference.

Other advantages may include:

  • Minimizes the external noise
  • Minimizes radiation
  • Decreases resistance or impedance
  • Decreases crosstalk problems
  • Efficient and low-cost production
  • Improved electromagnetic compatibility of the project.

If you need technical assistance regarding a multilayer PCB; such as a 10 layer PCB Stackup, then the following section will help you to understand the various advantages of its design:

  • The most eminent and lauded advantage of using a 10 layer PCB stackupis that they come in small sizes.
    • The layered design helps in reducing the size of the board.
    • Multilayer boards are usually smaller than the other PCBs with the same functionality.
    • With the advent of modern technologies where the companies are trying to focus on the speed and efficiency of the devices while holding onto using smaller electronic and electric components such as powerful gadgets in Smartphones, laptops, tablets, smartwatches, etc., the use of 10 layer PCBs have become important.
  • Due to the small size of multilayer PCBs such as a 10 layer PCB, there comes lesser weight.
    • The design is beneficial for modern electronics, where the world needs more mobility and smaller weights of the devices, a 10 layer PCB stackup can highly serve the purpose.
  • Designing a 10 layer PCB requires enormous planning and greater customization work which results in the better quality desired thus they perform better and are more reliable than the typical PCBs with fewer layers.
  • A 10 layer PCB stackup is ten to be more durable than the PCBs with fewer layers.
    • These boards are not only smaller in size and weight but are also capable of handling heat and pressure.
    • Usage of multiple insulation layers between the circuit layers helps in binding all the things together with a prepreg bonding agent and protective materials; causing higher durability.
  • Some boards require enhanced flexibility; they use flexible construction techniques resulting in flexible multilayer PCBs.
    • Incorporating multiple layers in a single PCB such as in a 10 layer PCB stackup requires high-density assembling.
    • The close quarters make the boards more connective, powerful and increase the capability of the boards to achieve greater capacity and higher speed.
  • Making a single unit using 10 multiple layers provides a single connection point to the devices, this is beneficial for most electronic products since they require a single connection point in the final products such as small electronics and gadgets designed to reduce the size and weight such as smartphones, iPods, etc.

Advantages of using Multilayered PCBs

Advantages of using Multilayered PCBs

Knowing the enormous advantages of a 10 layer PCB Stackup; it is recommended to get your 10 layer PCB designed by the leading manufacturer in China.

For more information about the advantages of different PCBs please follow the following video link:

How A 10 Layer PCB Stackup Is Different From Single Layer PCB Stackup?

Single-layer PCBs have one layer of the substrate, however, 10 layer PCBs have 10 layers. Single-layer boards have components mounted on one side of the board while the conductor pattern is on the other side.

There is only one layer of copper material. Single-layer boards have one substrate layer, a conductive metal layer, a solder mask, and a silkscreen.

These are used in simple electronic devices such as a digital clock.

A 10 layer PCB is a type of multilayer PCBs that usually comprises 10 layers stacked upon each other.

It has 6 signal and 4 planes layers, each substrate layer has conductive metal on both sides, joined together tightly using an insulating material between each layer.

It has solder masks on the outer edges of the board.

The paths are printed on the opposite side on a 10 layer PCB.

Paths also called vias enable the layers to conduct to each other, these vias fall into three categories:

  • Through Holes
    • Which pass through every layer on PCB
  • Blind
    • Which provides a connection of the outer layer to an inner layer
  • Buried
    • Which provide a connection of two inner layers, making them invisible from outside

These are used in complex devices or devices requiring higher speed and efficiency; such as in smartphones, tablets, smartwatches, laptops, medical monitoring devices, etc.

Single Vs Multiple PCBs.

Single Vs Multiple PCBs.

Single layered PCBs are less expensive due to the simple structure and working, are easy to design, and provide positive performance each time; however, they have fewer uses application-wise.

On the other hand, a 10 layer PCB stackup has a wider scope; they have a huge application, are very advanced, and are designed with careful planning for complex and advance performance requiring projects.

A 10 layer PCB Stackup is more costly as compared to a single-layered PCB stackup due to the reason that it delivers high performance in terms of speed, efficiency, complexity, reliability, quality, durability, and compactness.

This is why today’s modern technologies support the usage of a multilayer PCB stackup such as a 10 layer PCB Stackup.

Who Needs A 10 Layer PCB Stackup?

One can know if one needs a 10 layer PCB stackup or a single layer PCB stackup considering the following:

  • If you require higher operating frequency in large and complex projects or high-end products; then probably you need multiplayer or a 10 layer PCB stackup.
  • The more signals are to be routed, the more reliability you require thus a 10 layer PCB will be suitable.
  • The cost of the signal routing is higher in single-board since the path is long, however, due to closely stacking layers the signal travels speedily in closed quarters thus is less costly.
  • Emission requirements of the products such as class A or B requirements, if you need minimum emission the using a 10 layer PCB is recommended.
  • Packaging requirements of PCB such as to be shielded in a container such as in a 10 layer PCB Stackup or unlike it such as in case of a single layer PCB, and
  • If you require a higher EMC then need higher competency of the designer team following EMC regulations, you probably need a 10 layer PCB stackup which requires higher design planning and offer customization than a single-layered simple PCB.

Projects with greater EMC concern requiring six routing layers and four planes need 10 layer PCB stackup such as medical equipment (scanners, x-ray screens, MRI scanners, etc.), industrial machines, many automotive, monitoring devices (blood glucose, blood pressure monitors, etc.), computing ( motherboards, laptops, smartphones, laptops, iPods, etc.) and other high functioning electronics, telecommunications such as GPS, satellites, signal transmitters, aerospace, military, and defense equipment, etc.

An example of how multilayered including a 10 layer PCB Stackup is used in X-ray machines is as follow, please check the link below:

Choosing the right PCB stackup is imperative as it plays a crucial role in the performance of the boards.

The complex projects requiring higher performance need multiple layers PCBs as it has complex circuitry pathways, vias, and other mounting materials on one side and layers with conductive material on the other side allowing higher performance.

While simpler projects require higher performance with lower cost and simpler solutions; which single layer can serve.

Application of 10 layer PCBs in various industries

Application of 10 layer PCBs in various industries

Does A 10 Layer PCB Significantly Reduce Radiation On Emissions?

A 10 layer PCB stacker helps to reduce radiation on emission significantly, as it uses mass and power plane which helps in reducing the radiated emissions.

A 10 layer PCB stackup has planes, planes have such configuration and it allows signals to travel in either stripline or microstrip with controlled impedance transmission lines, which helps in radiation reduction even lesser than on the PCBs with fewer layers such as a two-layer or four-layer PCB.

Grounds and power planes in a 10 layer PCB Stackup help in high-speed digital systems to provide stable voltage, evenly distribute power, control crosstalk among signals, and reduce the radiated emissions in turn.


  1. What Are The Criteria For Choosing A PCB Stackup Manufacturer?

Since the performance of the end product highly depends on the PCBs it is using; thus you must choose the manufacturer wisely which offer greater services quality since quality and performance in projects requiring high EMC cannot be compromised; thus a leading manufacturer must be chosen such as to ensure the highest standards followed for higher EMC performance of the end products.

Quality, price, services, and delivery time are the general standards for choosing the right PCB manufacturer. is a leading manufacture, the company’s services stand out in terms of manufacturing quality of all types of PCBs meeting IPC Class 2 and 3, 24/7 sales and engineering support, ready to deliver without minimum order requirements and greater stock availability.

Criteria for Choosing a Right Manufacturer

Criteria for Choosing a Right Manufacturer

How Do I Know If My PCB Has 10 Layers?

In a 10 layer PCB, insulated layers are stacked between the copper layers, which can be counted by bare eyes; it can help in knowing the number of PCB layers.

The number of PCB layers can be determined by inspecting blind vias or via holes.

Counting 10 layers of PCB Stackup

Counting 10 layers of PCB Stackup

How Much Does It Cost To Ship A 10 Layer PCB Stackup From China?

The cost of shipping a 10 layer PCB stackup from China depends on which country the consignment is routed to.

Usually, Chinese companies charge nominal charges, however standard shipping charges apply to all the orders oversee.

There are a number of options to get your product delivered all over the world usually through DHL, FedEx, TNT, UPS, Aircargos, Shipcargo.

The standard shipping charges vary from country to country and product to product.

Since PCBs require protected shipping and special handling thus the cargo companies may cost a little higher.

However choosing the right delivery mode such as air freight, ship, or other typical methods gives you options to go according to your budget.

Usually, shipping by sea is cheaper than other means.

PCBs are delivered with special care so that the factors in the surroundings such as temperature, dust, air pressure, loss of package, etc. might not affect its technical working and functionality or may not break it or harm it.

The PCBs are delivered professionally using vacuum bags having desiccants inside.

Companies then paste the label and mark it, then use another vacuum bag to pack it again.

A certificate of conformity is sent to the customers via email.

Thick layers of polyethylene are filled in gaps between the PCB cartons.

Cartons are designed according to the sizes of PCBs following the standard weight limit not exceeding 21kgs per carton.

The cartons are sealed twice to ensure durability.

Cartons are strapped using Solid PET Strapping from outside.

Then shipping is marked as fragile and is labeled for destination postcode.

PCBMay being one of the leading manufacturers of PCBs, offer a faster delivery time of its products.

It offers a complete range of products and services from express prototypes and quick mass production.

The company can deliver the products within 24 to 48 hours once it receives urgent prototype board orders, to ensure on-time delivery it used UPS DHL and FedEx delivery services only.

Delivery modes

Delivery modes

Which Retailers Offer 10 Layer PCBs Stackup In China?

There are a number of retailers who deal in multi-layered PCBs and offer 10 layer PCB stackup.

These include PCBMay which is also a manufacturer and supplier of PCBs and also sells through the web, many others sell through online sources, online retailers, etc.

Figure 9: Testing of PCBs

However, choosing a reliable retailer and manufacturer is important as it might affect the quality of end product.

Those companies which manufacture and deal directly with the customers perform better than the retailers because they know directly know the requirements of the customers in a better way than the retailers which might not be aware of the technical information; thus might miss some important piece of information.

PCBMay is becoming a prominent supplier of PCBs which sells through retailers and also sells directly through websites.

Customers can directly contact the company, place an order online, and specify the requirements to the technical and engineering team.

When A 10 Layer PCB Stackup Should Be Used?

When the projects or end products require higher EMC performance with lower resistance, interference from external noise, less radiation, and high power and reliability then a 10 layer PCB stackup should be used.

The complex projects requiring higher performance need multiple layers PCBs as it has complex circuitry pathways, vias, and other mounting materials on one side and layers with conductive material on the other side allowing higher performance.

The project needs to have a higher operating frequency, a higher number of signals routed, higher EMC requirements, careful emission, and radiation requirements, special packaging requirements and design compe10cy, and greater planning than a 10 layer PCB stackup.

Are There Any Design Issues With The 10 Layer PCB Stackup?

There are not any such design issues with particular 10 layer PCB Stackup; however design issues may arise at any time during the designing of the boards; however, these issues are of technical nature and are handled very carefully after great planning and careful diagnostic and troubleshooting process and then the products are delivered to the customers after testing and ensuring that there are no defects, no design issues, etc.

Most companies follow ISO9001 standards and other quality control measures to ensure that no design issues occur.

Testing of PCBs

Testing of PCBs

Moreover the technical assistance of the different manufacturing companies such as help in processing and assembling the PCBs.

Is The Troubleshooting For A 10 Layer PCB Stackup Easily Available?

The troubleshooting services for a 10 layer PCB Stackup depend on the manufacturer you buy from, offers free of cost troubleshooting for its 10 layered PCBs.

The company provides engineering and technical assistance free of cost to its customers worldwide. Moreover, the company is aimed to not manufacture defective products, deliver defective products or accept defective products.

Advanced quality control and troubleshooting at

Advanced quality control and troubleshooting at

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