The Leading SSD PCB Manufacturer in China

PCBMAY – Your Satisfactory SSD PCB Supplier

PCBs are our business. PCBMay chooses only the finest raw materials for the production of SSD PCB. We adhere strictly to UL standards, so you can put your mind at ease about the quality of your order.

Our premium SSD PCB is a top choice for commercial or personal use.

• Increase flexibility in PC/Laptop design
• Compatible for use with PCI Express Interface
• Support 1 to 8 Terabyte storage capacity
• Good for mSATA or M.2
• Assure fast booting of the device

With PCBMay, you can be sure that whatever Customized SSD PCB you order, is a great buy. You get a lower price for top quality, and this is what you deserve as a smart consumer.

PCBMay’s SSD PCBs, Motherboard PCBs, Bluetooth PCBs, and USB PCBs are all treated the same way. In our well-run facilities, we practice strict quality management systems. This is so that your order is defect-free. We aim to delight all our customers, whether you order a small or big batch of PCB.

If in any rare case there is a problem with your purchase, we will help you solve it. PCBMay will generate an 8D report to determine the root cause of technical issues. Our service staff is intensively trained to solve IT-related concerns.

Customer support is available 24/7, no matter where you are in the world. Don’t you worry about it! We are here to assist you to the best of our abilities.

So, why wait? Contact our salespeople now! Get the best SSD PCB you ever had with PCBMay.

SSD PCB: The Ultimate FAQ Guide

Do you want to improve the effectiveness of your electronic devices?

SSD PCB increases the flexibility in laptops or other gadgets. This circuit board is supportive of higher storage capacity. Its superlative performance in the data storage system makes it compatible with complex electronic applications.

PCBMay manufactures high-quality SSD PCBs with superb reliability. We always choose the best raw materials for PCB production at a competitive price. This FAQ guide will enlighten you about the pros and cons of this multifunctional circuit board. So, let’s make a move.

What Does SSD Mean In Electronics?

SSD is the short form of Solid State Drive. It has brought out a revolutionary change in the modern electronics world. SSD is mostly used in computers, laptops, mobiles, etc. It is compatible with NAND flash-based memory.

That’s why solid-state drive functions faster compared to other conventional data storage technologies. SSD consists of numerous tools that promote the performance of a device. It plays a crucial role in optimizing the speed of your electronic appliances.

Its memory chip is likely as RAM rather than a magnetic platter. Besides, SSD stores the data on NAND flash cells. Since the SSD controller has the exact address of data, it can respond quickly.

Solid State Drive Technology

You have to use some interfaces to connect the SSD to your electronic gadgets. Based on the interfaces, solid-state drives have some categories. Such as

• NVMe (Non-volatile Memory Express) SSD
• PCIe (Peripheral Component Interconnect Express) SSD
• SATA (Standard Advanced Technology Attachment) SSD

SSD has opened up a new era of electronics. That’s why the SSD PCB has turned into the most widely used circuit board in electronic devices. Watch the following video to know how SSDs work:

What Is An SSD PCB?

SSD PCB is a semiconductor-based data storage electric circuit board. Here, the solid-state drive is mounted on the PCB. This PCB is lightweight and small. It is supportive of M.2, mSATA, and NVMe interfaces.

These technologies are extremely effective for increasing the speed of computer devices. This circuit board acts to consistently store data by utilizing flash memory. The SSD PCB board enables the designer to perform complex CPU designs.

Besides, it boosts the computer memory by around 1 to 8 terabytes of data storage capacity. That’s why a well-designed high-volume SSD PCB is perfect for commercial and industrial sectors.

SSD PCB

Which One Is Better Between HDD And SSD In PCB?

HDD (Hard Disk Drive) and SSD are two mainstream data storage in the present electronics world. Both of them offer tremendous performance while mounted on PCB. That’s why it is difficult to find out which one is better between these two.

Here, a comparative analysis between HDD and SSD PCB is given. It will help you to make a perfect choice.

Data Transfer

If you are concerned about the speed of transferring data, an SSD PCB is the best solution. SSD-based electronic devices operate multiple times faster than hard disk drive PCBs. Besides, this PCB ensures a rapid booting of computers and laptops. But, you don’t get such a high data transmission rate in an HDD PCB.

Durability

This circuit board is reputable for withstanding rough conditions. Its thermal management is highly impressive. Besides, its materials are supremely durable enough to resist mechanical stresses.

On the contrary, HDD PCBs are also durable to a certain limit. Their materials and components are not as resistant as SSD circuit boards. That’s why solid state drive PCB will be an intelligent choice when you are looking for a durable PCB.

Signal Integrity

Solid-state drives provide outstanding efficiency in storing data. Your information remains uninterrupted for a long period. Again, you can easily recover data from the flash drives consisting of a solid-state drive.

But, hard disk drives deal with the magnetic platter. This is not capable of handling data processing and storing with optimum integrity. So, if you give importance to signal integrity, you should prefer an SSD PCB.

Energy Savings

SSD technology is more effective than HDD because of its energy-saving feature. It uses around 2-5 watt of power while the HDD circuit board deals with 5-15 watt of power. So, you should depend on the SSD PCB for Preserving the battery power.

Reliability

The failure rate of SSD printed circuit boards is very low compared to HDD. Hard disk drives often suffer from mechanical errors. Again, improper use of the firmware and  I/O controller hamper its functionality to a great extent.

On the other hand, SSD boards offer top-level reliability. Its rate of malfunctioning is around 0.5%. This indicates its elite performance in data storage.

Cost Performance

An SSD PCB is a little bit expensive circuit board. Its manufacturing and maintenance cost are also comparatively high.  In contrast, hard disk drive PCBs are less expensive compared to SSD.

But, solid-state drives PCB’s performance lessens the effects of high cost. That means these circuit board modules are cost-effective.

Longevity

If you care for a long lifespan, HDD PCB and SSD PCB both can fulfill your demand. But, the teraBytes Writes, DWPD, etc are higher in the case of HDD. It indicates that HDD PCB ensures proper control over the functionalities of these data storage.

So, it is clear that both data storage technologies have different positive sides. But, solid state drive module PCBs assure you of high-class electronic appliances. You need to make your choice concerning your project requirement and budget.

SSD Vs HDI In PCB

What Are The Major Applications Of SSD PCB?

SSD PCB is widely used in advanced electronic devices because of its reliable performance. Though the solid-state drive is a comparatively new technology. But, this PCB includes various positive points to your projects.

That’s why its applications are growing day by day. The major applications of this circuit board in the present days include-

• Laptop
• Computer
• Mobile
• Motherboard

This PCB is mainly applicable for data processing in electronic devices. It offers superb benefits in both personal and business uses. If you intend to experience a complex CPU design, Desktop SSD PCB is a good choice.

Besides, internal SSD boards offer low manufacturing costs. These PCBs are compatible with advanced computer connections. So, you can utilize them for assembling your CPU in commercial sectors.

SSD PCB Applications

What Are The Significant SSD PCB Advantages?

SSD PCBs have immense positive sides. These circuit boards have already won the consumer’s trust through their incredible performance. The most significant solid-state drive PCB advantages are-

Fast Speed

In the present fast-pacing digital world, data transmission speed is a crucial factor. SSD circuit board ensures you achieve the maximum speed. This PCB breaks the monopoly of hard disk drives because of its fast speed.

Its highly operative components along with an effective mechanism based on the flash drive improve signal transfer rate.

High Durability

It is tolerant of extreme pressures caused by high temperatures and mechanical issues. Its design is not so complicated. So, the designer can efficiently arrange thermal vias for ensuring proper heat dissipation.

Moreover, it is supportive of including a metallic coating on the PCB surface. This layering enhances its resistance against corrosion. Besides, conformal coatings protect SSD PCBs from chemical contaminants, moisture, dust, etc.

Low Power Consumption

SSD is an extremely energy-efficient electric circuit. It consumes a low amount of power while functioning. The other data storage systems use high power loads to deliver similar performance as SSD.

Supreme Compatibility

SSD PCB boards are compatible with both basic and advanced applications. It renders a magnificent performance with a PCI express interface. Besides, this PCB is good for mSATA or M.2.

SSD PCB layout offers flexibility to optimize the design of laptops or computers. It improves the booting speed of electronic gadgets. So, you can use this PCB in numerous fields to boost up your business.

Reliable Signal Transmission

It ensures the highest signal integrity while transferring data. Usually, there is no information loss. If this happens, you can conveniently recover the lost data within a short time.

Sufficient Lifespan

The SSD circuit board lasts for a moderate period. Its TBW and DWPD are sufficiently high. Most noteworthy, it delivers supreme performance within its lifespan.

SSD PCB Advantages

What Is The Working Principle Of The SSD PCB Board?

SSD PCB board controls the functions of semiconductor flash chips. These chips are found in the IC grid of solid-state drives. Normally, information is written on the page which are small sections of the grid.

Solid-state drive boards regulate the charge flow to divide the pages into blocks. Blocks are used in presenting a group of data. This PCB is reputable for using low power. It ensures that information written on the SSD remains even during the power loss.

SSD PCB Working Principle

How To Choose The Most Reliable SSD PCB Manufacturer In China?

Amidst a competitive PCB market, it is a tough task to choose a reliable SSD PCB manufacturer in China. That’s why we are presenting some vital factors to make this choice easier. These considerations will enable you to find a trusted manufacturer more conveniently.

High Production Quality

You should give priority to its ability to produce top-class PCB products. IPC class 2 or class 3 standard SSD PCBs are used in quality electronic projects.

Competitive Cost

SSD PCB price is a vital issue in its manufacturing. You must choose a supplier that can provide the manufacturing service at a competitive cost.

Skilled Engineers

A reliable PCB manufacturer should have a standard factory with the necessary equipment. At the same time, skilled and professional engineers are also required for ensuring quality assembly service.

Customer Service

You need to care about its customer service. If it can deliver full-time sales and technical support to the consumers, you should rely on this manufacturer. You will get ideas about its service from customer reviews and its manufacturing history.

PCB Manufacturing Experience

An experienced SSD circuit board manufacturer is preferable to all consumers. Because it can deliver the required service and custom solutions as per the project needs.

Certifications

A full certification from reliable organizations like CE, IPC, UL, RoHS, etc indicates the manufacturer’s credibility and performance. So, you should verify this issue before making your choice.

PCB Manufacturing

We strictly maintain the rules of IPC and UL standards. Our technicians are also RoHS-certified. So, you can definitely rely on us for boosting your projects.

What Are The Drawbacks Of SSD PCB?

SSD PCB board has a few drawbacks. Such as:

• Sometimes, this PCB can’t control the charge variation. It hampers the data storage system of flash drives.
• Its cost is high compared to traditional circuit boards.
• Its lifespan is comparatively lower than hard disk drives. It limits the applications of this PCB.

Highly Functional SSD PCB Board

How To Design An SSD PCB Layout?

The basic design method of SSD PCB is similar to other circuit boards. But, you should consider the following design techniques for a multilayer SSD PCB design.

• It is required to apply 2-3 inner layers for NAND lines of SSD.
• Place DDR and NAND in order.
• Place all debugging components at the left portion of the circuit board.
• The length of the PCIe 3.0 and NAND lines should be the same.
• Place the filter capacitor near the borehole tangent.
• Impedance control is a must in each layer.
• Keep extra spaces for carrying current loads.
• The ground copper needs to be irrigated in an additional place. It is effective for avoiding PCB bending.
• Apply a decoupling capacitor

SSD PCB Circuit Layout Design

How To Repair The SSD PCB?

SSD PCB repair is not such a difficult task to perform. You can easily repair the defective portion of this circuit board by maintaining a standard procedure.

• Use a multimeter to detect the faulty component. You can also conduct an automated inspection for this purpose.
• Remove the damaged or defective part.
• After cleaning the place and removing the solder, you need to put copper tape on that part.
• solder the joints by using soldering wire or oven reflow processes.
• Complete the restoration of the PCB through-hole and replace a new component.
• In the end, solder it properly and eliminate the additional tape from that place.

Solid State Drive PCB Repair

Is Soldering Iron Better Than Oven Reflow During SSD PCB Repair?

Sometimes, solid-state drives contain irreplaceable data and stop functioning due to having a defective circuit board. In that case, soldering iron and oven reflow processes are used in repairing an SSD circuit board.

But, there are some complexities in the oven reflow process. Soldering iron provides better facilities compared to oven reflow in SSD PCB repair.

In the case of the oven reflow method, the PCB materials start crackling due to excess heat. It usually lasts for a few minutes. So, this is not a sustainable technique for repairing.

Besides, it requires top-level attention to control the reflow rate. Otherwise, this process causes disaster to your circuit board. On the contrary, soldering iron is easier and there are fewer complications compared to the oven reflow.

SSD PCB Board Repair

You just need to apply some precautionary measures to perform the repair successfully. Like you can use a certain amount of flux on the specific portion of PCB and then apply the soldering iron.

It makes the SSD PCB repair more flexible and reliable. That’s why soldering iron is better than the oven reflow during this circuit board repair. Watch this video to get a better knowledge about PCB soldering:

What Are The Principle SSD PCB Components?

SSD PCB is a reliable circuit board to promote the functionality of electronic devices. It is composed of different durable components that play a significant role in its supreme performance.

The principle SSD circuit board components include-

• Inductor
• Capacitor
• LED
• Static Resistor
• Integrated circuits
• Variable resistor
• Voltage supply
• Buck regulator

Component sourcing is a vital part of this PCB manufacturing. You need to arrange SSD circuit board components from a trustworthy supplier. We deliver SSD PCB boards made of highly operative components. Inquire us immediately to enjoy the excellence of PCB productions.

SSD PCB Components

How Do You Select The Components For The SSD PCB Power Rails?

SSD PCB is a useful solution for power management in computers. It is used in powering numerous rails on NAND flash, ASIC core, ASIC logic, etc. That’s why its component selection is very crucial to achieve the maximum output.

You should consider some important factors while selecting different components for designing its power rails.

Buck Regulator Selection

• Higher rate of accuracy in steady-state
• Auto pulse width modulation along with pulse frequency modulation feature.
• Standard slew rate for programmable output voltage
• The capability of DVS controlling.
• Proper sequencing of starting and closing phases.

Power Supply selection

• Integrated with multiple DC-DC step-down converters
• Compatibility with higher load currents in pulse width modulation (PWM) phase.
• Flexible starting.
• Thermal shutdown facility
• Overload protection

Inductor Selection

• DC bias current properties
• Higher Q factor. It is required for proper load management at switching frequencies.
• The effective value of inductance
• Operating temperature range
• DC resistance at the high current condition
• AC resistance. It has immense impacts on conversion efficiency.

Capacitor Selection

• The capacitance of the input capacitor should be around 10 microfarads at a certain voltage supply.
• DC bias properties of ceramic capacitors.
• Ripple voltage and current rating
• Low ESR (Equivalent Series Resistance)

SSD PCB Component Selection

Which USB Connector Is Used In M.2 Internal SSD PCB Board?

The USB-C connector is normally used in the M.2 internal SSD PCB board. This type of USB connector ensures adequate upstream and downstream speed for smooth signal transmission.

M.2 solid-state drive NVME interface supports the use of a USB-C adapter because of its small size and convenient shape. Besides, it ensures around 900Mbps speed. That means USB-C offers higher speeds compared to conventional SSD SATA.

M.2 SSD PCB Board

What Is The Ideal M2 SSD PCB Thickness?

M2 SSD PCB is a worthwhile module for booting up the device. It offers outstanding dimensional stability due to its proper thickness. The ideal M2 SSD PCB thickness is around 0.8-1.4mm.

This PCB thickness is effective for placing the components with proper spacing. It is also important for allowing M2 SSD expansion.

M2 SSD PCB Thickness

Do SSD PCB Layout Designs Allow Customization?

SSD PCB layout design is very flexible for numerous electronic applications. It allows different types of customizations to incorporate various features. You can customize its copper thickness, layer count, component arrangement, etc.

But, it should be performed concerning your motherboard or other application’s demand. Since the electronic world is updating continuously, you need to cope up with modern features in storage devices.

Customized SSD PCB is applicable in IoT, smart technology, etc sectors. The compatibility with custom solutions relies on the manufacturer from many aspects. That’s why you need to consult with your PCB supplier before buying a solid-state drive PCB module.

SSD PCB Customization

How Long Does An SSD PCB Board Function?

SSD PCB remains supremely functional for a long period. Its average lifespan is around 3-4 years. But, proper handling and quality control can enhance its longevity to a large extent.

This PCB consists of worthwhile dielectric materials and long-lasting components. These materials can tolerate high thermal and electronic stresses with great effectiveness. That’s why its shelf life extends longer than traditional data storage devices.

Its successful operating period depends on some variables. The most effective factors to determine the longevity of an SSD PCB board perfectly are TBW and DWPD. TBW (Terabytes Written) refers to the number of total terabytes written in a definite time.

Besides, DWPD indicates the number of solid-state drive writes per day. Both of these are effective for measuring the real lifespan of this circuit board. If it can control the functions of a solid-state drive having higher TBW and DWPD, then its longevity is suitable for your project.

Long-lasting SSD PCB

What Are The Main Causes Of SSD PCB Failure?

SSD PCB is an extremely durable circuit board of recent times. But, improper assembling and lack of quality control cause failure of this PCB in many cases. Then, you don’t get the optimum output from this functional circuit board.

The main causes of its malfunctioning or any kind of failure are wrong design, improper component placement, deficiency in via arrangement, etc. It can’t control signal transmission in the solid-state drive because of these problems.

Then, the flash drive suffers from storing data. SSD PCB generally regulates the charge variations that are required for programming data on flash drives. When this mechanism hampers, the flash drive can’t erase the older information and accommodate new data.

In that case, you have to replace the SSD board immediately. We have been delivering SSD PCB assembly service for more than 15 years. We ensure you of the top-level designing and component sourcing at competitive prices.

Conclusion

If you are struggling with reliable data transmission and storage, SSD PCB offers tremendous benefits to solve problems. It assures the consumers of rapid booting of computers. This property promotes functionality to a large extent.

PCBMay is the leading company to take care of this PCB manufacturing in China. We have tried to cover all the details of solid-state drive technology in simple words. This FAQ guide will be a great source to promote your business. Contact us to get the best SSD PCB.