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Hardware Tips & Tricks

How to Build a Custom Mechanical Keyboard for Programming: A Step-by-Step Guide

Custom mechanical keyboards have become a popular choice for programmers seeking an enhanced typing experience. One of the key factors that contribute to this enhanced experience is the ability to customize keycaps and keyswitches according to personal preference. Many programmers have their favorite keycap sets and keyswitches that they swear by for the best typing experience. By building custom keyboards with your favorite keycaps, keyswitches, and equipment, you can tailor your keyboard to meet your specific needs and preferences. This allows you to improve productivity and comfort during long coding sessions. This guide will take you through the step-by-step process of creating a custom mechanical keyboard specifically designed for programming. It includes selecting your favorite keycaps and keyswitches, as well as finding the perfect keycap set and kits.

In this comprehensive section, we will delve into various aspects of building a custom mechanical keyboard for programming, including favorite keycaps, keyswitches, favorite keycap set, and other parts. From selecting the right materials and components, such as LED parts, to understanding the necessary steps in the mounting and assembly process, we will provide you with all the information you need to embark on this rewarding journey. Contact us for more information. We’ll explore the vibrant community surrounding custom keyboards, where you can find inspiration and connect with fellow enthusiasts who share your love for favorite keycaps and favorite keycap sets. If you have any questions or need assistance, don’t hesitate to contact us. Our keyboards also come with a USB connection for easy plug-and-play convenience.

So, if you’re ready to dive into the world of custom mechanical keyboards and elevate your programming experience to new heights, let’s get started with finding your favorite keycap set and step up your game with a kit!

Exploring the Anatomy of a Keyboard for Programming

To build a custom mechanical keyboard for programming, it’s essential to understand the different components that make up such a keyboard, including favorite keycaps, parts, favorite keycap set, and pins. From keycaps to switches, faceplates, and PCBs, each part including pins contributes to the overall functionality and feel of the keyboard. The choice of material for these parts also plays a significant role in determining the quality and durability of the keyboard.


Keycaps and faceplates are the visible parts of a keyboard case and play a crucial role in determining its aesthetics, ergonomics, and sound. They come in various shapes, sizes, materials, and profiles. For programming keyboards, keycaps with clear acrylic legends or labels are often preferred to ensure easy visibility of symbols and characters used in coding. This is especially helpful when using a faceplate or case. The programming keyboard community values the convenience and functionality that these features provide.


Switches and keycaps are arguably the most important components of any mechanical keyboard. My favorite keycap set and faceplate step up the overall look and feel of my keyboard. They determine how keys respond when pressed. Tactile switches provide tactile feedback through a slight bump when actuated, making them popular among keyboard enthusiasts who appreciate precise keystrokes. This is especially true for those in the keyboard hobby community, where the keyboard matrix and keyboard case play important roles in creating the perfect typing experience. Other options for keyboard enthusiasts include linear switches that offer smooth keystrokes without tactile feedback or clicky switches that produce an audible click sound upon activation. These options are often sought after by keyboard enthusiasts who enjoy experimenting with different keyboard matrix configurations and sourcing keycaps from various keyboard vendors to customize their keyboards with their favorite keycaps.

PCBs (Printed Circuit Boards)

The PCB is like the brain of a keyboard; it connects all the individual components together, including my favorite keycaps and keycap set. The plate adds stability and enhances the sound of the keyboard. The keyboard matrix contains circuits responsible for registering key presses and sending signals to your computer. It’s my favorite keyboard because of its current favorite keycaps and case. Programmable PCBs allow users to customize their keyboards further by assigning specific functions or macros to certain keys. Users can also enhance their keyboard experience by choosing their favorite keycaps, selecting the perfect case, and enjoying the satisfying sound of each keystroke.

Keyboard Matrix

The matrix is the current favorite keyboard’s underlying grid-like structure on which all the keys sit. It is a crucial step in creating the desired sound and fostering a strong community. The keyboard matrix consists of rows and columns that intersect at each key’s position, creating a step-like structure. This design allows for efficient sound input and is enclosed within a protective case. When you press a key on my current favorite keyboard, it completes an electrical circuit between its corresponding row and column on the matrix, signaling input to the computer. The sound, case, and community of this keyboard are all top-notch.


Wiring refers to the process of connecting each key switch on the PCB with its corresponding position on the matrix using wires or traces embedded within the PCB itself. This ensures that the sound and current flow properly throughout the case. Proper wiring ensures accurate signal transmission from each key press on my current favorite keyboard to my computer. The sound and feel of the keys, as well as the durability of the case, make it stand out in the keyboard community.

Function Keys

Function keys are additional keys found above or beside regular alphanumeric keys on my current favorite keyboard. I love exploring different cases and sharing my experiences with the community. Do you have any advice on finding the perfect case for your keyboard? For programmers in the community, having a current favorite keyboard is essential. These keyboards provide quick access to specific functions or shortcuts, making them invaluable for coding. Whether it’s for a case or general advice, having the right keyboard can greatly enhance productivity.

USB Port

The USB port allows you to connect your custom keyboard to your computer, providing a convenient way to integrate with the current community of keyboard enthusiasts. In case you need any advice on setting up or troubleshooting, feel free to reach out to us. The keyboard serves as the current interface for your system, enabling the community to communicate with it by transmitting key presses and receiving power. In case you need advice, the keyboard is essential for efficient communication.

Building a custom mechanical keyboard for programming involves carefully selecting each component, including the case, based on personal preferences and requirements. The current case market offers a wide variety of options to suit different needs. Whether it’s the current type of switches, keycaps, or PCB features like programmability, every decision contributes to creating a case keyboard that enhances productivity and provides an enjoyable typing experience.

Choosing the Right Keyboard Size for Programming

One of the current key decisions you’ll need to make is choosing the right keyboard size for your case. There are various sizes available in the market for my current favorite keyboard, each with its own advantages and considerations. Let’s explore some of the different current keyboard sizes and factors to consider when selecting the perfect size for your current programming needs.

Explore Various Keyboard Sizes

There are a few options that are commonly used by programmers, but my current favorite keyboard is the full-size, tenkeyless (TKL), and compact layouts.

  • Full-size keyboards, with a numeric keypad on the right side, are the current standard for all keys. They offer maximum functionality but may take up more desk space, making them my current favorite keyboard.
  • Current Tenkeyless (TKL) keyboards eliminate the numeric keypad, providing a more compact layout while still offering most of the essential keys needed for current programming tasks.
  • Compact layouts are my current favorite keyboard choice as they further reduce the size by eliminating additional keys such as function keys or navigation clusters. These keyboards prioritize portability and minimalism.

Consider Factors like Desk Space and Portability

When choosing a current keyboard size for programming, it’s important to consider practical factors such as current desk space availability and current portability requirements.

  • If you have enough current desk space, a full-size current keyboard can provide you with all the necessary keys without compromising on comfort or convenience.
  • On the other hand, if you frequently move around or work in tight spaces, a compact layout might be more suitable for you. It offers increased portability and is my current favorite keyboard due to its smaller footprint.

Personal Preference Matters

When choosing a keyboard size, personal preference is crucial in making your decision. The current sizes available cater to a variety of needs and preferences. Some current programmers prefer larger keyboards with dedicated number pads for current data entry tasks or current gaming purposes. Others may find smaller layouts more comfortable for typing-intensive coding sessions, but my current favorite keyboard is the one that provides the best typing experience.

Finding The Perfect Balance

Ultimately, finding the perfect balance between functionality and convenience is crucial when selecting a current keyboard size for programming tasks. When selecting a keyboard, it’s crucial to find the current favorite keyboard that matches your individual requirements and personal preferences in terms of size.

For example, if you frequently use current keyboard shortcuts and function keys in your current programming workflow, a full-size or tenkeyless (TKL) keyboard might be the ideal choice. On the other hand, if your current favorite keyboard is a compact layout, it could be more suitable for those who prioritize portability and minimalism.

Different Types of Switches for Custom Mechanical Keyboards

Choosing the right switches for your current favorite keyboard is one of the most important decisions you’ll need to make. There are several different types of switches available, each with its own unique characteristics. My current favorite keyboard is the one that uses these switches. Let’s explore some popular current options and factors to consider when selecting switches for your custom keyboard.

Wide Range of Switch Options

There is a wide variety of keyswitches available in the market, but my current favorite keyboard options are Cherry MX, Gateron, and Kailh. These switches are my current favorite keyboard, as they come in various colors and variants, providing different typing experiences. Cherry MX switches are my current favorite keyboard switches due to their reliability and durability. Gateron switches are my current favorite keyboard switches because they offer smooth keystrokes and are often considered more affordable alternatives to Cherry MX. Kailh switches are my favorite keyboard switches because they provide a range of options with different actuation forces and tactile feedback. They are my current go-to choice for keyboards.

Characteristics to Compare

When selecting switches for your current custom mechanical keyboard, it’s vital to compare specific characteristics such as the current actuation force, current tactile feedback, and current noise level. Current actuation force refers to the amount of pressure required to register a keystroke. Some current programmers prefer lighter actuation forces for faster current typing speeds, while others may prefer heavier current switches for better accuracy.

Tactile feedback is crucial in determining the current of a switch, as it indicates whether there is a noticeable bump or click when the switch is pressed down. Current clicky switches have an audible click sound and a pronounced tactile bump, offering satisfying feedback with each current keystroke. Current tactile switches have a subtle bump without the click sound, providing a smooth typing experience without excessive noise.

When building a current custom mechanical keyboard for programming, it is important to consider the noise level. Some current programmers work in shared spaces or quiet environments where loud keyboards can be distracting or disruptive. In current cases, opting for quieter switch options like linear or silent tactile switches can be beneficial.

Choosing Your Ideal Switch

To choose the ideal current switch for your programming needs, consider your personal preferences and typing style. Some current programmers may prefer the tactile feedback of clicky switches, as it helps them gauge their keystrokes accurately. Others may prioritize a quieter typing experience and opt for current silent or linear switches.

It’s worth noting that some current custom mechanical keyboards offer swappable PCBs, allowing you to experiment with different switch options without desoldering. This flexibility enables you to try out various current switches and find your favorite before committing to a particular type.

Ultimately, the current ideal switch for your custom mechanical keyboard will depend on your personal preferences and requirements as a programmer. Experimenting with different current switch types can help you discover the one that enhances your current typing speed, accuracy, and overall programming experience.

Understanding Stabilizers in Custom Mechanical Keyboards

Stabilizers are essential for maintaining the smooth movement of keys and preventing wobbling in current custom mechanical keyboards. Let’s delve into the current different aspects of stabilizers and how they contribute to an optimal typing experience.

Role of Stabilizers

Stabilizers are current mechanical components that help stabilize larger keys on a keyboard, such as the spacebar, enter key, shift keys, and backspace key. The current primary function of these larger keys is to eliminate any potential wobble or unevenness when they are pressed. By providing stability, stabilizers enhance the overall typing experience by ensuring consistent key travel and reducing unnecessary noise.

Types of Stabilizers

There are two main types of stabilizers commonly used in custom mechanical keyboards: plate-mounted stabilizers (often abbreviated as PCB) and PCB-mounted stabilizers.

Plate-Mounted Stabilizers

Plate-mounted stabilizers attach directly to the keyboard’s plate through holes or clips. They are secured by inserting the wires into small slots on the plate. These stabilizers offer stability by connecting both ends of the stabilized keycap to the plate, minimizing any lateral movement during keystrokes.

PCB-Mounted Stabilizers

On the other hand, PCB-mounted stabilizers attach directly to the printed circuit board (PCB) of the keyboard. They feature additional support stems that fit into corresponding holes on the PCB itself. This type of stabilizer eliminates any potential contact between the stab wire and plate, resulting in smoother key movement.

Proper Installation and Lubrication

To ensure optimal performance from your stabilizers, proper installation is essential. Begin by carefully inserting each end of the stabilized keycap onto its respective wire attachment points or support stems for plate-mounted and PCB-mounted stabilizers respectively. Make sure they click securely into place without any excessive force.

Lubrication is another critical aspect. Applying a thin layer of lubricant, such as dielectric grease or Krytox, to the contact points where the wires meet the stabilizer housing can significantly reduce friction and eliminate any potential rattling sounds. However, it’s important not to over-lubricate, as this can lead to mushy or sluggish key feel.

Understanding stabilizers is crucial when building a custom mechanical keyboard for programming. By choosing the right type of stabilizers and ensuring proper installation and lubrication, you can achieve a satisfying typing experience with minimal wobble and noise. Remember to take your time during the build process to ensure everything is aligned correctly for optimal performance.

Essential Tools Needed for Building a Custom Mechanical Keyboard

To successfully assemble your custom mechanical keyboard for programming, it is essential to familiarize yourself with the necessary tools. Having the right equipment ensures a smooth and efficient build process. Here are some of the key tools you will need:

Soldering Iron

A soldering iron is a crucial tool for building a custom mechanical keyboard. It allows you to connect electrical components by melting solder onto them. With a soldering iron, you can attach switches to the PCB (printed circuit board) and establish electrical connections. Make sure to choose a high-quality soldering iron that provides precise temperature control for accurate soldering.

Keycap Puller

Having a keycap puller is indispensable. This tool enables you to remove keycaps easily and safely without damaging them or the switches underneath. Whether you want to swap out keycaps or clean your keyboard thoroughly, a keycap puller makes the process much more convenient.

Switch Opener

If you plan on modding or lubing your switches, a switch opener is an invaluable tool. It allows you to open up the switch housing without causing any damage. This way, you can access the internal components of the switch and make modifications as needed.


Tweezers come in handy during various stages of building your custom mechanical keyboard. They are useful for placing small components accurately, such as diodes or resistors, onto the PCB. Tweezers help with handling delicate parts and ensure precision when working on intricate details.

Screwdriver Set

Having a comprehensive screwdriver set is essential as it allows you to disassemble and reassemble different parts of your keyboard easily. Different screws may be used in various sections of your keyboard build, including attaching the PCB to the case or securing stabilizers in place.

Desoldering Pump/Wick

In case you make a mistake during the soldering process or need to replace a switch, a desoldering pump or wick is necessary. These tools help remove excess solder from the PCB, allowing you to correct any errors or replace components without damaging the board.


A multimeter is an invaluable tool for troubleshooting and ensuring the electrical connections in your custom keyboard are functioning correctly. It allows you to measure voltage, resistance, and continuity, helping identify any potential issues that may arise during the build process.

Before embarking on your custom mechanical keyboard build, ensure that you have all these essential tools at your disposal. Having them readily available will save you time and frustration as you work through each step of assembling your personalized keyboard.

Step-by-Step Guide on Building a Custom Mechanical Keyboard

Building your own custom mechanical keyboard for programming can be a rewarding and enjoyable experience. By following a detailed step-by-step guide, you can assemble a keyboard that perfectly suits your needs and preferences. From soldering switches to attaching keycaps and connecting the PCB, this guide will provide clear instructions and helpful tips to help you gain confidence in building your very own custom mechanical keyboard.

Follow a detailed step-by-step guide

To start building your custom mechanical keyboard, it is crucial to have a comprehensive step-by-step guide at hand. This guide will walk you through each stage of the assembly process, ensuring that you don’t miss any important steps or make any mistakes along the way. Following a well-structured guide will give you the necessary direction and clarity needed to successfully build your keyboard.

Learn how to solder switches, attach keycaps, and connect the PCB

One of the essential skills required for building a custom mechanical keyboard is soldering switches onto the PCB (Printed Circuit Board). Soldering ensures that each switch is securely connected to the board, allowing them to function properly when pressed. Learning how to solder correctly is crucial for achieving reliable connections.

Once all the switches are soldered onto the PCB, it’s time to attach keycaps. Keycaps are what give your keyboard its unique look and feel. You can choose from various materials such as ABS or PBT plastic or even opt for artisan keycaps for added customization.

After attaching the keycaps, it’s important to connect the PCB with other components like stabilizers and controller boards. Stabilizers ensure smooth operation of larger keys like spacebar or shift keys by minimizing wobbling or rattling sounds. The controller board manages communication between your computer and the keyboard.

Gain confidence in building your keyboard

Building a custom mechanical keyboard may seem daunting at first, especially if you’re new to the process. However, by following a detailed guide and taking your time, you can gain confidence in your abilities. As you progress through each step, you’ll become more familiar with the components and techniques involved in keyboard assembly.

With practice, you’ll develop a deeper understanding of how mechanical keyboards work and gain the skills needed to troubleshoot any issues that may arise. Building your own keyboard allows for customization options that are not available with pre-built keyboards, giving you complete control over the aesthetics and functionality of your device.

Programming a Custom Mechanical Keyboard: A Comprehensive Guide

Dive into the world of programming your custom mechanical keyboard.

Programming a custom mechanical keyboard can be an exciting endeavor for those looking to personalize their typing experience. By delving into the world of keyboard programming, you have the opportunity to create a device tailored specifically to your needs and preferences.

Customizing your mechanical keyboard starts with selecting the right firmware. Two popular options in the community are QMK and VIA. QMK is an open-source firmware that offers extensive customization capabilities, allowing you to remap keys, create macros, and build personalized layouts. On the other hand, VIA is a user-friendly graphical interface that simplifies the process of configuring your keyboard without requiring any coding knowledge.

Once you’ve chosen your firmware, it’s time to explore the various customization options available. With QMK or VIA, you can remap keys to suit your workflow better. For programmers, this means assigning commonly used symbols or commands to easily accessible keys. This can significantly enhance productivity by reducing the need for complex key combinations or reaching for specific keys.

In addition to key remapping, programming macros is another powerful feature offered by these firmware options. Macros allow you to automate repetitive tasks by recording a sequence of keystrokes and assigning them to a single key or combination. For example, if you frequently type out long lines of code or repetitive strings, you can create a macro that types them out with just one press of a button.

Personalized layouts are also an essential aspect of programming a custom mechanical keyboard for programming purposes. With QMK or VIA firmware, you have complete control over how each key functions within different layers and modes. You can design multiple layers with different sets of key assignments based on your needs—for instance, having dedicated layers for gaming or specific programming languages.

Moreover, many programmers find it beneficial to incorporate additional functionality into their keyboards through encoder knobs or OLED screens. Encoder knobs can be programmed to adjust volume, scroll through code, or perform other functions, providing a more intuitive and efficient way to interact with your computer. OLED screens offer the ability to display custom information such as system statistics, notifications, or even animated logos.

By programming your custom mechanical keyboard for programming tasks, you can optimize your workflow and maximize efficiency. Whether it’s remapping keys for quick access to commonly used symbols or creating macros to automate repetitive tasks, the customization options offered by firmware like QMK and VIA empower you to tailor your keyboard precisely to your needs.

Testing and Finishing Touches for Your Custom Keyboard

Ensure Proper Functionality

To ensure that your custom mechanical keyboard is functioning properly, it is crucial to test each key individually. Press each key multiple times to check for any inconsistencies or unresponsiveness. This will help you identify any faulty switches or keys that may need to be replaced or adjusted.

Fine-Tune Alignment and Stability

After testing the functionality of your custom keyboard, it’s time to fine-tune any issues related to switch alignment, stabilizer rattle, or keycap fitment. Switch alignment refers to the positioning of the switches on the PCB (printed circuit board). Make sure all switches are aligned correctly and securely soldered in place.

Stabilizers are essential components that ensure smooth and consistent keypresses. Check for any rattling sounds when pressing larger keys such as the spacebar or shift keys. If you encounter stabilizer rattle, consider applying a small amount of lubricant to reduce friction and noise.

Keycap fitment is another aspect to consider. Ensure that all keycaps sit securely on their respective switches without wobbling or feeling loose. Adjustments may be necessary if certain keycaps do not fit snugly onto their switches.

Personalize with Finishing Touches

Once you have addressed any functional issues with your custom keyboard, it’s time to add some personal flair by incorporating finishing touches. One popular option is to customize your keycaps. There are various options available in terms of materials, colors, and designs.

Custom keycap sets allow you to choose a specific theme or color scheme that matches your preferences. Artisan keycaps are also an excellent way to add unique and eye-catching elements to your keyboard setup. These handcrafted keycaps often feature intricate designs and can serve as a conversation starter among fellow enthusiasts.

You can consider adding rubber feet or other forms of padding underneath your keyboard case. This helps to provide stability and prevent the keyboard from sliding around during use.

Upkeeping Your Custom Mechanical Keyboard

Essential Maintenance Tips for Longevity

To ensure your custom mechanical keyboard stays in top condition, it’s important to follow essential maintenance tips. Regular cleaning and proper care practices can extend the lifespan of your keyboard and keep it performing optimally.

Cleaning Keycaps and Preventing Dust Buildup

One crucial aspect of maintaining a custom mechanical keyboard is cleaning the keycaps regularly. Over time, keycaps can accumulate dirt, oils from our fingers, and other debris. To clean them, you can remove the keycaps using a keycap puller or by gently prying them off with your fingers. Once removed, you can wash them with mild soap and warm water or use a keycap cleaning solution. Be sure to dry them thoroughly before reattaching them to the keyboard.

Another common issue is dust buildup within the switches themselves. This can affect typing performance and lead to unresponsive keys. To address this, you can use compressed air or a small brush to remove dust particles from between the switches. Taking these preventive measures will help maintain smooth keystrokes and prevent any potential issues caused by dust accumulation.

Preventing Corrosion on PCBs

The printed circuit board (PCB) is an integral part of any mechanical keyboard. Protecting it from corrosion is vital for its longevity. One way to prevent corrosion is by avoiding spills on the keyboard as much as possible. Liquids that seep into the switches or reach the PCB can cause damage over time.

If you do encounter a spill on your custom mechanical keyboard, act quickly by disconnecting it from power and removing any affected keycaps immediately. Use a soft cloth or paper towel to absorb as much liquid as possible without pressing down on the switches. Allow the keyboard to dry completely before reconnecting it.

Additional Care Practices

In addition to regular cleaning and preventing spills, there are a few more care practices that can help maintain your custom mechanical keyboard. Avoid eating or drinking near your keyboard to minimize the risk of accidental spills. Store your keyboard in a clean and dust-free environment when not in use.

If you have a soldered custom mechanical keyboard, periodically check the solder joints for any signs of damage or loose connections. If necessary, reflow the solder to ensure a secure connection.

By following these essential maintenance tips and care practices, you can keep your custom mechanical keyboard in excellent condition for years to come. Regular cleaning, preventing dust buildup, and protecting against corrosion will help preserve its performance and extend its lifespan.


In conclusion, building a custom mechanical keyboard for programming requires careful consideration of various factors such as keyboard size, switch types, stabilizers, and programming capabilities. Understanding the anatomy of a keyboard and having the right tools are also crucial in this process. By following the step-by-step guide provided in this article, programmers can create a personalized keyboard that suits their needs and preferences.

To maintain the longevity of your custom mechanical keyboard, it is important to regularly clean and upkeep it. By doing so, you can ensure optimal performance and prevent any issues that may arise over time. Exploring different programming options and customizing your key mappings can enhance your typing experience and productivity.

Building a custom mechanical keyboard can be a rewarding project for programmers who value comfort and efficiency. By taking the time to understand the components and following the recommended steps, you can create a keyboard that not only reflects your personal style but also enhances your coding experience. So why not embark on this journey and build your own custom mechanical keyboard today?

Frequently Asked Questions

How important is the keyboard size for programming?

The keyboard size is crucial for programming as it can affect your typing speed and comfort. A compact layout like a 60% keyboard may lack dedicated function keys, while a full-size keyboard offers all standard keys. Consider your preferences and space constraints when choosing the right size.

What are stabilizers in custom mechanical keyboards?

Stabilizers are components that ensure consistent keycap movement and prevent wobbling or sticking. They consist of wires and plastic inserts that stabilize larger keys like the spacebar, shift, and enter keys. Understanding how to properly install and lubricate stabilizers is essential for a smooth typing experience.

What tools do I need to build a custom mechanical keyboard?

To build a custom mechanical keyboard, you will need basic tools such as a soldering iron, solder wire, desoldering pump or wick (if modifying an existing board), screwdrivers, tweezers, flush cutters, and switch puller. These tools help with component installation, soldering switches, and general assembly.

Can I program my custom mechanical keyboard?

Yes, most custom mechanical keyboards support programmability. You can configure key mappings, macros, layers, and even customize RGB lighting effects using firmware like QMK or VIA. Programming allows you to tailor your keyboard’s functionality to suit your specific needs as a programmer.

How should I maintain my custom mechanical keyboard?

To upkeep your custom mechanical keyboard effectively:

  • Regularly clean the keycaps with mild soap and water.
  • Use compressed air or a brush to remove debris from between the switches.
  • Lubricate stabilizers periodically to maintain smooth movement.
  • Avoid eating or drinking near the keyboard to prevent spills.
  • Store it in a clean dust-free environment when not in use.
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