Building your own gaming PC is one of the most rewarding experiences in the tech world. Not only do you save money compared to pre-built systems, but you gain the knowledge to upgrade and maintain your rig for years to come. This comprehensive guide will walk you through every step of building a gaming PC, from selecting components to powering on your finished build.

At PC Express in Sale, Manchester, we help customers build dozens of gaming PCs every month. Whether you are a complete beginner or need expert guidance, this guide contains everything you need to know.

Why Build Your Own Gaming PC?

Building a gaming PC yourself offers several compelling advantages:

• Cost Savings: You can often save 20-30% compared to equivalent pre-built systems
• Customization: Choose exactly the components that match your gaming needs and budget
• Learning Experience: Understand how your computer works, making future upgrades easier
• Better Components: Avoid the cheap power supplies and motherboards often found in pre-built PCs
• Upgrade Path: Build with future upgrades in mind
• Pride of Ownership: There is nothing quite like booting up a PC you built yourself

Essential Components: What You Need

Every gaming PC requires these core components. Understanding each part helps you make informed decisions:

1. Processor (CPU)

The CPU handles all general computing tasks and game physics. For gaming in 2026:

• Budget Option: AMD Ryzen 5 7600 or Intel Core i5-13400F
• Mid-Range: AMD Ryzen 7 7700X or Intel Core i7-13700F
• High-End: AMD Ryzen 9 7900X or Intel Core i9-13900F

2. Graphics Card (GPU)

The most important component for gaming performance:

• 1080p Gaming: RTX 4060, RTX 4060 Ti, or RX 7600
• 1440p Gaming: RTX 4070, RTX 4070 Super, or RX 7700 XT
• 4K Gaming: RTX 4080, RTX 4090, or RX 7900 XTX

3. Motherboard

Connects all your components together. Choose based on your CPU socket:

• AMD: AM5 socket for Ryzen 7000 series
• Intel: LGA 1700 for 13th gen processors
• Features: Built-in WiFi, sufficient USB ports, PCIe slots for future expansion

4. Memory (RAM)

Modern games benefit from fast, sufficient memory:

• Minimum: 16GB DDR4-3200 or DDR5-5600
• Recommended: 32GB for future-proofing and content creation
• Speed: DDR5 offers better performance but costs more than DDR4

5. Storage

Fast storage dramatically improves game loading times:

• Primary Drive: 1TB NVMe SSD (PCIe 4.0 for best performance)
• Secondary Storage: Additional SSD or traditional HDD for mass storage
• Avoid: Using only traditional hard drives for game installations

6. Power Supply (PSU)

A quality PSU protects your entire system:

• Wattage: 650W minimum for mid-range builds, 850W+ for high-end
• Efficiency: 80+ Gold certification for efficiency and reliability
• Modular: Semi or fully modular for better cable management

7. PC Case

Your case houses everything and affects cooling:

• Size: Mid-tower cases offer the best balance of size and features
• Airflow: Look for mesh front panels and multiple fan mounting points
• Features: USB-C ports, tempered glass panels, and good cable management space

8. Cooling

Keep your components at safe temperatures:

• CPU Cooling: Stock coolers work for basic use, aftermarket coolers for better performance
• Case Fans: 2-3 intake fans and 1-2 exhaust fans for good airflow
• Liquid Cooling: AIO liquid coolers for high-end CPUs and aesthetic appeal

Before You Begin: Essential Preparation

Tools You Will Need

• Phillips head screwdriver: The primary tool for PC building
• Anti-static wrist strap: Protects components from static electricity (optional but recommended)
• Cable ties: For clean cable management
• Thermal paste: Usually included with CPU coolers
• Good lighting: Ensure you can see clearly inside the case

Workspace Setup

• Clean, flat surface: Kitchen table or large desk works well
• Anti-static mat: Or touch a grounded metal object regularly
• Component organization: Keep boxes and manuals handy
• Remove carpets: Build on hard flooring if possible to avoid static

Pre-Build Component Testing

Professional builders often test components outside the case first:

• Install CPU, RAM, and GPU on motherboard
• Connect power supply and monitor
• Boot to BIOS to confirm everything works
• This saves time if any component is defective

Step-by-Step Building Process

Step 1: Install the Motherboard

The motherboard is the foundation of your build. Take your time with this crucial step:

1. Install I/O Shield: Press the metal I/O shield (comes with motherboard) into the rectangular slot at the back of your case. Ensure all tabs are properly seated.
2. Install Motherboard Standoffs: Screw brass standoffs into the case where they align with holes in your motherboard. Never skip this step – it prevents short circuits.
3. Place Motherboard: Gently lower the motherboard into the case, aligning ports with the I/O shield. The motherboard should sit flat on all standoffs.
4. Secure with Screws: Use the screws that came with your case to secure the motherboard. Do not overtighten – snug is sufficient.

Pro Tip: Install the CPU, RAM, and CPU cooler before putting the motherboard in the case. It is much easier to work on a flat surface.

Step 2: Install the CPU

The CPU is the most delicate component. Handle with extreme care:

For AMD Processors:

1. Open CPU Socket: Lift the retention arm on the motherboard socket
2. Remove Plastic Cover: Take off the plastic socket cover (save it in case of warranty returns)
3. Align CPU: Look for the gold triangle on the CPU corner that matches the socket
4. Drop into Place: The CPU should drop in without force. Never press down.
5. Close Retention Arm: Lower the arm to secure the CPU

For Intel Processors:

1. Open Socket: Push down and pull the retention arm to the side
2. Remove Cover: Lift out the plastic socket cover
3. Align CPU: Match the notches on the CPU with the socket
4. Place CPU: It should sit flat without force
5. Close Socket: Lower the retention plate and push the arm back into place

Warning: Never touch the CPU pins (AMD) or contacts (Intel). Handle only by the edges.

Step 3: Install RAM Memory

Modern motherboards support dual-channel or quad-channel memory:

1. Check Manual: Consult your motherboard manual for correct slot configuration
2. Open Clips: Push down the plastic clips on both ends of the RAM slots
3. Align Memory: Match the notch in the RAM stick with the slot divider
4. Insert Firmly: Press down evenly until clips snap into place
5. Verify Seating: Ensure RAM sticks are flush and clips are fully closed

Configuration Tip: For two RAM sticks, use slots 2 and 4 (usually color-coded) to enable dual-channel mode for better performance.

Step 4: Install CPU Cooler

CPU coolers vary significantly in installation method:

Stock Cooler Installation:

1. Apply Thermal Paste: If not pre-applied, use a rice-grain sized amount on the CPU
2. Mount Cooler: Follow manufacturer instructions – each brand differs
3. Connect Power: Plug the cooler fan cable into the CPU_FAN header on motherboard
4. Check Contact: Ensure even pressure across the CPU surface

Aftermarket Cooler Tips:

• Remove any plastic from the cooler base
• Check if your cooler needs a mounting bracket for your socket
• Large coolers may require case clearance checks
• Some coolers install easier with motherboard outside the case

Step 5: Install Power Supply

The PSU orientation matters for cooling and cable management:

1. Check Fan Orientation: If your case has bottom ventilation, install PSU with fan facing down for better cooling
2. Slide into Position: Insert PSU from inside the case with power switch accessible from the back
3. Align Screw Holes: Line up the four mounting holes with case
4. Secure with Screws: Use PSU screws (usually black) from outside the case
5. Leave Power Cord Disconnected: Do not plug into mains power yet

Modular PSU Tip: Connect cables before installing the PSU in tight cases. Only connect cables you actually need.

Step 6: Connect Power Cables

Your motherboard and components need several power connections:

Essential Power Connections:

• 24-pin ATX: Main motherboard power (largest connector)
• 8-pin CPU: CPU power near the top-left of motherboard
• 6/8-pin PCIe: Graphics card power (if required)
• SATA Power: For drives (SSD/HDD)
• Molex: For older components or case fans

Cable Management: Route cables behind the motherboard tray where possible. Good cable management improves airflow and appearance.

Step 7: Install Storage Drives

Modern PCs typically use both SSDs and traditional hard drives:

M.2 NVMe SSD Installation:

1. Locate M.2 Slot: Usually near the CPU socket or bottom of motherboard
2. Remove Mounting Screw: Keep this screw safe
3. Insert SSD: Slide in at 30-degree angle, then press down
4. Secure with Screw: Replace the mounting screw

2.5″ SSD/HDD Installation:

1. Mount in Case: Use drive bays or mounting brackets
2. Connect SATA Data: SATA cable to motherboard
3. Connect SATA Power: Power cable from PSU
4. Secure Drives: Use provided screws to prevent vibration

Step 8: Install Graphics Card

The graphics card is usually the largest and most expensive component:

1. Remove PCIe Slot Covers: Take out 2-3 metal slot covers from the case back panel
2. Open PCIe Clip: Push down the clip on the motherboard PCIe x16 slot
3. Insert Graphics Card: Align with top PCIe x16 slot and press down firmly until it clicks
4. Secure with Screws: Attach GPU bracket to case with screws
5. Connect Power: Attach required PCIe power cables
6. Check Clearance: Ensure no cables interfere with GPU fans

Large GPU Tip: High-end graphics cards are heavy. Consider a GPU support bracket to prevent PCIe slot damage.

Step 9: Connect Front Panel Connectors

These tiny connectors control power button, USB ports, and activity LEDs:

Common Front Panel Connections:

• Power Button: PWR_SW or similar marking
• Reset Button: RST_SW connector
• Power LED: PWR_LED (positive and negative connections)
• HDD Activity LED: HDD_LED connector
• USB Headers: USB 2.0 and USB 3.0 connectors
• Audio Headers: HD_AUDIO connector for front panel jacks

Connector Tip: Consult your motherboard manual for exact pin layout. These connectors are often labeled but can be confusing.

Step 10: Final Checks and Cable Management

Before powering on, perform these crucial checks:

Component Checklist:

• All power connections secure (24-pin, CPU, GPU)
• RAM fully seated in correct slots
• CPU cooler properly mounted and connected
• Graphics card firmly installed
• All case fans connected
• No loose screws in case

Cable Management:

• Route cables behind motherboard tray
• Use cable ties to secure loose cables
• Ensure no cables obstruct fans
• Keep 24-pin and CPU cables away from GPU

First Boot and Setup

Initial Power On

The moment of truth – powering on your build:

1. Final Visual Check: Look for any obvious issues
2. Connect Monitor: Plug into graphics card (not motherboard)
3. Connect Power Cord: Plug PSU into mains power
4. Turn on PSU: Flip power switch on back of PSU
5. Press Power Button: Use case power button

Successful Boot Signs:

• Fans spin up (CPU, GPU, case fans)
• LED lights illuminate
• Monitor displays BIOS/UEFI screen
• No continuous beeping or error codes

If It Does Not Boot:

Do not panic – this is common with first builds:

• Check Power Connections: Ensure 24-pin and CPU power are connected
• Reseat RAM: Remove and reinstall memory sticks
• Clear CMOS: Reset BIOS to defaults using motherboard jumper
• Single RAM Stick: Try booting with one RAM stick
• Remove GPU: Boot with integrated graphics first

BIOS Setup and Configuration

Once your PC boots, configure essential BIOS settings:

Essential BIOS Settings:

• Enable XMP/DOCP: Activate RAM speed profiles
• Check CPU Temperatures: Ensure under 80°C at idle
• Set Boot Priority: USB first for OS installation
• Enable Secure Boot: For Windows 11 compatibility
• Update BIOS: Check manufacturer website for latest version

Fan Curve Configuration:

Set up intelligent fan curves for optimal cooling and noise:

• CPU fans: Aggressive curve for cooling performance
• Case fans: Gentle curve for quiet operation
• GPU fans: Usually managed by graphics card software

Gaming PC Optimization Tips

Performance Optimization:

• Disable Unnecessary Startup Programs: Reduce boot times
• Enable Game Mode: Windows gaming optimizations
• Configure Graphics Settings: Balance quality and performance
• Monitor Temperatures: Use software like HWiNFO or Core Temp
• Regular Maintenance: Clean dust from components monthly

Future Upgrade Planning:

• GPU Upgrades: Usually the first component to upgrade for gaming
• Storage Expansion: Add more SSDs as game libraries grow
• Memory Upgrade: 32GB for future-proofing
• CPU Upgrade: Usually last 4-6 years before needing upgrade

Common Build Mistakes to Avoid

Costly Mistakes:

• Forgetting I/O Shield: Must be installed before motherboard
• Wrong RAM Slots: Use correct slots for dual-channel
• CPU Installation Errors: Bent pins or incorrect orientation
• Insufficient Power Supply: Under-powering high-end components
• Poor Cable Management: Affects airflow and appearance

Safety Reminders:

• Discharge static electricity regularly
• Never force components – they should fit easily
• Keep component boxes until build is complete
• Test components before final assembly

When You Need Professional Help

Building a PC can be challenging, especially for first-time builders. Here are situations where professional assistance is worth considering:

Complex Issues:

• Component Incompatibility: When parts do not work together as expected
• BIOS Problems: Advanced BIOS configuration or recovery
• Hardware Defects: Identifying faulty components
• Performance Tuning: Overclocking and advanced optimization
• Custom Cooling: Advanced liquid cooling installations

Expert Help Available in Sale, Manchester

At PC Express, we understand that building a gaming PC can seem overwhelming. Our experienced technicians have built thousands of gaming PCs and can help at every stage:

Our Services Include:

• Component Selection: Help choosing the right parts for your budget and gaming needs
• Compatibility Checking: Ensure all components work together perfectly
• Professional Assembly: Expert building with premium cable management
• System Testing: Comprehensive stress testing and benchmarking
• OS Installation: Windows setup with all necessary drivers
• Gaming Optimization: Performance tuning for your specific games
• Future Upgrade Advice: Plan your upgrade path for maximum value

Why Choose PC Express for Your Gaming PC:

• Local Expertise: Based in Sale, Manchester – not a faceless online company
• Experienced Team: Decades of PC building experience
• Quality Components: We only recommend reliable, performance-focused parts
• Comprehensive Testing: Every build is tested thoroughly before delivery
• Ongoing Support: Local support for upgrades, maintenance, and troubleshooting
• Competitive Pricing: Fair prices without the markup of large retailers

Conclusion: Your Gaming Journey Starts Here

Building a gaming PC is an incredibly rewarding experience that gives you complete control over your gaming performance. While the process might seem complex at first, taking it step by step makes it entirely achievable for beginners.

Remember these key points:

• Take Your Time: Rushing leads to mistakes
• Read Manuals: Component manuals contain crucial information
• Start Simple: You can always upgrade later
• Ask for Help: Professional guidance can save time and prevent costly errors
• Enjoy the Process: Building a PC should be fun, not stressful

Whether you decide to build it yourself or want professional assistance, the experts at PC Express in Sale, Manchester are here to help you create the perfect gaming PC for your needs.

Ready to start your gaming PC build? Visit us at 185 Washway Road, Sale, Manchester M33 4AH, or call 0161 291 1044 to discuss your gaming PC project. We are open Monday-Friday 9am-5:30pm and Saturday 10am-2:30pm.

Your perfect gaming PC awaits – and we are here to make sure you get exactly what you need for years of incredible gaming performance.

If you’ve ever dropped your iPhone and ended up with a cracked screen and in need of an iPhone Repair, you know how frustrating it can be. Not only is a broken screen unsightly, it can also make it difficult to use your phone. While you may be tempted to go to a big-name electronics retailer to get your screen repaired, it’s actually a better idea to go to a local repair shop. Here’s why:

First and foremost, using a local repair shop supports your community and helps to keep small businesses afloat. Small, locally-owned businesses are an important part of the fabric of any community, and by supporting them, you’re helping to strengthen your community as a whole. Plus, these businesses are often run by people who are passionate about what they do, and who are more likely to provide excellent customer service.

In addition to supporting your community, using a local repair shop can also save you money. Big-name electronics retailers often charge more for repairs than smaller, locally-owned shops. Plus, many local repair shops offer discounts or promotions, which can help you save even more money.

But perhaps the biggest reason to go to a local repair shop is the quality of the repair. When you go to a big-name retailer, you’re often at the mercy of whoever is working on your phone. They may not have the necessary training or experience to properly fix your phone, which can result in a subpar repair. On the other hand, local repair shops are often run by technicians who are highly trained and experienced in repairing all types of electronic devices, including iPhones. This means that you’re more likely to get a high-quality repair that will last.

So, if you find yourself in need of an iPhone screen repair, don’t hesitate to seek out a local repair shop. Not only will you be supporting your community and potentially saving money, but you’ll also be more likely to get a high-quality repair. By choosing a local repair shop, you’ll be able to get your phone back in working order and get on with your life.

In addition to supporting your community and getting a high-quality repair, there are a few other benefits to using a local repair shop for your iPhone screen repair.

For one, you’ll likely have a better overall experience at a local repair shop. These businesses are often run by people who are passionate about what they do and who truly care about their customers. As a result, you’re more likely to receive personalized attention and a more welcoming, friendly atmosphere.

Another benefit of using a local repair shop is the convenience factor. Local repair shops are often located in more convenient locations than big-name electronics retailers, which can make it easier for you to drop off and pick up your phone. Plus, local repair shops often have more flexible hours, making it easier to find a time that works for you.

Finally, using a local repair shop can also be more environmentally friendly. Big-name electronics retailers often ship repaired devices long distances, which can result in a lot of unnecessary carbon emissions. On the other hand, local repair shops are often able to repair your device on-site, which can reduce the carbon footprint of the repair process.

In conclusion, if you find yourself in need of an iPhone screen repair, it’s best to go to a local repair shop. Not only will you be supporting your community and potentially saving money, but you’ll also be more likely to get a high-quality repair and have a better overall experience. Plus, using a local repair shop can be more convenient and environmentally friendly. So, the next time you need a repair, don’t hesitate to seek out a local shop and give them your business.

We have been busy building PC to work alongside the Skytrack Golfing Simulator.

Advised spefication :
Windows 10 64bit
Intel core i7 @ 3.2GHz
8GB RAM
NVidia GTX 1080
DirectX version 11 & suitable sound card Wifi 30GB hard drive

The speciation can be a bit vague as it doesn’t mention the generation of CPU, however, we have built a few of these units to our recommended spec which may help you guys looking for a machine to use.

If you are looking for a machine pre-built then please get in touch and we will see what we can do for you.

Our recommended Specification for the Skytrack Golfing Simulator

CPU	i7 8700k 3.7GHz
Motherboard	Prime Z370-P Motherboard
Memory	16gb DDR4
Primary Drive	SSD 240GB Crucial
Secondary Drive (optional)	Only if required
Case	Corsair Carbide Case
Extra CPU cooling (Optional)	Radiator Fan if high usage
Power Supply	650W PSU
Dedicated GPU (Optional)	Gforce 2060 RTX Gigabyte
Windows OS	Windows 10 Pro
Keyboard Mouse	Logtech Wireless Keyboard and mouse set
Monitors	Optional touch screen
Speakers	Optional
Wifi Adaptor	USB 1200 MBPS Adaptor

All our machines are built in house, we have been in business since 2007.

Official website for the simulation

Are you still running Windows 7 ?

Windows 7 reached it’s end of life

• Ended

  Jan 14th 2020

• Released

  22nd Oct 2009

I didn’t upgrade to Windows 10!

Is Windows 7 still safe?

The verdict

Our recommendation

Book an upgrade or free diagnostic today–>

Here is a lovely Apple Mac Mini Upgrade (version 2014) we have just upgraded for a customer. Whilst keeping his original data by cloning the OS without any loss of programs or data.

We upgraded his Mac with a 1TB SSD drive, which gave the Mac a new boost of life and larger disk space. The customer was extremely satisfied with the final job.

Its most important to use the right software when copying your data, we understand that your data is important when having your Mac Mini Upgrade.

To get an estimate please request a quote.

Or just pop yourselves into our repair shop and meet our most accommodating team.