Design a Future-Ready AM5 PC

Plan a compatible AM5 PC with integrated graphics and a future GPU path.

Introduction

30 Second Summary

Choosing parts for a new computer can feel safe once every box says compatible. One hidden mismatch can still leave the finished machine unable to start.

In this project, you will create a free AM5 PC plan in PCPartPicker that you can share. The AMD Ryzen 5 8600G anchors an integrated-graphics design with room for a future video card.

What You'll Build

You will open one shareable list that shows a complete office and light-gaming computer plan before you spend any money.

By the end of this project, you'll have:

A shareable build plan where you can see the current total beside estimated wattage.
An integrated-graphics PC plan that leaves Video Card empty while AMD Radeon 760M graphics handle the display.
A compatibility audit covering the F20 minimum BIOS, the Q-Flash Plus fallback, DDR5 memory, case fit, and power connections.
Secret Mission: An optional test that temporarily adds a future video card to check whether the same case and power supply can handle the upgrade.

Are there any prerequisites?

You only need internet access. The project includes setup for Microsoft Edge and PCPartPicker.

Define Your PC Plan

A parts list only becomes useful when every component supports a clear purpose. Without that purpose, attractive prices can pull the build away from what its user actually needs.

This step defines the person and workload behind your AM5 PC plan. You will also commit to using integrated graphics with a project spend of $0.

In this step, get ready to:

Define the intended user for the planned PC.
Choose one office task or light game the PC should handle.
Capture the plan in one sentence before selecting any hardware.

Choose the user and workload

A specific user gives the build a clear audience. A specific workload gives every later component choice a practical test.

Choose one person who could use the planned PC.
Select one office task or light game that matters to that person.
Keep the workload specific enough to guide later component choices.

Why define the workload first?

The workload becomes your decision filter for the rest of the project. Each part must help the planned PC perform that job without adding an unnecessary purchase.

Write your one-sentence build brief

Your build brief captures the fixed requirements before live prices or individual parts influence the plan. It keeps the project focused on a usable AM5 PC with integrated graphics.

Name the intended user in your sentence.
State the office task or light game the PC should handle.
Specify that the plan uses the AM5 platform.
Specify that the plan uses integrated graphics.
Set the project spend to $0.
Enter the complete sentence in the checkpoint below.

Verify the build brief

The final check makes sure your sentence can guide the parts list without relying on unstated assumptions.

Before the final check, predict whether another person could identify every requirement from one read.
Read your sentence once from beginning to end.
Confirm that the intended user appears in the sentence.
Confirm that one office task or light game appears in the sentence.
Confirm that AM5 appears in the sentence.
Confirm that integrated graphics appears in the sentence.
Confirm that the project spend appears as $0.

You should see one sentence that identifies the user and workload. The same sentence should lock in AM5, integrated graphics, and a $0 project spend.

Your PC plan now has a clear user and a measurable job. Next, you will create the free planning workspace where that brief becomes a compatible parts list.

Set Up Your Planning Workspace

Your build brief now identifies who the planned PC serves. It also defines the office task or light game that the machine must handle.

A virtual builder lets you test that goal before money is at risk. Microsoft Edge provides the browser workspace.

PCPartPicker supplies the Part List with compatibility guidance. This keeps the project focused on planning instead of purchasing.

In this step, get ready to:

Open Microsoft Edge on Windows.
Start a blank PCPartPicker Part List without selecting any parts.
Locate the component categories and planning areas needed for later checks.

Open Microsoft Edge

Microsoft Edge carries the entire planning session. Confirming access first prevents a missing browser from interrupting the Part List later.

Press the Windows key to open the Windows search bar.
Type Microsoft Edge into the search field.

✔️ Microsoft Edge is available

The search result confirms that Microsoft Edge is already installed.

Press Enter to open Microsoft Edge.

You should see a Microsoft Edge window ready for the planning session.

ⓧ Microsoft Edge is unavailable

The Windows installer comes from Microsoft's official download page. Windows may request permission before installation.

Open the official Download Microsoft Edge page in another available browser.
Select Download Microsoft Edge in the Windows section.
Allow the Windows permission request if it appears.
Complete the installer prompts.
Press the Windows key to return to the Windows search bar.
Type Microsoft Edge into the search field.
Press Enter to open Microsoft Edge.

You should see Microsoft Edge open on your Windows desktop.

Good progress. Microsoft Edge is now ready to hold your zero-cost build plan.

Microsoft Edge Still Not Opening?

Confirm that your Windows desktop can load another website.
Run the downloaded Microsoft Edge installer again.

Help me troubleshoot why Microsoft Edge will not open. If the problem continues, share the non-sensitive error details with the NextWork community.

Start a blank PCPartPicker Part List

A blank Part List creates a clean baseline for the build. Every component row should remain empty during this setup.

Select the address bar at the top of Microsoft Edge.
Enter https://pcpartpicker.com/list/.
Press Enter to load the Part List.
Keep every component row empty.
Leave every Buy link untouched.

You should see empty CPU, Motherboard, Memory, and Storage rows. You should also see empty Case and Power Supply rows.

Why Start With an Empty List?

Each part added later produces a visible change in the list. The blank state makes those changes easy to trace.

The Buy links start a purchase path. Leaving them untouched keeps this project's hardware spend at $0.

Locate the planning checks

Three areas turn the Part List into a decision tool. Each area tracks a different part of the plan.

What Does Each Area Track?

Compatibility flags potential conflicts between selected components.
Estimated Wattage shows PCPartPicker's estimate of the planned system's power demand.
Total shows the prices currently listed for selected components.

Locate Compatibility to identify where component conflicts appear later.
Locate Estimated Wattage to identify where power demand appears later.
Locate Total to identify where the build price appears later.

Before you check the whole page, which categories and planning areas do you expect the blank list to show?

Scan the blank Part List from the component categories to the planning summary.

You should see the CPU, Motherboard, Memory, Storage, Case, and Power Supply categories. You should also see Compatibility, Estimated Wattage, and Total.

Every component row remains empty. No Buy link has been opened.

That is the setup complete. Your blank Part List can now reveal each change without putting money at risk.

Your zero-cost planning workspace is ready. Next, you will anchor the build with its processor and motherboard before checking their BIOS compatibility.

Select the AM5 Foundation

Your blank PCPartPicker list in Microsoft Edge is ready for its first parts. Your build brief already defines the person and workload this zero-cost plan needs to support.

A processor and motherboard can share the AM5 socket while the board's BIOS still lacks support for that processor. This firmware uncertainty could stop the planned computer from starting.

In this step, get ready to:

Anchor the list with the AMD Ryzen 5 8600G 4.3 GHz 6-Core Processor.
Pair the processor with the Gigabyte B650M DS3H Micro ATX AM5 Motherboard.
Verify the motherboard's firmware requirement against its official CPU support list.

Add the integrated-graphics processor

The processor anchors the capabilities of every later component. Its AMD Radeon 760M integrated graphics can drive this office and light-gaming plan without a separate video card.

In the Part List from earlier, select the CPU category.
Use the search field to find AMD Ryzen 5 8600G 4.3 GHz 6-Core Processor.
Choose the matching result for your Part List.
Leave every Buy link unopened.

You'll see AMD Ryzen 5 8600G 4.3 GHz 6-Core Processor in the CPU row with a live Price.

The Estimated Wattage area now reflects the processor's contribution.

Your first part is locked in as the graphics-capable heart of the plan.

Can't Find the Exact Processor?

Clear any active CPU filters.
Paste AMD Ryzen 5 8600G 4.3 GHz 6-Core Processor into the search field again.
Confirm that you are searching inside the CPU category.

Ask for help with finding the exact Ryzen 5 8600G listing.

Add the motherboard and test the assumption

The motherboard connects the processor to the rest of the planned PC. For a first pass, the shared AM5 socket looks like sufficient compatibility evidence.

Select the Motherboard category.
Use the search field to find Gigabyte B650M DS3H Micro ATX AM5 Motherboard.
Choose the matching result for your Part List.

Before you inspect the pair, ask yourself: does the shared AM5 label prove that this exact motherboard firmware can start the processor? Keep your prediction in mind.

Scroll to the top of the Part List.
Read the Compatibility area.
Compare the populated CPU and Motherboard rows.

You'll see both parts together in one AM5 list. The list still lacks the official board-revision row that identifies the minimum BIOS for this processor.

That missing evidence is the intended shortfall. The shared socket confirms the platform connection while firmware readiness remains unproven.

What Did the Socket Check Prove?

AM5 identifies the physical platform connection between the processor and motherboard. Firmware readiness depends on a board-specific CPU support record.

The support record must cover the exact motherboard revisions in your plan. That evidence closes the startup risk before any money is involved.

Verify the official CPU support row

A manufacturer's CPU support list connects a specific processor to tested firmware for defined motherboard revisions. GIGABYTE's official row provides the evidence missing from the socket-only check.

Open the GIGABYTE CPU support list in a new Microsoft Edge tab.
Confirm that the list covers B650M DS3H revisions 1.0, 1.1, and 1.2.
Press Cmd+F (macOS) or Ctrl+F (Windows) to search the current page.
Enter Ryzen 5 8600G into the page search field.
Locate the AMD Ryzen 5 8600G support row.
Read the final BIOS value in that row.

You'll see F20 at the end of the Ryzen 5 8600G row.

For Gigabyte B650M DS3H revisions 1.0, 1.1, and 1.2, GIGABYTE identifies F20 as the minimum listed BIOS for AMD Ryzen 5 8600G.

Use the text checkpoint below to record this BIOS compatibility finding.

Can't Find the F20 Row?

Confirm that the support page names B650M DS3H revisions 1.0, 1.1, and 1.2.
Search the page for 8600G.
Reload the official support link if the table does not appear.

Ask for help with locating and interpreting the official support row.

Before you return to the Part List, ask yourself: which selected parts and planning areas should still be visible? Keep your prediction in mind.

Switch back to the PCPartPicker Part List tab.
Confirm that the CPU row contains AMD Ryzen 5 8600G 4.3 GHz 6-Core Processor.
Confirm that the Motherboard row contains Gigabyte B650M DS3H Micro ATX AM5 Motherboard.
Review the Compatibility area.
Check the Estimated Wattage area.
Check the Total area.
Confirm that no Buy link was opened.

You'll see the selected processor in the CPU row. You'll see the selected motherboard in the Motherboard row.

The Compatibility, Estimated Wattage, and Total areas remain available. No purchase has been made.

You caught the firmware trap before money entered the picture. The pair now has an official F20 minimum tied to the exact board revisions.

Your AM5 foundation now has compatible core parts backed by official firmware evidence. Next, you'll turn that BIOS finding into a safe plan and add memory matched to the platform.

Plan BIOS Recovery and Memory

Your processor and motherboard share the AM5 socket. The official support row also revealed that the Ryzen 5 8600G needs BIOS F20 on the selected board revisions.

Q-Flash Plus gives the board a CPU-less BIOS update path. PCPartPicker then narrows the memory search to compatible dual-channel DDR5 kits.

In this step, get ready to:

Confirm that Q-Flash Plus can update the BIOS without the CPU, memory, or graphics card installed.
Select one currently available compatible 2 x 8 GB memory kit at DDR5-5200.
Document the minimum BIOS and recovery fallback in your compatibility record.

Confirm the BIOS recovery path

A minimum BIOS requirement can prevent a new system from starting with the selected processor. GIGABYTE documents a recovery feature that can update this motherboard before its main components are installed.

Switch back to Microsoft Edge.
Return to the official GIGABYTE specifications for B650M DS3H revisions 1.0, 1.1, and 1.2.
Locate the Q-Flash Plus feature statement on the specifications page.
Confirm that the statement says Update BIOS Without Installing the CPU, Memory and Graphics Card.

That firmware risk now has a recovery path. The motherboard can receive a supported BIOS even when the selected processor cannot start the system.

Can't find the Q-Flash Plus statement?

Check that the page covers B650M DS3H revisions 1.0, 1.1, and 1.2. A different motherboard model or revision can have different support details.

Use this if the feature statement is still missing: Help me verify Q-Flash Plus for my motherboard revision.

Choose compatible dual-channel memory

The Ryzen 5 8600G supports two memory channels with two modules running at DDR5-5200. A two-module kit gives this plan the intended dual-channel memory configuration.

Return to the PCPartPicker Part List tab.
Use the part-selection control in the Memory category.
Set the memory kit configuration filter to 2 x 8 GB.
Set the memory speed filter to DDR5-5200.
Review results whose Availability and Price fields are populated.
Add one currently available result that PCPartPicker marks compatible.

You'll return to the Part List with a populated Memory row. The selected kit should show two 8 GB modules with a speed of DDR5-5200.

Why use two memory modules?

The Ryzen 5 8600G has two memory channels. A matched two-module kit can use both channels while keeping the memory choice aligned with the processor's listed DDR5-5200 speed.

No compatible memory results?

Clear any extra filters while keeping the required kit configuration and speed. Confirm that the selected CPU and motherboard still appear in the Part List before choosing memory again.

Use this if the results remain empty: Help me troubleshoot my PCPartPicker memory filters.

Record and verify the plan

Your compatibility record needs to connect the minimum BIOS requirement with its recovery path. It also needs to keep every future BIOS check tied to the exact motherboard revision.

Update your BIOS compatibility record by replacing its current sentence with the complete record below:

For Gigabyte B650M DS3H board revisions 1.0, 1.1, and 1.2, GIGABYTE's official CPU support list identifies BIOS F20 as the minimum listed BIOS for AMD Ryzen 5 8600G. Build note: "Minimum BIOS: F20; fallback: Q-Flash Plus." GIGABYTE specifications confirm Q-Flash Plus can update the BIOS without CPU, memory, or graphics card installed; any newer BIOS must be checked against the same board revision's support page.

What does this record capture?

The opening sentence preserves the official F20 minimum for the selected processor and board revisions.
The build note turns Q-Flash Plus into a clear fallback plan.
The closing sentence keeps any newer BIOS claim tied to the same motherboard revision's support page.

Save the updated BIOS compatibility record.
Predict what evidence you expect your Part List and compatibility record to show.
Return to the PCPartPicker Part List.
Confirm that the CPU, Motherboard, and Memory rows each contain the selected component.
Confirm that the Memory row shows a 2 x 8 GB kit at DDR5-5200.
Compare the updated BIOS compatibility record with the reference block above.
Confirm that no Buy link has been opened.

You'll see one compatible DDR5-5200 memory kit containing two 8 GB modules. Your BIOS record now carries the F20 minimum and the Q-Flash Plus fallback.

You have contained the firmware risk with a documented recovery route. Your build now has matched memory.

Record or memory details don't match?

Return to the Memory category if the kit does not show 2 x 8 GB and DDR5-5200. Compare the compatibility record with the complete reference block to catch missing clauses.

Use this if the final check still differs: Help me compare my BIOS and memory plan with the required result.

Your processor, motherboard, BIOS recovery plan, and memory now form a reliable foundation. Next, you'll add storage, a case, and a power supply to complete the usable PC plan.

Complete the Integrated-Graphics PC

Your AM5 core platform is ready in PCPartPicker. The selected CPU, motherboard, and memory now agree on the platform.

The plan still needs storage plus an enclosure that fits the board. A correctly matched power supply completes a usable PC around the processor's integrated graphics.

Every choice here stays inside the virtual list. Staying away from every Buy link keeps your project spend at $0.

In this step, get ready to:

Add a compatible 1 TB M.2-2280 PCIe 4.0 x4 NVMe solid-state drive.
Choose a Micro ATX case that supports the selected motherboard.
Match an ATX power supply to the build's wattage range and power connections.

Add compatible storage

An NVMe solid-state drive gives the planned PC space for its operating system, applications, and files. The selected motherboard supports the required storage connection.

Switch back to the open Part List in Microsoft Edge.
Select the Storage category.
Use the capacity filter to select 1 TB.
Use the form factor filter to select M.2-2280.
Use the interface filter to select PCIe 4.0 x4.
Limit the results to NVMe solid-state drives.
Add one currently available result that PCPartPicker marks compatible.

The Storage row now shows your selected 1 TB M.2-2280 PCIe 4.0 x4 NVMe drive. Good progress. Your plan now has fast storage that fits the motherboard.

No Compatible Storage Results?

Clear the storage filters you just applied.
Apply each required storage value again one at a time.
Keep the existing CPU plus motherboard selections in the Part List.

Ask for help if the compatible results still disappear: Help me find a PCPartPicker-compatible 1 TB M.2-2280 PCIe 4.0 x4 NVMe SSD for my current AM5 build.

Confirm the case fit

The selected motherboard uses the Micro ATX form factor. The case must provide a matching motherboard mount before the parts can fit together.

Select the Case category.
Limit the results to cases that support Micro ATX motherboards.
Add one compatible Micro ATX case.
Scroll to the Case Usage section.
Confirm that the section shows a compatible mount for the Gigabyte B650M DS3H Micro ATX motherboard.

The case now appears in the Part List. That fit check confirms the enclosure can mount your selected motherboard.

Case Usage Does Not Confirm the Fit?

Return to the Case category.
Remove the case that produced the fit warning.
Add a different Micro ATX-compatible case.
Check Case Usage again.

Use this if the mount remains unclear: Help me understand why PCPartPicker Case Usage does not confirm a compatible motherboard mount for my Micro ATX build.

Match the power supply

The power supply must cover the build's expected demand. It must also provide the motherboard's main power connection plus its CPU power connection.

Select the Power Supply category.
Limit the results to the ATX form factor.
Set the wattage range from 550 W through 650 W.
Set the efficiency rating to 80+ Bronze or better.
Add one currently available compatible result.

Before you inspect the completed plan, which categories do you expect to be filled? Which category should remain empty because the processor already supplies graphics?

Scroll to the Power Supply Connector Usage section.
Confirm coverage for the 24-pin ATX motherboard power connection.
Confirm coverage for the 8-pin CPU power connection.
Review Case Usage for the compatible motherboard mount.
Scan the CPU, Motherboard, Memory, Storage, Case, and Power Supply rows.
Confirm that the Video Card category remains empty.
Confirm that the Compatibility, Estimated Wattage, and Total areas remain visible.

You will see entries for the CPU, motherboard, memory, storage, case, and power supply. The Video Card category stays empty because the AMD Ryzen 5 8600G supplies AMD Radeon 760M graphics.

That is the usable PC completed. Your virtual build now covers storage, physical fit, motherboard power, CPU power, and display output without purchasing hardware.

Missing a Power Connection?

Return to the Power Supply category.
Remove the power supply that produced the connector warning.
Add another currently available ATX model within the required wattage range.
Review Power Supply Connector Usage again.

Use this if the connector notes remain unclear: Help me understand the PCPartPicker power connector notes for my AM5 build.

Your integrated-graphics PC plan is complete. Next up, you will audit its warnings, connectivity, pricing, and wattage before sharing the final list.

Audit and Share Your Build

Your AM5 parts list now covers the processor, memory, storage, case, and power plan for an integrated graphics PC. PCPartPicker has already filtered many obvious mismatches.

Automated guidance cannot settle every warning, physical limit, or connectivity assumption. A manual audit turns the list in Microsoft Edge into a plan you can share before money is involved.

In this step, get ready to:

Audit every compatibility section for warnings or follow-up checks.
Confirm the monitor connection and networking plan.
Record the live total before testing the shareable list.

Audit every compatibility area

Compatibility filtering gives you a useful first pass. The detailed usage sections reveal the remaining checks that deserve your attention before buying parts.

Switch back to the open PCPartPicker Part List in Microsoft Edge.
Read Compatibility Notes for every warning attached to the list.
Review Motherboard Usage for any note that affects the selected parts.
Review Case Usage for any physical-fit note that still needs checking.
Review Power Supply Connector Usage to reconfirm the motherboard power coverage.
Review Wattage Breakdown to see how the selected components contribute to the estimate.
Resolve each warning that can be settled using the current parts list.
Record an exact follow-up check for every warning that cannot be resolved yet.

Why the Manual Audit Matters

PCPartPicker states: "Disclaimer: Some physical constraints are not checked, such as RAM clearance with CPU Coolers." A final physical check protects you from limits outside its compatibility engine.

PCPartPicker also states: "Note: Wattages are estimates only. Actual power draw may differ from listed values." The estimate helps you plan capacity without promising exact real-world power use.

That is the judgment-heavy part done. Every visible warning now has a resolution or a precise next check.

Confirm display and network plans

The AMD Radeon 760M sends video through the motherboard display outputs. Your network choice also needs to match the connection available where the eventual PC will sit.

Return to the GIGABYTE specifications page you used for the Q-Flash Plus check.
Find 2 x DisplayPorts in the display specifications.
Find 1 x HDMI port in the same specifications.
Match the planned monitor cable to one confirmed motherboard output.
Record the monitor output here: HDMI or DisplayPort.
Use 2.5GbE LAN if a wired network connection can reach the planned PC location.
Plan a separate wireless adapter if the eventual PC needs wireless networking.
Record the networking plan here: 2.5GbE LAN or a separately planned wireless adapter.

Your build record now names a confirmed monitor output. It also covers the network connection the finished PC needs.

Record and test the shareable list

Live prices can change after today. Recording the current total with its date makes your shared plan an honest snapshot.

This check does not purchase anything. Every Buy link stays untouched.

Return to the top of the PCPartPicker Part List.
Read the value beside Total:.
Record the displayed value here: your current Total.
Record the snapshot date here: today's date.
Select Copy Permalink at the top of the Part List.
Paste the copied link here: your PCPartPicker permalink.

Predict whether the permalink will preserve every required component and audit area.

Open a new Microsoft Edge tab.
Paste the copied permalink into the address bar.
Press Enter.

You'll see the CPU, Motherboard, Memory, Storage, Case, and Power Supply still listed. The Video Card category remains empty because the processor supplies the graphics.

You'll also see Compatibility Notes, Estimated Wattage, Wattage Breakdown, and Total. No purchase has been made because every Buy link remains untouched.

Does the Permalink Open the Wrong List?

Return to the audited Part List.
Select Copy Permalink again.
Replace the address in the test tab with the newly copied permalink.

If the reopened list still differs, help me troubleshoot a PCPartPicker permalink that opens the wrong or incomplete parts list.

Your audited build is now shareable without spending money. Anyone with the permalink can review the same component plan, live pricing, and estimated wattage.

Secret mission

Test a Future Graphics Upgrade

Your integrated-graphics plan is complete. Now pressure-test it with one realistic future video card. You will compare power demand, connector coverage, and case fit before restoring the original zero-cost base list.

Clean Up Your Resources

This AM5 planning project created no purchased hardware or paid services. Your spend remains $0 with no running resources to tear down.

Resources you used:

Your Microsoft Edge browser tab showing the shareable PCPartPicker Part List.
Your planning record containing the shareable list link, current Total, date, BIOS findings, audit results, and future graphics upgrade findings.

Keep everything running

Keep your plan intact if you are still comparing parts or preparing for a future purchase. Your recorded checks provide a starting point when prices or availability change.

Leave the PCPartPicker tab open in Microsoft Edge for quick access.
Keep the recorded shareable list link for future price checks.
Keep the BIOS findings and compatibility audit with the link.
Review live prices again before purchasing any hardware.

Pause - I'll come back to this later

Close the active browser session to step away from the project. Your shareable link and written checks remain available when you return.

Close the PCPartPicker tab in Microsoft Edge.
Keep the recorded shareable list link in its current location.
Keep the current Total and date as a snapshot for later comparison.
Open the recorded link when you are ready to review the build again.

Delete - I don't want to use this again

Remove your browser session and planning record if you no longer want to revisit the build. Deleting your notes can be permanent, so copy any details you want to keep first.

Close the PCPartPicker tab in Microsoft Edge.
Delete the shareable link from the location where you recorded it.
Delete the recorded Total and date from that same location.
Delete the BIOS findings, compatibility audit, and future graphics upgrade findings from that same location.

Nice Work!

You did it! Your shareable PCPartPicker list now maps a complete AM5 office and light-gaming PC before a single part is purchased. You kept the project spend at $0.

You've learned how to:

Build a complete AM5 parts plan around the AMD Ryzen 5 8600G. Use its AMD Radeon 760M integrated graphics to keep the final Video Card category empty.
Turn a BIOS compatibility risk into a clear buying check. Record F20 as the minimum listed BIOS. Keep Q-Flash Plus as the fallback update method.
Use Case Usage to confirm physical fit. Use Power Supply Connector Usage to confirm power coverage. Save a dated shareable list with live pricing. Preserve the $0 project spend.
Secret Mission: Test a future discrete-graphics upgrade in the same build. Compare Estimated Wattage. Review Case Usage. Review Power Supply Connector Usage. Remove the card to restore the integrated-graphics base list.

Ready to quiz yourself?