Member Avatar for EpicDewd

Decided that I'm prolly going to make a custom computer soon.

Just wanted to make sure all of these parts will work together. Also anything im missing would be nice too.

Motherboard - http://www.newegg.com/Product/Product.aspx?Item=N82E16813138186

CPU - http://www.newegg.com/Product/Product.aspx?Item=N82E16819115221

Video Card - http://www.newegg.com/Product/Product.aspx?Item=N82E16814102873

Wireless Network Card - http://www.newegg.com/Product/Product.aspx?Item=N82E16833106039

Ram - http://www.newegg.com/Product/Product.aspx?Item=N82E16820231277

Case (With Power) - http://www.newegg.com/Product/Product.aspx?Item=N82E16811119207

Fans (X 2) - http://www.newegg.com/Product/Product.aspx?Item=N82E16811998121

Thanks - Suggestions are welcome.

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  • Latest Post Latest Post by caperjack

Dani AI

Generated

Quick, practical compatibility checklist for 's planned build. and raised the right high‑level points; the items below turn those into concrete checks and a short build/troubleshoot workflow to avoid the common surprises that show up after ordering parts.

  • Confirm CPU/motherboard match and BIOS support: open the motherboard manual or vendor CPU‑support list and verify the exact CPU model is listed. Note any required BIOS version — if the board needs a newer BIOS than it ships with, plan how that update will be done before the CPU is fitted.
  • RAM: check the board’s supported memory type (DDR generation, voltage) and populate the correct slots for dual‑channel. Consult the board’s QVL if stability is required for specific kits. After assembly run MemTest86 to validate.
  • GPU clearance and power: verify the card fits the case (card length and cooler thickness) and that the PSU provides the required PCIe power connectors (6/8‑pin). If the card uses an extra power lead, a weak or adapter‑only supply can cause crashes.
  • Case and PSU: confirm the case supports the motherboard form factor and CPU cooler height. Treat bundled PSUs as provisional — check wattage, 12V amps, and available connectors; for systems with a discrete GPU, a quality 80+ Bronze (or better) unit from a reputable maker is recommended.
  • Fans and headers: count chassis fan headers and note 3‑pin vs 4‑pin PWM. If headers are short, use a controller or splitter.
  • Wireless card: confirm the interface (PCIe x1, full‑size PCI, USB, mini) and antenna fitment/clearance and that drivers are available for the intended OS.

Assembly/testing tips: do a minimal POST first (CPU, one RAM stick, GPU if needed, PSU). Verify BIOS sees the CPU and RAM, enable XMP only after stability checks. If it won’t POST, reseat parts, clear CMOS, check power connectors and listen for beep codes or read the board’s debug LED. ESD precautions and a stepwise build/test approach make diagnosing issues much faster.

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Member Avatar for group256

it's really hard to say. Most of the time, as far as I know, for graphic cards, if you get the proper slot type, it should be no problem. They are mostly PCI-E nowadays.

But for CPU support, you definitely need to get the manual of main-board and read through the CPUs that the motherboard supports.

Member Avatar for caperjack

the board supports Intel i7/i5/and i3 ,quick look ,starting with the specs on the board link it will all work together ,

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