Build Your Own PC in Lebanon

How the PC builder works, in 3 steps

1. 1

   Pick a starting point

   Choose a ready-made build for gaming, office and study, or design and creative work, then swap any part you like. Or start from an empty build sheet and choose every component yourself. Each build has its own link, so you can save it, come back later or send it to a friend for a second opinion.

2. 2

   Choose your parts, with compatibility checked live

   Open any slot on the build sheet to see the parts that fit, with search and filters by brand, size and spec. The builder flags a wrong socket, the wrong memory type, a card that is too long for the case or a power supply that is too small, and tells you what to change. You can also add extras: a monitor, keyboard, mouse, headset, case fans or a WiFi adapter.

3. 3

   Review and order

   The review step lists every part, any warnings and your running total. Choose free assembly and testing or parts only, add Windows 11 if you want it installed, and place your order. You pay cash when it arrives.

The compatibility checks, explained

A custom PC only works when every part agrees with the others. These are the checks the builder runs on every build:

• CPU socket: the processor and motherboard must share a socket, such as AM5 or AM4 for AMD Ryzen, or LGA1851 or LGA1700 for Intel Core. The builder also checks the chipset and warns when a board may need a BIOS update.
• Memory type and slots: DDR5 boards take DDR5 memory and DDR4 boards take DDR4; the two are not interchangeable. It also counts memory slots and suggests two sticks so the memory runs in dual channel.
• Form factor: an ATX motherboard needs an ATX case. Micro-ATX and Mini-ITX boards fit cases that list them.
• Graphics card length: the card's length is compared with the case's maximum GPU clearance, including when a front radiator takes some of that space.
• Cooler fit: the cooler must support your CPU socket, an air cooler must be shorter than the case's cooler height limit, a liquid cooler's radiator must match a mount in the case, and tall memory must clear the heatsink.
• Power supply wattage and cables: the builder adds up what your processor and graphics card draw, warns when there is too little headroom, and checks 8-pin and 16-pin 12V-2x6 graphics card cables and the PSU length.
• Storage and extras: it counts M.2 slots and SATA ports, checks M.2 drive length, flags boards without WiFi and checks the front USB-C header.

If a processor has no built-in graphics (Intel models ending in F, for example), the builder asks for a graphics card. If a CPU comes without a cooler, it asks for one.

Builds for every need

• Gaming PC builds: 1080p, 1440p and 4K

  For a 1080p gaming PC, a six- or eight-core processor with an entry or mid-range graphics card such as an RTX 5060 class GPU is the usual pairing, with 16 to 32 GB of memory. At 1440p the graphics card matters most: look for 12 GB or more of video memory, such as an RTX 5070 or Radeon RX 9070 XT class card, and a fast processor like a Ryzen X3D chip. For 4K, the graphics card carries the load, so put most of your build into the GPU, a power supply with real headroom and a case with strong airflow. Esports players on a tight budget can start on a processor with built-in graphics and add a graphics card later.

• Office and study PCs

  For documents, browsing, school work and video calls, a processor with built-in graphics, 16 GB of memory and an NVMe SSD make a fast, quiet PC with no graphics card needed. The office presets cover everyday use, multitasking across two screens, and a quiet, compact build with WiFi built in.

• Design and creator PCs

  Photo editing, video, 3D and CAD reward more cores and more memory. Aim for 32 GB or more of RAM, a 2 TB NVMe SSD for projects and a processor with 12 to 16 cores. For video effects and GPU rendering, add a graphics card with 12 GB or more of video memory; NVIDIA cards are the usual choice for CUDA-based tools.

How to choose each part