How to Check BricsCAD System Requirements

Quick answer: BricsCAD V26 needs at least an Intel Core i5 / AMD Ryzen 5 CPU, 8 GB RAM, 3 GB free disk space, and a Full HD display with 4 GB VRAM, running Windows 10/11, macOS 12+, or a recent Ubuntu, openSUSE, or Fedora build. For smooth performance with BIM models or point cloud data, aim for the recommended specs instead: an i7/i9 or Ryzen 7/9, 16 GB RAM, an SSD, and a 4K display with 8 GB VRAM. Platform-by-platform checks are below.

BricsCAD System Requirements at a Glance

Figures are for BricsCAD V26, the current release as of this update. Requirements can shift between major versions — cross-check Bricsys’s system requirements page if you’re reading this well after V26, especially before buying hardware.

Two things worth knowing upfront: Microsoft ended support for Windows 10 on October 14, 2025, and BricsCAD on Apple Silicon Macs (M1 and later) currently runs through Rosetta 2 emulation, not natively.

How to Check Your Operating System

Requirement: Windows 10/11 (64-bit), macOS 12+, or Ubuntu 22.04+ / openSUSE / Fedora with glibc 2.35+.

• Windows: Press Win + R, type winver, press Enter. Shows your edition and build number.
• macOS: Apple menu → About This Mac. Version is listed at the top.
• Linux: Run cat /etc/os-release. On openSUSE or Fedora, also run ldd --version to confirm glibc 2.35+.

Why it matters: BricsCAD is 64-bit only, so 32-bit systems are out. And Windows 10 will still run it, but no longer gets Microsoft security updates — worth factoring into upgrade plans regardless of BricsCAD.

How to Check Your CPU

Requirement: Intel Core i5 / AMD Ryzen 5 minimum; Core i7/i9 or Ryzen 7/9 recommended.

• Windows: Task Manager (Ctrl + Shift + Esc) → Performance tab → CPU. Shows model, core count, base speed.
• macOS: Apple menu → About This Mac. Chip name is listed directly.
• Linux: Run lscpu for model, core/thread count, and clock speed.

Why it matters: Per Bricsys, the CPU with the highest single-thread performance gets the most out of BricsCAD, since a lot of day-to-day CAD work is still bottlenecked by single-core speed. More cores increasingly help too, as more BricsCAD functions add multi-core support.

How to Check Your RAM

Requirement: 8 GB minimum, 16 GB recommended.

• Windows: Task Manager → Performance tab → Memory.
• macOS: About This Mac → Memory (or under “Overview” on newer versions).
• Linux: Run free -h for a human-readable breakdown.

Why it matters: Large drawings, linked BIM models, and point cloud data are memory-hungry. Once RAM runs out, the OS swaps to disk — that’s where performance drops off a cliff, not gradually. Over-provision RAM if you regularly work with big or multiple large files open at once.

How to Check Your Storage and Drive Type

Requirement: 3 GB free space minimum (BricsCAD Ultimate install); SSD strongly recommended.

• Windows: File Explorer → This PC for free space. Task Manager → Performance labels each disk “SSD” or “HDD.”
• macOS: About This Mac → Storage tab. Nearly all modern Macs ship with SSDs.
• Linux: Run df -h for free space; lsblk -d -o name,rota — 0 means SSD, 1 means HDD.

Why it matters: SSDs read and write substantially faster than mechanical drives, which shows up directly in file open, save, and autosave times on large drawings. Prioritize SSD for your BricsCAD install and active project files.

How to Check Your Display and Graphics Card

Requirement: Full HD + 4 GB VRAM minimum; 4K (or multiple displays) + 8 GB VRAM recommended.

• Windows: Task Manager → Performance tab → GPU for model and VRAM. Settings → System → Display for resolution. Run dxdiag for full detail.
• macOS: About This Mac → Displays tab (click More Info… on newer versions).
• Linux: Run lspci | grep -i vga (add -k for driver info).

Why it matters: BricsCAD’s shaded and rendered display modes are GPU-accelerated — more VRAM keeps panning, zooming, and orbiting smooth in dense 3D models. Linux users: 3D hardware acceleration isn’t available on Intel integrated graphics or laptops with dual (switchable) graphics adapters, regardless of the discrete GPU’s power.

If Your Computer Falls Short

• RAM and storage are the easiest wins. Many desktops and some laptops support RAM upgrades, and swapping to an SSD is a high-impact, modest-cost upgrade for CAD work.
• CPU and GPU usually mean new hardware. Rarely swappable on laptops; a new graphics card is realistic on desktops, but a new CPU often means a new motherboard too.
• Consider a cloud workstation as a stopgap — run BricsCAD on stronger remote hardware while you plan a local upgrade.

Frequently Asked Questions

Does BricsCAD run natively on Apple Silicon Macs? Not yet. On M1 and later Macs, it runs through Rosetta 2 emulation. A native build is planned but has no confirmed release date.

Can I still install BricsCAD on Windows 10? Yes, Windows 10 (64-bit) is still supported. But Microsoft ended security updates on October 14, 2025, so prioritize a Windows 11 upgrade regardless.

Will BricsCAD work on a laptop with only integrated graphics? On Windows and macOS, yes, though it’ll lag behind a dedicated GPU in complex 3D scenes. On Linux, integrated Intel graphics lose 3D hardware acceleration entirely.

What’s the practical difference between minimum and recommended specs? Minimum means BricsCAD installs and runs. Recommended means it stays smooth on large BIM models, point clouds, or multi-discipline drawings — where minimum-spec machines start to lag.