Msi N1996 Motherboard Specifications 💯 Authentic

The MSI N1996 is primarily designed for Intel LGA 775 processors. Depending on the exact model (e.g., ), it supports: (Conroe/Allendale cores). Intel Pentium D / Pentium 4 . Intel Celeron D / Celeron 400 series .

Supports DDR2 533/667 MHz or 800 MHz (depending on the exact revision).

What (CPU, RAM, GPU) are you trying to upgrade? What operating system are you planning to run? msi n1996 motherboard specifications

Integrated NVIDIA GeForce 6150SE graphics (commonly bundled with this chipset family). 4. Back I/O Panel and Connectivity

This article focuses on the as it is the most referenced variant in support forums and legacy documentation. The MSI N1996 is primarily designed for Intel

4x USB 2.0 ports, 1x Parallel port (LPT), 1x Serial port (COM), and PS/2 keyboard/mouse ports. How to Find Your Actual Specs

The single most important fact you need to know before searching for documentation or drivers is that . Instead, "N1996" is an ACA (Australian Communications Authority) supplier code stamped onto nearly all hardware manufactured by MSI to indicate compliance with electronic emissions regulations for sale in Australia . Because millions of legacy MSI motherboards, graphics cards, and optical drives bear this exact string, it is frequently misidentified as a model number. Intel Celeron D / Celeron 400 series

Once you locate your true "MS-XXXX" model number, you can find the exact specifications: Go to the official . Type your MS-XXXX or marketing name into the search bar.

2 x IDE (ATA/100 or ATA/66) connectors, supporting up to 4 IDE devices (hard drives/CD-ROMs). Floppy: 1 x Floppy disk drive connector.

MSI printed this code on dozens of different motherboard models manufactured during the late 1990s and 2000s.

Armed with that true identity, you can then dive into the right manuals, source the correct BIOS updates, and plan a meaningful upgrade path. So, the next time you see the "N1996" marking, you'll know the real question isn't "What is an N1996?" but rather "Which model is hiding behind it?"