However, running Windows 98 on bare metal in 2025 is a nightmare. Drivers for PCI Express, SATA, and USB 3.0 simply do not exist. This is where virtualization saves the day—specifically, using the qcow2 format.
Introduction: Why Windows 98 in 2025? In an era of NVMe SSDs, 16-core CPUs, and ray-traced graphics, the clatter of a dial-up modem and the chime of a 32-bit operating system seem like ancient history. Yet, for retro gamers, industrial control system administrators, and software archivists, Windows 98 remains a critical platform. It represents the pivot point between DOS command-line grit and the modern Windows NT architecture.
QEMU’s qcow2 format offers the most flexible, snapshot-friendly, and accurate replication of the Windows 98 environment available in 2025. It transforms your $3,000 ultrabook into a time machine back to 1998.
qemu-img create -f qcow2 windows98_se.qcow2 8G Why 8GB? Windows 98 cannot natively see partitions larger than 127GB without FAT32 hacks, and 8GB keeps the allocation table small and fast. We need to emulate a mid-90s PC: Pentium (no SSE), 256MB RAM (Windows 98 crashes with >512MB), and an Intel 440BX chipset.
However, running Windows 98 on bare metal in 2025 is a nightmare. Drivers for PCI Express, SATA, and USB 3.0 simply do not exist. This is where virtualization saves the day—specifically, using the qcow2 format.
Introduction: Why Windows 98 in 2025? In an era of NVMe SSDs, 16-core CPUs, and ray-traced graphics, the clatter of a dial-up modem and the chime of a 32-bit operating system seem like ancient history. Yet, for retro gamers, industrial control system administrators, and software archivists, Windows 98 remains a critical platform. It represents the pivot point between DOS command-line grit and the modern Windows NT architecture.
QEMU’s qcow2 format offers the most flexible, snapshot-friendly, and accurate replication of the Windows 98 environment available in 2025. It transforms your $3,000 ultrabook into a time machine back to 1998.
qemu-img create -f qcow2 windows98_se.qcow2 8G Why 8GB? Windows 98 cannot natively see partitions larger than 127GB without FAT32 hacks, and 8GB keeps the allocation table small and fast. We need to emulate a mid-90s PC: Pentium (no SSE), 256MB RAM (Windows 98 crashes with >512MB), and an Intel 440BX chipset.