BIOS Setup for NVRAID (NF7-S2/NF7-S2G)

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Appendix F. BIOS Setup for NVRAID (NF7-S2/NF7-S2G)

The NF7-S2/NF7-S2G supports the RAID operation of “Striping (RAID 0)”, “Mirroring (RAID 1)”, “Striping/Mirroring (RAID 0+1)”, or “JBOD/Spanning”. For the striping operation, the identical drives can read and write data in parallel to increase system performance. The Mirroring operation creates a complete backup of your files. Striping with Mirroring operation offers both read/write performance and fault tolerance. JBOD (Spanning) operation provides the ability to combine drives of different sizes into one large disk.

Setting Up the BIOS

1.Start your computer, then press <Del> key to enter BIOS Setup main menu. Use the arrow key to select Integrated Peripherals, then press <Enter> key.

3.The IDE Function Setup menu appears. Enable IDE RAID item, then enable the disks that you want to use as RAID disks.

4.Press <F10> key to save the configuration and exit the BIOS Setup menu.

NVIDIA RAID Utility Menu

Define a New Array

After rebooting your system, wait until you see the RAID software prompting you to press <F10> key.

The RAID prompt appears as part of the system POST and boot process prior to loading the OS. You have a few seconds to press <F10> key before the window disappears.

Press <F10> key, the Define a New Array window of NVIDIA RAID Utility appears as shown below.

2.The Integrated Peripherals setup menu appears as shown above. Use the arrow key to select the IDE Function Setup, then press <Enter> key.

User’s Manual

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Abit NF7-M user manual Appendix F. Bios Setup for Nvraid NF7-S2/NF7-S2G, Setting Up the Bios, Nvidia RAID Utility Menu

NF7, NF7-S2G, NF7-M, NF7-S2, NF7-S specifications

The Abit NF7 series of motherboards, which includes the NF7-S, NF7-S2, NF7-M, NF7-S2G, and NF7, is renowned for its performance, stability, and advanced features tailored for AMD processors during the early 2000s. These boards were particularly popular for enthusiasts and gamers seeking to build high-performance systems with the nForce2 chipset, which significantly enhanced system capabilities.

The NF7-S, the flagship model, stood out due to its comprehensive feature set. It supported a broad range of AMD processors, including the Athlon XP and Duron, which made it an appealing choice for various users. One of its main attractions was the dual-channel memory technology, permitting up to 2GB of DDR RAM, effectively doubling memory bandwidth and improving performance in memory-intensive applications.

Another significant feature of the NF7-S was its integrated Universal Audio Codec, delivering high-quality sound without the need for a separate sound card. Additionally, it offered a fast 133MHz FSB (Front Side Bus), enabling remarkable speed in data transfer, thereby enhancing the overall system performance. The motherboard also featured several expansion slots, including AGP 8x and PCI slots, allowing users to install a range of graphics cards and peripherals.

The NF7-S2, a slightly reduced version, maintained many capabilities of the NF7-S while providing essential features suitable for budget-conscious builders. It came with single-channel memory support but still leveraged the strengths of the nForce2 chipset, ensuring solid performance for general computing and light gaming.

The NF7-M was tailored for micro-ATX systems, representing a compact solution for those who needed a smaller footprint without sacrificing performance. With similar specs to its larger counterparts, it also supported dual-channel memory and offered significant connectivity options.

The NF7-S2G included integrated graphics capabilities, catering to users who preferred a more straightforward setup without dedicated graphics cards. This model offered a great balance for everyday computing tasks and casual gaming.

In summary, the Abit NF7-series motherboards were pivotal in advancing desktop performance during their time, providing users with robust options filled with innovative technologies and a variety of features designed for different needs, solidifying their legacy in the history of computer hardware.