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Resumen del manual
A.2.4.1 Hard-Disk Image Files Table 15-3 shows hard-disk image files present in the simulator. These images can be found in the simulators "/image" folder (see Section 2.3, "Directory Structure and Executable", on page 4). File name Description Bare-4gig.hdd 4-GB bare hard disk image. Bare-8gig.hdd 8-GB bare hard disk image. Table 15-3: Hard-Disk Images A.2.4.2 Memory SPD Files When a computer is booted (started), serial presence detect (SPD) is information stored in an electrically erasable programmable read-only memory (EEPROM) chip on memory module that tells the BIOS the memory module's size, data width, and speed. The BIOS uses this information to configure the memory properly for maximum reliability and performance. File name Description Present in Public Release simnow_DDR_32M.spd 32MB DDR memory simnow_DDR_64M.spd 64MB DDR memory simnow_DDR_128M.spd 128MB DDR memory simnow_DDR_256M.spd 256MB DDR memory simnow_DDR_512M.spd 512MB DDR memory simnow_DDR_1G.spd 1024MB DDR memory simnow_DDR_2G.spd 2048MB DDR memory simnow_DDR_4G.spd 4096MB DDR memory simnow_DDR_32M_Reg.spd 32MB registered DDR memory simnow_DDR_64M_Reg.spd 64MB registered DDR memory simnow_DDR_128M_Reg.spd 128MB registered DDR memory simnow_DDR_256M_Reg.spd 256MB registered DDR memory simnow_DDR_512M_Reg.spd 512MB registered DDR memory simnow_DDR_1G_Reg.spd 1024MB registered DDR memory simnow_DDR_2G_Reg.spd 2048MB registered DDR memory simnow_DDR_4G_Reg.spd 4096MB registered DDR memory simnow_DDR2_128M.spd 128MB DDR2 memory simnow_DDR2_256M.spd 256MB DDR2 memory simnow_DDR2_512M.spd 512MB DDR2 memory simnow_DDR2_1G.spd 1024MB DDR2 memory simnow_DDR2_2G.spd 2048MB DDR2 memory simnow_DDR2_4G.spd 4096MB DDR2 memory simnow_DDR2_8G.spd 8192MB DDR2 memory simnow_DDR2_16G.spd 16384MB DDR2 memory simnow_DDR2_128M_Reg.spd 128MB registered DDR2 memory simnow_DDR2_256M_Reg.spd 256MB registered DDR2 memory simnow_DDR2_512M_Reg.spd 512MB registered DDR2 memory simnow_DDR2_1G_Reg.spd 1024MB registered DDR2 memory simnow_DDR2_2G_Reg.spd 2048MB registered DDR2 memory simnow_DDR2_4G_Reg.spd 4096MB registered DDR2 memory simnow_DDR2_8G_Reg.spd 8192MB registered DDR2 memory simnow_DDR2_16G_Reg.spd 16384MB registered DDR2 memory IBM_512_Reg.spd 512MB registered DDR memory Smart_DDR_128_2_133.spd 128MB DDR memory Table 15-4: Memory SPD Files In order to use unbuffered DDR/DDR2 memory we recommend using the “simnow_DDRx_yyyy_.spd” SPD files. To use buffered DDR/DDR2 memory use the “simnow_DDRx_yyyy_reg.spd” SPD files (for DDR2 x = 2 and yyyy = size in Mbytes). A.3 Supported Guest Operating Systems Table 15-5 lists the guest OS compatibility matrix. Operating System Known Issues Windows 2000 UP No known issues. Windows XP (32-Bit) UP No known issues. Windows XP (32 Bit) MP No known issues. Windows XP (64-Bit) UP No known issues. Windows Server 2003 (32-Bit) UP No known issues. Windows Server 2003 (64-Bit) UP No known issues. Windows Server 2003 (64-Bit) MP No known issues. Windows Vista (32-Bit/64-Bit) UP/MP No known issues. Windows Server 2008 No known issues. MS-DOS No known issues. Linux (32-bit/64-bit), RedHat/SuSE, UP/MP Kernel versions 2.4 and 2.6 are all known to work. SUSE LiveCD 9.1 Hangs during PCMCIA probe when the VESA BIOS Extension is enabled and the active VESA Mode is not 1024x768. SUSE LiveCD 9.2 No known issues. SUSE LiveCD 9.3 No support for initial graphical setup screen. Setup screen will appear in text mode. SUSE 10.1 No known issues. Red Hat Enterprise Linux 4 No known issues. Solaris x86 No known issues. Solaris 10 for AMD64 No known issues. Table 15-5: Supported Guest Operating Systems The simulator has recently (but not specifically tested for this release): . Successfully completed a 64-bit SpecJBB run on a simulated 4-processor machine. The simulator has also successfully completed the entire SPECint2000 and SPECfp2000 suite. . Successfully completed an in-memory run of TPC-C on a simulated multi- processor system, as well as parts of TPC-C on a simulated RAID device. . Successfully completed Sysmark® 2004's Office Productivity section and parts of Internet Content Creation. A.4 CPUID This section is an overview of the CPUID feature implementation in the AweSim CPU processor model. A.4.1 CPUID Standard Feature Support (Standard Function 0x01) Table 15-6 shows the standard feature bits returned by the AweSim CPU processor model and which features are fully () or only partially () implemented and supported. A indicates that the returned feature bit is zero and this feature is not implemented and not supported. * Feature 7th Generation 8th Generation (Base) 8th Generation Pre.-Rev. F 8th Generation Rev. F Floating-Point Unit Virtual Mode Extensions Debugging Extensions1 Page-Size Extension Time Stamp Counter AMD Model-Specific Registers Physical-Address Extensions Machine Check Exception CMPXCHG8B Instruction APIC SYSENTER and SYSEXIT Memory Type Range Registers Page Global Extension Machine Check Architecture Conditional Move Instructio...