Synonymer & Information om | Engelska ordet X86-64

Exempel på hur man kan använda X86-64 i en mening

• Relative Instruction-Pointer, a processor register for holding an instruction pointer in the x86-64 architecture.
• Celeron is a discontinued series of low-end IA-32 and x86-64 computer microprocessor models targeted at low-cost personal computers, manufactured by Intel.
• In 2003, 64-bit CPUs were introduced to the mainstream PC market in the form of x86-64 processors and the PowerPC G5.
• Opteron is AMD's x86 former server and workstation processor line, and was the first processor which supported the AMD64 instruction set architecture (known generically as x86-64).
• It has been tested on Linux, x86-64, x86, PowerPC and ARM (for at least version 3) architectures; Solaris, macOS on Intel and PowerPC, Windows on Intel architectures and FreeBSD.
• x86-64 (also known as x64, x86_64, AMD64, and Intel 64) is a 64-bit version of the x86 instruction set, first announced in 1999.
• Memory-mapped I/O is preferred in IA-32 and x86-64 based architectures because the instructions that perform port-based I/O are limited to one register: EAX, AX, and AL are the only registers that data can be moved into or out of, and either a byte-sized immediate value in the instruction or a value in register DX determines which port is the source or destination port of the transfer.
• Bochs (pronounced "box") is a portable IA-32 and x86-64 IBM PC compatible emulator and debugger mostly written in C++ and distributed as free software under the GNU Lesser General Public License.
• The x86-64 BLISS compiler uses LLVM as its backend code generator, replacing the proprietary GEM backend used for Alpha and IA-64.
• When AMD defined their 64-bit extension of the industry standard x86 architecture, AMD64 or x86-64, they also enhanced the paging system in "long mode" based on PAE.
• For example, the IA-32 instruction set architecture has 8 general purpose registers, x86-64 has 16, many RISCs have 32, and IA-64 has 128.
• Simics contains both instruction set simulators and hardware models, and is or has been used to simulate systems such as Alpha, ARM (32- and 64-bit), IA-64, MIPS (32- and 64-bit), MSP430, PowerPC (32- and 64-bit), RISC-V (32- and 64-bit), SPARC-V8 and V9, and x86 and x86-64 CPUs.
• RTAI supports several architectures, including IA-32 (with and without FPU and TSC), x86-64, PowerPC, ARM (StrongARM and ARM7: clps711x-family, Cirrus Logic EP7xxx, CS89712, PXA25x), and MIPS.
• The updated instruction set is grouped according to architecture (i186, i286, i386, i486, i586/i686) and is referred to as (32-bit) x86 and (64-bit) x86-64 (also known as AMD64).
• It supports i386, x86-64, ARM (big/little endian), Atmel AVR32, Analog Devices Blackfin, Renesas/Hitachi H8 (h8300), Motorola m68k, MIPS (big/little endian), IBM PowerPC, SuperH (big/little endian), Sun SPARC, and Renesas/NEC v850 processors.
• ODS-5 is an extended version of ODS-2 available on Alpha, IA-64 and x86-64 platforms which adds support for case-preserving filenames with non-ASCII characters and improvements to the hierarchical directory support.
• A hash symbol (#) — i386, x86-64, i960, 68HC11, 68HC12, VAX, V850, M32R, PowerPC, MIPS, M680x0, and RISC-V.
• When the move from PA-RISC (9000) to Itanium (Integrity) was announced, Integrity workstations running either HP/UX or Windows were initially announced and offered, but were moved to end of sales life relatively quickly, with no replacement (arguably because x86-64 made IA-64 uncompetitive on the desktop, and HP/UX does not support x86-64, with HP offering desktop Linux as an alternative, not fully compatible, solution).
• At some point, the lead developer Andreas Kling added just-in-time compilation (for x86-64 architecture), but he later changed his mind and removed the mechanism, citing development/debugging issues while also saying that he is interested to see how far utility and usability of the engine can go without it.
• In addition to the just-in-time (JIT) translation support, Rosetta 2 offers ahead-of-time compilation (AOT), with the x86-64 code fully translated, just once, when an application without a universal binary is installed on an Apple silicon Mac.

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