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tmpfs; by mounting a tmpfs and running files that are placed on this, files and programs can be run from RAM, even on Linux distros that do not run completely in RAM; Clustered file system; network file systems are another way to avoid needing to use a (slow) harddisk (at least faster if using a E-IDE harddisk)
However, QEMM maximum RAM is a shared 256MB XMS/256MB EMS, which is less than what DOS 7.10 and Windows 95/98 support without QEMM. MS-DOS 7.10 provides 624K free conventional memory and up to 1GB XMS/32MB EMS; assuming unaltered MS-DOS, using HIMEM.SYS and EMM386.EXE without any 3rd party utilities.
RAM was quite small in the unexpanded systems (a few hundred bytes to a few kilobytes). By 1976 the number of pre-assembled machines was growing, and the 1977 introduction of the "Trinity" of Commodore PET , TRS-80 and Apple II generally marks the end of the "early" microcomputer era, and the advent of the consumer home computer era that followed.
The Nova 4/C was a single-board implementation that included all of the memory (16 or 32 kwords). The Nova 4/S and 4/X used separate memory boards. The Nova 4/X had the on-board memory management unit (MMU) enabled to allow up to 128 kwords of memory to be used. The MMU was also installed in the Nova 4/S, but was disabled by firmware.
The BASIC prompt for the Commodore 128 in 40-column mode, running Commodore BASIC V7.0. The C128's complex architecture [2] [3] includes four differently accessed kinds of RAM (128 KB main RAM, 16–64 KB VDC video RAM, 2 kNibbles VIC-II Color RAM, 2-KB floppy-drive RAM on C128Ds, 0, 128 or 512 KB REU RAM) [failed verification], two or three CPUs (main: 8502, Z80 for CP/M; the 128D also ...
It is also possible to remove resources from a running domain with short notice and reassign freed resources to other domains. Domain granularity is one CPU board (single system may have 1-16 of them). A single CPU board can carry up to 4 processors, 4GB of RAM and 4 SBUS IO boards. A rare option is to replace 4 SBUS boards with dual PCI boards.
The four mounting holes in a Mini-ITX board line up with four of the holes in ATX-specification motherboards, and the locations of the backplate and expansion slot are the same [2] (though one of the holes used was optional in earlier versions of the ATX spec). Mini-ITX boards can therefore often be used in cases designed for ATX, micro-ATX and ...
A part of the Intel AMT web management interface, accessible even when the computer is sleeping. Intel Active Management Technology (AMT) is hardware and firmware for remote out-of-band management of select business computers, [1] [2] running on the Intel Management Engine, a microprocessor subsystem not exposed to the user, intended for monitoring, maintenance, updating, and repairing systems ...