Release Notes: This release adds friendly error output, adjustment of handling for panics, binary releases for Linux x86, Linux Alpha, and Win32, and DLX-Linux Disk Image in all binary copies.
Release Notes: Many enhancements were made, such various CPU emulation speed-ups, support for new x86 ISA extensions, support for AMD's SVM hardware emulation, PCI network boot ROM support for all network adapters, new and improved devices, and much more. Various bugs were fixed.
Release Notes: The configuration and CPU subsystems were reworked, allowing you to enable or disable CPU options at runtime through .bochsrc. Bugs were fixed for CPU emulation correctness and stability. X2APIC extensions were implemented. Intel VMXx2 extensions were implemented. New features include Extended VMX capability MSRs, APIC Virtualization, X2APIC Virtualization, Extended Page Tables (EPT), VPID, Unrestricted Guests, and new VMX controls. The PCLMULQDQ AES instruction was implemented. The Bochs internal debugger functionality was extended. USB HP DeskJet 920C printer device emulation was added.
Release Notes: This release fixes a possible segfault in wxWindows, the CD-ROM read_toc() function for *BSD, booting from CD-ROM for NetBSD, the CMOS checksum, and the "refresh bit" behaviour in pit. It also fixes .bochsrc parsing, VGA resize/redraw problems, compilation issues on Irix and Tru64, some MMX/SSE bugs, and bugs in instrumentation.
Release Notes: Minor bugfixes and documentation updates.
Release Notes: This release features a speedup for the emulation by 2x, and new plugin devices and GUIs. Now you can compile with many more options, and choose between them at runtime. Emulation of AMD x86-64, MMX, SSE, and SSE2 instructions was added, along with a wxWindows port and an SVGAlib port. There are improvements to many I/O devices: Bochs now supports up to 8 hard disks/CDROMs, a TUN/TAP network interface, and 360k floppies. The MacOSX/Carbon interface was improved and the MacOS9 port was updated. The GDB remote stub allows symbolic debugging with Bochs simulation.