PCSX2 Git (2015/10/08) is compiled. PCSX2 is an open source PlayStation 2 (PS2) emulator for the Microsoft Windows and Linux operating systems. With the most recent versions, many PS2 games are playable (although speed limitations have made play-to-completion tests for many games impractical), and several games are claimed to have full functionality.

PCSX2 Git Changelog:
* GS window title: use a template system to satisfy everyone
This allows to choose which items appear at the title and at which order, as
well as the text and some of the textual values (at PCSX2_ui.ini).
The template's variables (include % if relevant but not the surrounding text):
${slot}, ${limiter}, ${speed}, ${vfps}, ${cpuusage}, ${omodef}, ${omodei}, ${gsdx}
The system treats the GSdx info as a single unit, as well as the CPU usage info.
The UI section (at the CPU usage section) is only visible in devel/debug builds.
The current template values which also demonstrate all the configurable values:
[UiTemplates]
LimiterUnlimited=-unlimited
LimiterTurbo=-turbo
LimiterSlowmo=-slowmo
LimiterNormal=
OutputFrame=frame
OutputField=field
OutputProgressive=p
OutputInterlaced=i
TitleTemplate=Slot: ${slot} | Speed${limiter}: ${speed} (${vfps}) | ${cpuusage} | ${omodef}-${omodei} | ${gsdx}
The previous longer template values:
[UiTemplates]
LimiterUnlimited=None
LimiterTurbo=Turbo
LimiterSlowmo=Slomo
LimiterNormal=Normal
OutputFrame=Frame
OutputField=Field
OutputProgressive=Progressive
OutputInterlaced=Interlaced
TitleTemplate=${gsdx} | Limiter: ${limiter} | ${omodei} (${omodef}) | Speed: ${speed} (${vfps}) | ${cpuusage} | State: ${slot}
* 3rd Party: Update Soundtouch (Timestretching) to 1.9.2.
2 notable changes which are welcomed.
-Improved SoundTouch::flush() function so that it returns precisely the desired amount of samples for exact output duration control
-Redesigned quickseek algorithm for improved sound quality when using the quickseek mode. The new quickseek algorithm can find 99% as good results as the default full-scan mode, while the quickseek algorithm is remarkably less CPU intensive.

Download: PCSX2 Git (2015/10/08)
Source: Here