Rtss 6.4.0

Dear forum visitors,

I'm glad to inform you that we finished closed beta testing of RTSS 6.4.0. New version will be available for download soon. Changes list includes:


- Fixed On-Screen Display rendering in Direct3D9Ex applications compiled with Windows 10 compatibility flags (e.g. recent update of
World of Tanks)
- Fixed On-Screen Display rendering in 64-bit Direct3D9 applications using additional swapchains (e.g. DOTA 2 Reborn)
- Fixed crashing in Direct3D10 and Direct3D11 applications when FCAT indicator is enabled in conjunction with vector 2D On-Screen
Display rendering mode
- Improved thread safety of delayed injection implementation
- Added On-Screen Display profiles for Batman : Arkham Knight and Daylight to provide correct On-Screen Display rendering on
NVIDIA graphics cards when advanced NVIDIA GameWorks visual effects are enabled
- Added On-Screen Display profile for 64-bit version of StarCraft II
- Improved NVIDIA NVENC H.264 encoder plugin:
o Increased upper adjustable bitrate limit to 130 Mbps for NVIDIA Maxwell graphics processors family
o Added new option allowing you to disable low-latency encoding if necessary. Low-latency encoding mode is aimed for
streaming and it configures NVENC hardware/software infrastructure to compress frames as fast as it is possible. So the
driver may re-balance GPU load in graphics intensive applications in order to achieve as low compression latency as it is
possible. You may disable low-latency encoding to prevent the driver from balancing GPU load and allow it to sacrifice
compression latency under high GPU load
- Added AMD AMF VCE H.264 encoder plugin:
o Considering that AMD officially dropped OpenEncode hardware acceleration API support since Catalyst 15.7, new plugin
uses alternate AMD AMF hardware acceleration API. New plugin it is aimed to replace the previous AMD VCE H.264
plugin, based on deprecated AMD OpenEncode API. However, the previous OpenEncode API based plugin is still included
in distributive and can be use for performance testing or solving compatibility issues on pre-Catalyst 15.7 drivers. Please
take a note that AMD AMF libraries require installing Microsoft Visual C++ 2013 runtime libraries, those libraries are not
included in distributive and must be downloaded and installed separately
- Source code of all hardware accelerated H.264 encoder plugins is now included in RivaTuner Statictics Server SDK. Now you may
create your own hardware accelerated plugins or modify existing plugins if you wish to create a custom build with deeper
customization of hardware encoder
- Improved encoder plugin loader
- Updated profiles list

 

VC++ redistributables are not backward compatible. VS2015 doesn't come with VS2013 redists and they must be installed separately.

 

I'm afraid there is no easy solution, Marc.

 

1080p resolution is a hardware limit of most of currently available VCE capable AMD graphics cards (RADEON HD7x00 series and RADEON R9 2x0 series). You physically cannot encode video at higher resolutions for such systems and must downscale it to 1080p in MSI AB settings with such hardware.
VCE 3.0 cards (Tonga and Fiji) allow unlocking >1080p encoding in MSI AB, however I'd not recommend it. 1080p is still recommended as a target encoding resoulion and everything above is slow. If you still wish to unlock the ability to encode in >1080p for VCE 3.0 cards - edit VCEAMFPresetX.cfg files (where X=0 is a speed preset, X=1 is a balanced preset and X=2 is a quality preset config) and change ProfileLevel field there from 42 to 51.

 

CUDA / DirectX interoperability used helper Direct3D10 object for some graphics effects in this app, which prevented OSD rendering. The profile disables OSD rendering via Direct3D10 for that applicaiton.