selectiontore.blogg.se

Wirecast gear 420
Wirecast gear 420










  1. #WIRECAST GEAR 420 FOR FREE#
  2. #WIRECAST GEAR 420 HOW TO#
  3. #WIRECAST GEAR 420 WINDOWS 10#

Because we’ve already done all the work, there is no need to build your own system! Start streaming in minutes with an end-to-end system configured specifically for your needs.

#WIRECAST GEAR 420 FOR FREE#

Try Wirecast 15 for free today and see what you can create.Wirecast Gear gives you an easy to use, fully configured live video streaming production system. With the added efficiency improvements, along with the other great features in the new version of Wirecast, high-quality and professional-looking video production is easier and more accessible to individuals of any experience level. We are excited to see what live-streaming and broadcasting professionals create using the new and improved Wirecast 15. Wirecast 15 makes 1080p60 workflows possible on Gear 310, or similar machines using integrated GPU.On an eighth-generation Intel Coffee Lake CPU, with integrated GPU, Wirecast 15 uses up to 60% fewer CPU resources than Wirecast 14.On an eighth-generation Intel Coffee Lake CPU with NVIDIA Quadro Pascal GPU acceleration, Wirecast 15 uses up to 30% less CPU and 50% less GPU resources than Wirecast 14.Wirecast 15 uses up to 60% fewer computer resources than previous versions – freeing up valuable CPU and GPU processing power to enable the most complex workflows Test Set 2ĬPU usage benchmark results for Wirecast 15, compared to Wirecast 14, on Test Set 2. 2x 1080p60 streams x264 default encodingĬPU/GPU usage benchmark results for Wirecast 15, compared to Wirecast 14, on Test Set 1.

wirecast gear 420 wirecast gear 420

  • 2x 1080p30 streams x264 default encoding.
  • 3x 1080p30 streams x264 default encoding.
  • Playlist containing 5 shots, 5 second duration for each, on loop.
  • 2x Aver 1080p60 cameras (connected via HDMI).
  • 1x PTZOptics 1080p30 camera (connected via NDI).
  • Live GPU-Accelerated Icons: Reduced framerate.
  • 2x 1080p60 streams NVenc default encoding.
  • Multiviewer 2-slot (displaying preview/live).
  • 1x 1080p30 record (MP4) NVenc default encoding.
  • 2x 1080p60 streams NVenc default encoding.
  • 1x 1080p60 record (MP4) NVenc default encoding.
  • 1x 1080p30 streams NVenc default encoding.
  • Render Engine: Direct3D11 on v14 / Direct3D12 on v15.
  • Live GPU-Accelerated Icons: Highest framerate.
  • wirecast gear 420

  • Intel Xeon E-2176G (8th generation Intel Coffee Lake CPU).
  • As different capabilities and workflows can have different effects on CPU and GPU, we then averaged out the results of those workflows to come to our average benchmark improvement numbers. Our aim was to emulate several “typical” types of workflows.

    wirecast gear 420

    We used a utility called HWInfo to survey the systems over specific periods of time and measure CPU and GPU.Įach test was conducted three times, and the results were averaged to arrive at the final number.

    #WIRECAST GEAR 420 WINDOWS 10#

    These tests were conducted on two separate Windows 10 systems (full specs can be found detailed in the next section below). We chose to measure CPU and GPU (when using discrete GPU) comparing the newly-released Wirecast version 15 to a previous version, Wirecast 14.3.4. The aim of our benchmarking exercise was to narrow down a set of tests that were controlled, measurable, and replicable, and that would represent some typical workflows being used by customers. Learn more about the features and functionality of Wirecast 15 by reading this blog post.

    #WIRECAST GEAR 420 HOW TO#

    So, when it comes to measuring and benchmarking the performance of our live streaming software, there are a lot of factors that go into deciding what’s relevant, what’s noise, and how to measure what’s important. That, my friends, is the reality of developing live streaming software. Someone once said to me “Live video streaming is not rocket science… it’s harder than rocket science!” This person was referring to the engineering that goes into making live video and live audio work seamlessly, especially when talking about deploying such technology on a constantly evolving world of hardware, in a dizzying array of computing environments, with an almost infinite number of peripheral equipment and workflows, where even the end user doesn’t have control over every aspect of the workflow chain. Comparing system CPU and GPU usage in various live-streaming and broadcast production workflows on the two newest versions of Wirecast.












    Wirecast gear 420