Erik Herz’s Post

Best SVT-AV1 Bitrate Control Technique for Live Streaming: I've written a detailed comparison of four bitrate control techniques for live encoding with the SVT-AV1 codec using Version 1.7 (VBR, constrained VBR, capped VBR, capped CRF). The downloadable report details: - Which delivers the lowest average bitrate - Which delivers the best average VMAF score - Which does the best job avoiding transient quality issues - Which one has the highest peak bitrates? - Which offers the best throughput The short answer is to consider VBR and Capped CRF (and not constrained VBR). Get all the answers and more on our blog. Plus, grab our detailed report. Read more 👉 https://lttr.ai/ATx1d #CappedCrf

Best SVT-AV1 Bitrate Control Technique for Live Streaming: I've written a detailed comparison of four bitrate control techniques for live encoding with the SVT-AV1 codec using Version 1.7 (VBR, constrained VBR, capped VBR, capped CRF). The downloadable report details: - Which delivers the lowest average bitrate - Which delivers the best average VMAF score - Which does the best job avoiding transient quality issues - Which one has the highest peak bitrates? - Which offers the best throughput The short answer is to consider VBR and Capped CRF (and not constrained VBR). Get all the answers and more on our blog. Plus, grab our detailed report. Read more 👉 https://lttr.ai/ATyMd #CappedCrf

Best SVT-AV1 Bitrate Control Technique for Live Streaming: I've written a detailed comparison of four bitrate control techniques for live encoding with the SVT-AV1 codec using Version 1.7 (VBR, constrained VBR, capped VBR, capped CRF). The downloadable report details: - Which delivers the lowest average bitrate - Which delivers the best average VMAF score - Which does the best job avoiding transient quality issues - Which one has the highest peak bitrates? - Which offers the best throughput The short answer is to consider VBR and Capped CRF (and not constrained VBR). Get all the answers and more on our blog. Plus, grab our detailed report. https://lttr.ai/AHRpK #CappedCrf

New #sttp client v4 milestone: this time with initial #Ox integration. In addition to the imperative WebSocket interface, you can now also interact with them using a streaming interface. Find out more: https://lnkd.in/d5AJ3EZe

👉Experience a revolution in video #streaming with CDNetworks' support for H.266, the latest #codec upgrade! Expect up to 50% bitrate reduction for the same quality as H.265, which means superior streaming even on less powerful processors. That's 50% #bandwidth savings when delivering the same quality #video! 🎥🎮📹 Embrace the future with CDNetworks' Advanced #MediaDelivery Technologies. https://hubs.li/Q02b7gXG0 #CDNetworks #H266 #VideoStreaming

Best SVT-AV1 Bitrate Control Technique for Live Streaming: I've written a detailed comparison of four bitrate control techniques for live encoding with the SVT-AV1 codec using Version 1.7 (VBR, constrained VBR, capped VBR, capped CRF). The downloadable report details: - Which delivers the lowest average bitrate - Which delivers the best average VMAF score - Which does the best job avoiding transient quality issues - Which one has the highest peak bitrates? - Which offers the best throughput The short answer is to consider VBR and Capped CRF (and not constrained VBR). Get all the answers and more on our blog. Plus, grab our detailed report. https://lttr.ai/AHRNZ #CappedCrf

Best SVT-AV1 Bitrate Control Technique for Live Streaming: I've written a detailed comparison of four bitrate control techniques for live encoding with the SVT-AV1 codec using Version 1.7 (VBR, constrained VBR, capped VBR, capped CRF). The downloadable report details: - Which delivers the lowest average bitrate - Which delivers the best average VMAF score - Which does the best job avoiding transient quality issues - Which one has the highest peak bitrates? - Which offers the best throughput The short answer is to consider VBR and Capped CRF (and not constrained VBR). Get all the answers and more on our blog. Plus, grab our detailed report. Read more 👉 https://lttr.ai/AKRBh #CappedCrf

Thrilled to support 🔥 Request Prioritization https://lnkd.in/danZzB3S (+5 more updates 👇) 🛠️ Parallel Streaming fix bedrock/databricks/predibase 💪 'mock_delay' param for mock_completion calls 🔥 Cooldowns for pre-call check exceptions 🧹 'get_max_tokens' supports .completion model name 🚨 Assistants API support now live on Proxy

#EaseWithData Do you know the contents of a Spark Streaming Checkpoint Directory?? 🤔 Checkout the video: https://lnkd.in/gnAx5A7q Spark Streaming series: https://lnkd.in/gfmcvEbx PySpark Zero to Hero Series: https://lnkd.in/d8ep6gSK Follow Ease With Data: https://lnkd.in/g_5JCqmM New Video every 3rd Day 🗓️ Make sure to share with your network 🛜 and Like and Subscribe ❤️ #pyspark #spark #dataengineering #sparkstreaming #streaming

The default collect method in Polars processes your data as a single batch, which means that all the data must fit into your available memory. If your data requires more memory than you have available, use the streaming mode to process it in batches. To use streaming mode, simply pass the streaming=True argument to the collect method. ⭐️ Bookmark this post: https://bit.ly/4dDGjrX #polars