Explore edge computing and low-latency video streaming, with insights on benefits, challenges, and Media over QUIC's potential impact.
Upgrade your live streaming with NETINT, Norsk, and Ampere's cost-efficient solution. Deliver high-quality content and save on operational costs now!
Explore edge computing and low-latency video streaming, with insights on benefits, challenges, and Media over QUIC's potential impact.
The Ampere edition of the NETINT Quadra Video Server pairs a 96-core Arm CPU with VPUs to run 300+ live channels with de-interlacing and decoding.
Explore the NETINT Quadra Video Server with a 96-core Ampere ARM CPU for superior deinterlacing and transcoding performance at low power consumption.
api.video's innovative solution reduces encoding costs by 99.33% without compromising quality. Zero-cost video encoding revolutionizes content delivery.
Explore Quadra's cost-effective, high-quality transcoding for UGC videos. Achieve superior throughput with NETINT's advanced VPU technology.
Discover the unparalleled efficiency of Quadra VPUs for transcoding. Ideal for UGC platforms, Quadra offers significant savings in CAPEX and OPEX with top-notch quality.
Discover the unparalleled efficiency of Quadra VPUs for transcoding. Ideal for UGC platforms, Quadra offers significant savings in CAPEX and OPEX with top-notch quality.
Netflix delves into gaming, aiming to transform the cloud and mobile landscape. Experience enhanced entertainment offerings.
The decision behind free video encoding at api.video isn't just a marketing gimmick. By developing their own infrastructure and utilizing state-of-the-art VPUs, the company has managed to slash encoding expenses by 99.33%. Yet, they've ensured that this cost-cutting doesn't translate to reduced video quality, setting new standards for the video streaming world
Learn why live-streaming platform Zapping built its own low-latency technology and CDN to stream Latin American content using NETINT Streaming Video Servers , accelerating Zapping’s rapid.
Whether your business model is FAST or subscription-based premium content, your success depends upon your ability to deliver a high-quality viewing experience while relentlessly reducing costs.
Stef van der Ziel, our keynote speaker, has been in the streaming industry since 1994, and as founder of Jet-Stream, oversaw the development of Jet-Stream Cloud, a European-based streaming.
The goal of our recent Build Your Live Streaming Cloud symposium was to help live video engineers learn how to build and house their own transcoding infrastructure while minimizing power.
We’ve previously reported results for capped CRF encoding for H.264 and HEVC using NETINT Quadra video processing units (VPU).
Edgio is the result of the merger between Limelight Networks and EdgeCast in 2022, which produced a company with over 20 years of experience choosing and installing their own equipment into.
Video engineers are constantly seeking ways to deliver high-quality video more efficiently and cost-effectively.
Low-latency video is a priority for many streaming engineers. This article reviews three schemas for producing low-latency video, identifies their pros and cons, and summarizes the questions.
Romain Bouqueau is CEO of Motion Spell and one of the principal architects of the GPAC open-source software, one of the three software alternatives presented in the symposium.
Transcoding and packaging software is a key component of any live-streaming cloud, and one of the most functional and flexible programs available is the Wowza Streaming Engine.
Adrian Roe from id3as discussed Norsk , a technology designed to simplify the building of large-scale media workflows.
Welcome to our here’s-what’s-new-since-last-IBC-so-you-should-schedule-a-meeting-with-us blog post.
Which technology reigns supreme in transcoding: CPU-only, GPU, or ASIC-based? Kenneth Robinson's incisive analysis from the recent symposium makes a compelling case for ASIC-based transcoding.
Ilya's transcoding journey took him from $10 million to under $1.5 million CAPEX while cutting power consumption by over 90%.
A crucial aspect of NETINT’s value proposition is its proactive and holistic customer support, from the pre-purchase phase to onboarding and the post-purchase journey.
Over the last ten years or so, most live productions have migrated towards a workflow that sends a contribution stream from the venue into the cloud for transcoding and delivery.
NETINT recently added capped CRF to the rate control mechanism across our Video Processing Unit (VPU) product lines .
If you decide to buy and run your transcoding servers versus a public cloud , you must choose where to host the servers.
Streaming engineers face constant pressure to produce more streams at a lower cost per stream and reduced power consumption.
My assumption is that you’re currently using a cloud-based service like AWS for your live streaming and are seeking to reduce costs by buying your own transcoding hardware , installing the.
For Cloud-Gaming, a VPU can deliver 200 simultaneous 720p30 game sessions from a single 2RU server.
If you encode with FFmpeg on AWS, you probably know that you have three CPU options: AMD, Graviton, and Intel.
RealSprint’s vision for Vindral, its live-streaming CDN, is to deliver the quality of HLS and the latency of WebRTC.
Like most terms relating to streaming, transcoding is defined more by practice than by a dictionary.
A brief review of the history of encoding ASICs reveals why they have become the technology of choice for high-volume video streaming services and cloud-gaming platforms .
The video presented below (and the transcript) is from a talk I gave for the Streaming Video Alliance entitled The Nine Events that Shook the Codec World on March 30, 2023.
The gaming industry has come a long way. In 2022 it played host to an estimated 3.2 billion players worldwide, generating a total revenue of $184.4 billion, according to Newzoo .
If you’ve made it past the title, you know that cloud gaming platforms operate in a highly competitive environment with narrow margins.
As the title suggests, this post compares CAPEX and OPEX costs for live streaming using ASIC- based transcoding and CPU-based transcoding.
For years, H.264 has remained dominant because it plays everywhere; but as videos grow larger, faster, and deeper in color, cost of distributing H.264 has become too high.
As cloud gaming use cases expand, we are studying even more ways to deliver high-quality video with low latency and efficient bitrates.
Encoding technology refreshes are seldom CFO driven. For European data centers , over the next few years, they may need to be as reducing power consumption in data centers becomes a primary.
Ask ten cloud gamers what an acceptable level of latency is for cloud gaming, and you’ll get ten different answers.
Video games are a huge market segment, projected to reach US$221.4 billion in 2023, expanding to an estimated US$285 billion by 2027.
Even in 2023, many high-volume streaming producers continue to rely on software-based transcoding, despite the clear CAPEX, OPEX, and environmental benefits of ASIC-based transcoding.
The thing about FFmpeg is that there are almost always multiple ways to accomplish the same basic function.
Power consumption is a priority for NETINT customers and a passion for NETINT engineers and technicians.
The Bitmovin Video Developer Report , now in its 6th edition, is one of the most far-reaching and useful documents available to streaming professionals (now with no registration required).
ASICs provide a tremendous energy efficiency, and yet suffer from being fixed function with limited programmability.
As 2022 comes to a close, for those in the streaming video industry, it will be remembered as a turbulent year marked by new opportunities, including the emergence of new video platforms and.
