![]() ![]() No matter what kind of compression you use, however, it’s vital for production and post-production teams to share files quickly and reliably - and that’s where MASV comes in. That’s why a new generation of AI-based codecs that compress video more efficiently, improve video quality through infinite scalability, and - unlike traditional codecs - are aware of the content they’re encoding have now stepped into the fray.īased on machine learning and deep learning techniques, it’s likely only a matter of time before these codecs become indispensable tools in the video production and post-production workflow. The manufacturers will certainly continue to do that because they compress their camera data in a way specific to the camera’s file format.īut as for intermediate and delivery codecs, AI video compression is a sea change that will provide an astronomical performance advantage.Ĭodecs have been around for a long time, but contemporary encoders such as H.265 have recently come under intense pressure thanks to the ever-growing bandwidth and memory demands of high resolution video. That won’t change anytime soon, so we’ll likely always have Apple codecs, Sony codecs, ARRI codecs, Red codecs, and codecs from other device manufacturers. Most cameras have customized acquisition codecs embedded on ASIC- or FGPA-style chips within the device itself. You can learn more about AI compression’s detail preservation here.īut mainly, device manufacturers will always make codecs to suit their use cases. The AGB240 ASI (asynchronous serial interface) to gigabit Ethernet (GigE) bridge enables service providers to cost-effectively migrate legacy ASI video equipment to IP networks in video headends.If you’re wondering whether current AI compression tools will push most other codecs into irrelevancy, the answer is: Probably not.įor one, if AI compression recreates an image, it begs the question, is the new output as detailed as the original? It’s a common objection - but solutions are in play. It provides for comprehensive data collection on consumer usage for analytics. A scalable software solution enabling:Īll on a per-device basis. The CommScope Manifest Delivery Controller (MDC)-an adaptive bit rate (ABR) manifest manipulator.The CAP-1000 (CherryPicker application platform)-an IP-centric, high-density, high-availability multiplexer for video grooming, rate shaping, digital program insertion (DPI) and many other functions.Is a future-proof, easily upgradable platform for delivering multi-format video.Incredible density, saving valuable rack space and power.Dedicated encoding/transcoding hardware, using the latest compression silicon designs and software techniques.Unmatched video compression efficiency for the highest quality video at all bit rates.The ME-7000 converged compression platform-high-quality linear broadcast video encoding for IPTV, cable, satellite and OTT applications.CommScope has many decades of experience in high-availability, high-quality video processing products for pay TV operators that provide efficient, flexible delivery of video to their customers.
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