Kenneth compares the three fundamental approaches to transcoding – CPU-only, GPU, and ASICs – with extensive throughput and cost examples (CAPEX and OPEX) for each, presenting the pros and cons to help engineers make informed decisions.
Video
Kenneth compares the three fundamental approaches to transcoding – CPU-only, GPU, and ASICs – with extensive throughput and cost examples (CAPEX and OPEX) for each, presenting the pros and cons to help engineers make informed decisions.
Brazil’s DTV Plus rollout gave LCEVC something new video technologies rarely get: a commercial reason for the whole device ecosystem to support it.
Rising cloud costs, data sovereignty rules, and latency demands are pushing video teams to reconsider the hyperscaler default.
Cutting encoding OpEx by 50% or more with a VPU is the easy win. Making it work in production is where most streaming projects actually get hard.
Kenneth compares the three fundamental approaches to transcoding – CPU-only, GPU, and ASICs – with extensive throughput and cost examples (CAPEX and OPEX) for each, presenting the pros and cons to help engineers make informed decisions.
Brazil’s DTV Plus rollout gave LCEVC something new video technologies rarely get: a commercial reason for the whole device ecosystem to support it.
Rising cloud costs, data sovereignty rules, and latency demands are pushing video teams to reconsider the hyperscaler default.
Cutting encoding OpEx by 50% or more with a VPU is the easy win. Making it work in production is where most streaming projects actually get hard.
