A system for determining one or more light effects based on an analysis of video content and further arranged for controlling one or more lighting devices (31-34) to render said one or more light effects, said system comprising: at least one input interface arranged for receiving a video signal, comprising said video content, and further arranged for receiving a further signal being indicative of one or more commands transmitted by a further device to a display device ; at least one output interface arranged for outputting said video signal to a display device and further arranged for controlling said one or more lighting devices (31-34); and at least one processor configured to: - receive said video signal via said at least one input interface , - output, via said at least one output interface , said video signal to said display device for displaying said video content, - receive said further signal via said at least one input interface , said processor characterized by being configured to: - determine, based on said further signal, whether said display device will likely display an overlay on top of said video content, - analyze said video content, determine said one or more light effects based on said analysis of said video content in dependence on whether said display device will likely display an overlay on top of said video content, and - control, via said at least one output interface , said one or more lighting devices (31-34) to render said determined one or more light effects. at least one input interface arranged for receiving a video signal, comprising said video content, and further arranged for receiving a further signal being indicative of one or more commands transmitted by a further device to a display device ; at least one output interface arranged for outputting said video signal to a display device and further arranged for controlling said one or more lighting devices (31-34); and at least one processor configured to: - receive said video signal via said at least one input interface , - output, via said at least one output interface , said video signal to said display device for displaying said video content, - receive said further signal via said at least one input interface , said processor characterized by being configured to: - determine, based on said further signal, whether said display device will likely display an overlay on top of said video content, - analyze said video content, determine said one or more light effects based on said analysis of said video content in dependence on whether said display device will likely display an overlay on top of said video content, and - control, via said at least one output interface , said one or more lighting devices (31-34) to render said determined one or more light effects. - receive said video signal via said at least one input interface , - output, via said at least one output interface , said video signal to said display device for displaying said video content, - receive said further signal via said at least one input interface , said processor characterized by being configured to: - determine, based on said further signal, whether said display device will likely display an overlay on top of said video content, - analyze said video content, determine said one or more light effects based on said analysis of said video content in dependence on whether said display device will likely display an overlay on top of said video content, and - control, via said at least one output interface , said one or more lighting devices (31-34) to render said determined one or more light effects. <EOS>