Method for communicating an immersive video between a server and viewing equipment connected together by a communication link comprising an intermediate network node, said immersive video being stored on the server in the form of a plurality of versions, each version corresponds to a different points of sight on the immersive video and the set of versions covers a set of possible point of sight on the immersive video, each version has maximum quality in a region of the immersive video corresponding to the visual field of a user viewing the immersive video from said point of sight, and a quality inferior to the maximum quality outside said region, the server storing a plurality of representations for each version in the form of a compressed binary video stream comprising a series of groups of images of predefined duration decodable independently, each representation of one and the same version having a different rate, the method being executed at predetermined regular intervals or following a change of point of sight of the user and comprises: obtaining a description of a point of sight of the user; transmitting, in the direction of the server, a first request with a view to receiving a representation corresponding to said point of sight, referred to as the selected representation, determined from a description of each representation and from the description of the point of sight of the user; receiving, from the intermediate network node, the representation selected in response to the first request, the intermediate network node continuously receiving at least one subset of representations, referred to as a global subset, of the immersive video following a prior transmission by the intermediate network node of a second request to said server with a view to receiving said subset from the server and responding to each first request coming from the viewing equipment; the description of each representation being stored by the server in the form of a manifest file shared with the intermediate network node and/or the viewing equipment and comprising, for each representation, a field indicating the point of sight corresponding to said representation and a field representing a maximum speed of change of point of sight beyond which it is considered that the user no longer perceives a gain in quality afforded by one representation compared with a representation having a lower rate, each representation of the global subset being determined so that a value of said field is greater than the speed of change of point of sight of the user. obtaining a description of a point of sight of the user; transmitting, in the direction of the server, a first request with a view to receiving a representation corresponding to said point of sight, referred to as the selected representation, determined from a description of each representation and from the description of the point of sight of the user; receiving, from the intermediate network node, the representation selected in response to the first request, the intermediate network node continuously receiving at least one subset of representations, referred to as a global subset, of the immersive video following a prior transmission by the intermediate network node of a second request to said server with a view to receiving said subset from the server and responding to each first request coming from the viewing equipment;