An intelligent multi-port ornamental fish feeder comprises a plurality of food containers (1) arranged in parallel and an intelligent control device (4) connected thereto and configured to control the plurality of food containers (1), respectively. The intelligent control device (4) comprises an intelligent control module (41) comprising a valve controller (42) and a weight controller (43) connected to a plurality of weight sensors (44). The intelligent control device (4) further comprises a plurality of electromagnetic valves (45, 46) connected to the valve controller (42). Each of the food container (1) comprises an accommodation cavity (11) configured to accommodate fish food and a weighing cavity (21) configured to weigh the fish food and arranged beneath the accommodation cavity (11). Each of the weight sensors (44) is arranged at a bottom part (3) of each of the weighing cavities (21). A first valve (12), controlled by the electromagnetic valves (45, 46) to be opened or closed, is arranged at a bottom part of each of the accommodation cavities (11), and a second valve (22), controlled by the electromagnetic valves (45, 46) to be opened or closed, is arranged at a bottom part of each of the weighing cavities (21). The first valve (12) and the second valve (22) at each of the food containers (1) can be opened or closed independently. The intelligent multi-port ornamental fish feeder can intelligently configure an amount and a number of times of intelligent fish feeding, facilitating a user to feed an ornamental fish.Linvention concerne un dispositif intelligent à plusieurs orifices pour lalimentation de poissons dornement comprenant une pluralité de récipients alimentaires (1) disposés en parallèle et un dispositif de commande intelligent (4) relié à ceux-ci et servant à contrôler chacun des différents récipients alimentaires (1). Le dispositif de commande intelligent (4) comprend un module de commande intelligent (41) comprenant un système de contrôle de soupap
