A terminal and method for measuring blood pressure, the terminal comprising: a flash light (41), a processor (42) and at least two cameras (43). Every two of the cameras (43) are separated by a predetermined distance (L). The flash light (41) emits, under the control of the processor (42), light of a predetermined frequency. The at least two cameras (43) collect, under the control of the processor (42), a photoplethysmography (PPG) signal, the PPG signal being an optical signal reflected by a body of a user covering the cameras (43) and received by the cameras (43). The processor (42) controls the flash light (41) to emit light of a predetermined frequency, controls each of the cameras (43) to start sequential collection of a PPG signal at a predetermined frequency, receives at least one PPG signal collected by each of the cameras (43), determines a pulse wave velocity on the basis of the PPG signal collected by each of the cameras (43), and acquires a blood pressure measurement of the user on the basis of the pulse wave velocity. The terminal and method for measuring blood pressure of the present invention can improve the precision of blood pressure measurements.Linvention concerne un terminal et un procédé permettant de mesurer la pression artérielle, le terminal comprenant : une lampe flash (41), un processeur (42) et au moins deux caméras (43). Les caméras (43) étant espacées dune distance prédéterminée (L). La lampe flash (41) émet, sous la commande du processeur (42), une lumière dune fréquence prédéterminée. Les deux caméras (43) ou plus collectent, sous la commande du processeur (42), un signal de photopléthysmographie (PPG)), le signal de PPG étant un signal optique réfléchi par le corps dun utilisateur couvrant les caméras (43) et reçu par les caméras (43). Le processeur (42) commande la lampe flash (41) pour émettre une lumière dune fréquence prédéterminée, commande chacune des caméras (43) pour commencer la collecte séquentielle dun signal de PPG à une f
