This ejector-integrated heat exchanger comprises an ejector (14) having: a nozzle section (14a) that decompresses refrigerant; a refrigerant suction port (14b) through which refrigerant passes, said refrigerant being sucked along by the flow of refrigerant jetted from the nozzle section; and a boosting section (14d) that mixes refrigerant sucked along from the refrigerant suction port and refrigerant jetted from the nozzle section and increases the pressure thereof. In addition, the ejector-integrated heat exchanger has a plurality of tube-forming members (21) having: an outflow-side refrigerant flow path (15) through which refrigerant that has flowed out from the boosting section flows while exchanging heat; and a suction-side refrigerant flow path (18) through which refrigerant sucked along from the refrigerant suction port flows while exchanging heat. The plurality of tube-forming members are provided such that the refrigerant flows in parallel alternately inside same.