A system for performing an ultrasound imaging operation, the system comprising: - a server configured as an ultrasound diagnostic system, - a probe device comprising: - a pulse generator comprising a pulser configured to generate a pulse signal; - a transducer configured to convert the generated pulse signal into ultrasonic waves for transmission toward a body, and to convert ultrasonic waves that are reflected back from the body into an electrical signal; - a signal processor for generating an echo signal of the electrical signal converted from the reflected ultrasonic waves by the transducer; and - a probe communicator; wherein the probe communicator is configured for communicating through a first network with the server, wherein the probe communicator (100, 103, 105) is configured to transmit the echo signal to the server, through the first network, wherein the server comprises: - a server communicator configured to communicate with the probe device through the first network and an electronic device through the first network or a second network; - a data storage unit configured to store an ultrasound image diagnostic application; and - an operation unit configured to execute the ultrasound image diagnostic application in response to a request by the electronic device, wherein the operation unit is configured to generate ultrasound image data utilizing the echo signal transmitted from the probe device, and to transmit the generated ultrasound image data to the electronic device, wherein the probe communicator comprises at least one of a mobile communication module directly connecting to the first network, a wireless Internet module, a wired Internet module, and a local area communication module, wherein the transducer comprises a plurality of conversion elements configured to convert and transmit a pulse signal generated by the pulse generator to ultrasonic waves and to convert reflected ultrasonic waves to an electronic signal, wherein the ultrasound diagnostic application executed by the server is configured - to execute a transmitter beam forming process to focus ultrasonic waves output from the transducer to view reflection characteristics of a tissue at a desired location and to determine pulse signals to be applied to each of the conversion elements of the transducer by considering locations of the conversion elements and a focus point of the output ultrasonic waves; and/or - to execute a receiver beam forming process to focus a received ultrasound echo signal to view reflection characteristics of a tissue at a desired location. - a server configured as an ultrasound diagnostic system, - a probe device comprising: - a pulse generator comprising a pulser configured to generate a pulse signal; - a transducer configured to convert the generated pulse signal into ultrasonic waves for transmission toward a body, and to convert ultrasonic waves that are reflected back from the body into an electrical signal; - a signal processor for generating an echo signal of the electrical signal converted from the reflected ultrasonic waves by the transducer; and - a probe communicator; - a pulse generator comprising a pulser configured to generate a pulse signal; - a transducer configured to convert the generated pulse signal into ultrasonic waves for transmission toward a body, and to convert ultrasonic waves that are reflected back from the body into an electrical signal; - a signal processor for generating an echo signal of the electrical signal converted from the reflected ultrasonic waves by the transducer; and - a probe communicator; - a server communicator configured to communicate with the probe device through the first network and an electronic device through the first network or a second network; - a data storage unit configured to store an ultrasound image diagnostic application; and - an operation unit configured to execute the ultrasound image diagnostic application in response to a request by the electronic device, - to execute a transmitter beam forming process to focus ultrasonic waves output from the transducer to view reflection characteristics of a tissue at a desired location and to determine pulse signals to be applied to each of the conversion elements of the transducer by considering locations of the conversion elements and a focus point of the output ultrasonic waves; and/or - to execute a receiver beam forming process to focus a received ultrasound echo signal to view reflection characteristics of a tissue at a desired location.