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Synchronous Telemedicine (Voice, Video, and Data Conferencing)

Statewide Telemedicine Network Architecture. Asynchronous Telemedicine Between ‘Entities’ (Store & forward). Synchronous Telemedicine (Voice, Video, and Data Conferencing). Nationally Accredited. MCU* Trusted, State-designated, entity for telemedicine communication

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Synchronous Telemedicine (Voice, Video, and Data Conferencing)

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  1. Statewide Telemedicine Network Architecture Asynchronous Telemedicine Between ‘Entities’ (Store & forward) Synchronous Telemedicine (Voice, Video, and Data Conferencing) Nationally Accredited MCU* Trusted, State-designated, entity for telemedicine communication (tech hub, resource center, information clearinghouse, user/agency management, grant coordination) State designated health information exchange, store & forward services Provider directory, provider certification information Conference Infrastructure (Bridge, Firewall Transversal, Multipoint conferencing , etc) Internet Protocol transport H H H H H Peer to peer conferencing Multipoint networks Clinic Local health dept. Prison Remote patient monitoring Mobile site DRAFT *MCU = Multi Communication Unit

  2. Facility Minimum Requirements Voice, Video, Data Medical Data Connection to state designated health information exchange • Open Standards based voice, video and data conferencing equipment (H.264, H.323, T.140, SIP, etc) • Minimum bandwidth requirements per medical association telemedicine standards. Examples: • 768kbps bandwidth for hospital to hospital neurology • 384kbps for rural clinic telepsychiatry • Ports Open in Firewall • Warranty and Maintenance Plan (to ensure it has the latest software) • Successful interoperability testing • Secure, encrypted transport (e.g. VPN connection) or secure, encrypted session (e.g. AES encrypted, secure endpoints)

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