LINKMED® Plug & Play HL7 TCP/IP Communication Drivers

LINKMED® IE HL7 Communication Drivers

The LINKMED® HL7 TCP/IP Communication Drivers communicate with remote system through TCP/IP socket connections, the TCP/IP drivers, also can send and receive information in virtually any formats over any protocols, effectively bridging other systems with the LINKMED® Interface environment.

LINKMED® IE HL7 TCP/IP Receivers:

Features:

  • Sends and receives HL7 messages via HL7's Minimal Lower Layer Protocol (MLLP) over TCP/IP.
  • Supports non-standard, custom and user-defined headers and trailers.
  • HL7 Messages can be filtered by sending facilities, message types or by any of HL7 segment's fields.
  • Listens or sends on any port number, LAN, VPN.
  • Error log and detail log file for interface trouble shooting.
  • Accepts all HL7 message types and automatically validates and sends standard HL7 message acknowledgements back to client(s).
  • Accepts multiple connections on the same port and route messages to user-defined destinations.
  • Accepts HL7 query messages and sends HL7 query response messages.
  • Can be configured for application level message validation.
  • Built-in firewall allows the receiver to accept message from allowed IP address only (up to 50 IP addresses).
  • Can be configured to receive and send non-HL7 message sends via TCP/IP user-defined protocols such as XML documents, Words documents, PDF documents, etc.
  • Reads, Writes and filters HL7 messages to SQL database or LINKMED® internal intermediate database.
  • Runs unobstructively as service.

  • LINK Medical Computing, Inc also offers a library of specially developed tools that complement and enhance the functionality of the LINKMED® IE HL7 TCP/IP Drivers.

    LINKMED® IE HL7 TCP/IP Transmitter:

    LINKMED® IE HL7 TCP/IP Transmitter communicates with remote system through TCP/IP socket connections. HL7 messages can be wrapped using HL7 MLLP protocols or user-defined protocols (headers and trailers). LINKMED® TCP/IP Transmitter can send and receive information in virtually any formats over any protocols, effectively bridging other systems with the LINKMED® Interface environment.

    Features:

  • Sends HL7 result and query messages.
  • Receives HL7 acknowledgements and HL7 query response.
  • Can be configured to send message length and size encoding prior to sending actual HL7 message.
  • Automatically re-send message if no acknowledgement is received or remove message out of the queue.
  • Can be configured to send non-HL7 message via TCP/IP user-defined protocols such as XML documents, Words documents, PDF documents, etc.


  • LMHL7TCPIP

    Plug & Play HL7 TCP/IP Communication Drivers

    Benefits:

  • Latest generation software with proven track records of sucess, virtually trouble free.
  • Plug & Play communication drivers. No development work, save time and resource of your organization by eliminate the need to do programming.
  • The LINKMED® IE HL7 TCP/IP drivers are approximately 500 KB each. This makes them easy to download and install from a remote location.
  • These HL7 TCP/IP drivers are efficient and less resource intensive.
  • No Programming skill needed.
  • Users can print out activity and error logs for easier analysis of interface activity. They can also print copies of the incoming (for the Receiver) and outbound (for the Transmitter) data files. The modular design of LINKMED® is evident in the HL7 TCP/IP drivers. They can be configured to run with other LINKMED® modules or with almost any parsing/insertion routine developed by the end-user.

  • E-mail: sales@linkmed.com

    System Requirements:

    Server or VMWare Server
  • Pentium Dual or Quad Core CPU
  • Window® Server 2000/2003/2008/2012
  • Available 200 GB of Hard drive space
  • 4 GB of RAM
  • Microsoft® Internet Information Services (IIS) enable
  • 10/100/1000 Network Card
  • Client PC

  • Pentium Class PC
  • Window® XP/Win 7/Win 8 Pro
  • Available 100 GB of Hard drive space
  • 2 GB of RAM
  • Microsoft® IIS enable
  • 100/1000 Network Card