Technical Description; Technical Requirements On The Part Of The Customer; Mode Of Sending Messages - LINET LINIS SafetyPort Instructions For Use Manual

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Technical Description

Accuracy varies by display delay. The traffi c delay between the bed and LINIS SafetyPort server, technical time it takes
for the LINIS SafetyPort server to process the data and current server load.
The traffi c delay between the LINIS SafetyPort server and the third party server, technical time it takes for the third party
server to process the data and current server load.
The traffi c delay can normally reach up to 5 to 15 seconds.

5.1 Technical Requirements on the Part of the Customer

Internet connectivity
Minimal server requirements
Server operating system
Data format for export to the HIS
Computer network according to standards
LAN
WLAN
standards
Graphical interface for display at the nurse station
Required ports
Number of the beds connectable to the LINIS SafetyPort
system
* - A secure connection is not a condition on the part of the customer. However, without a secure connection, LINET® is
unable to provide remote installation support in case of complications.

5.2 Mode of sending messages

Currently we use asynchronous communication in SafetyPort as well according to HL7 standard. However using the HL7
standard enables two modes of sending messages.
- synchronous - you get acknowledgement from 3rd party system of receiving one message before you send
next message, thus there is queue of messages growing in the background and data gets delayed
- asynchronous - your system is sending diff erent messages once they come and gets acknowledgement once
they come, so there is no waiting and no delays. In the IOT world, asynchronous communication is always pre
ferred, since data don't get delayed and eventually lost.
We do recommend to use asynchronous data in order to avoid message delaying and eventually loss. In case you need
to use synchronous data contact us on : service@linetgroup.com
D9U001SW2-0110_03
Secure connection*
 128kbit/s (upload) per 100 beds
 400kbit/s (upload) per 100 beds in the graphical
interface
 32kbit/s (upload) per 100 beds with export of
data to the hospital system (HIS)
Dual-core CPU 3GHz, 4GB RAM, 100GB HDD
Linux OS (preferred), Windows server (2016, 2019
HL7 v2, xml, webservices
IEEE802.11 (802.11b/g, WPA/WPA2-PSK)
Miicrosoft Edge, Mozilla Firefox, Google Chrome,
→
 bed LINIS SafetyPort server: 10180, LINIS
→
SafetyPort server bed: 10180 or any
←→
 user workstation
er: 8888, 3600, 3306
 LINIS SafetyPort server
server (e.g: HIS): based on third party server
requirements (1337 typically)
500 beds
and later versions)
IEEE 802.3
Opera, Safari
LINIS SafetyPort serv-
←→
third party
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