Valid for

GridVis Editions

Software platform



Supported operating systems

64-bit only / no ARM support

  • Microsoft Windows Server 2016

  • Microsoft Windows Server 2019

  • Microsoft Windows Server 2022

  • Microsoft Windows 10

  • Microsoft Windows 11


Supported web browsers

  • Google Chrome (current version) - Recommended
  • Microsoft Edge
  • Firefox (current version)
  • IE 11 is not supported


Minimum requirements

  • Processor architecture:
    • Processor with 2 CPU cores (2 GHz or faster)
    • SSE3 capable (Intel/AMD processor manufactured after 2005)
  • RAM: Min. 8 GB (standard database)
    • Recommended: 16 GB (MySQL, MSSQL database)
  • Installation memory: 4 GB
  • Measurement data memory: Depends on the amount of measurement data, storage depth and archiving period
  • 64-bit system
  • Recommended and optimized screen resolution: 1920 x 1080 pixels (Full HD)

Note

The system requirements depend on the project size and the number of measurement points. For larger projects, other, higher system requirements may apply. Adjust your system accordingly! If you have any questions about the system requirements, contact Janitza Technical Support.


Databases

  • MSSQL - Recommended
    • MSSQL 2014, 2016, 2017, 2019 and 2022 are supported
    • Express versions are not supported
  • MySQL 8.0
  • JanDB - included in the scope of delivery

Note

The JanDB does not run on network drives and does not provide multi-user support!

Make sure that your JanDB project is not stored on a network drive! Save your project on your local PC with the GridVis installation.


Virtual machines

There are no known restrictions for virtual machines

  • Citrix environments are not supported


Security

GridVis has a CSP header as standard to increase the security of the application.

The content security policy (CSP) is a security mechanism that protects against certain attacks such as cross-site scripting (XSS). This can be done, for example, by restricting the sources from which resources may be uploaded to the website. Among other things, a CSP header is used to define which content (e.g. scripts, style sheets, images) may be loaded from which sources in order to increase the security of the application.


Ports, protocols and connections

DeviceProtocolsPorts
GridVis

Modbus / TCP - Modbus / UDP  

502


HTTP

80


HTTPS

443


FTP

21


FTP data port

1024, 1025


FTP data port

1026, 1027


Modbus / TCP

502


Modbus via Ethernet

8000


UMG510 command language

1234


Read out Telnet data port

1239


Update Telnet data port

1236, 1237


Email port (preparation)

25


Email port (preparation)

587


Janitza® ID server (licensing)

443


Web server (default port)

8080 (configurable in the installer)

PCAnywhere

UDP, TCP / IP

5631, 5632

UMG 801

Modbus / TCP - Modbus / UDP

502 (UDP / TCP), modifiable


DNS (client)

53 (UDP)


DHCP (client)

67 / 68 (UDP)


HTTP

80 (TCP)


NTP

123 (UDP)


SFTP

22 (TCP)


OPC-UA (binary)

4840 (TCP)


Device identification (since v1.3.0)

1111 (UDP)

UMG 605 / UMG 604 / UMG 512 / UMG 511 / UMG 509 / UMG 508

TFTP

1201


Modbus / TCP - Modbus / UDP

502, 4 ports


DHCP

68


NTP

123


BACnet

47808


Name service

1200


HTTP

80


FTP

21


FTP data port

1024, 1025


FTP data port

1026, 1027


Modbus via Ethernet

8000, 1 port


Service port (Telnet)

1239


SNMP

161 / 162 (TRAP)


Email port (current)

25


Email port (in preparation)

587

UMG 104 / UMG 103

Device does not have an Ethernet port
UMG 96-PA / UMG 96-PQ (each with module 96-PA-RCM or 96-PA-RCM-EL)

Modbus / TCP - Modbus / UDP

502, 4 ports


DNS server

53 (UDP)


DHCP server (BootP)

67


DHCP client (BootP)

68


NTP server

123


DNS (local port)

1200


Devices identification

1111 (UDP)

UMG 96RM-E

DNS

53 (UDP / TCP)


DHCP client (BootP)

68 (UDP)


NTP client

123 (UDP)


Email (send)

Selectable (1-65535 TCP)


BACnet

47808 / UTP


Ping

(ICMP / IP)


FTP

20 (TCP)*, 21 (TCP)

*Random port (>1023) for data transmission if working in PASSIVE mode.
The UMG96RM-E can manage 20 TCP connections. The device contacts client services at a server via the specified ports,
Server services are provided by the device.


HTTP

80 (TCP)


NTP (listen only)

123 (UDP broadcast)


SNMP

161 (UDP)


Modbus TCP

502 (UDP / TCP)


Devices identification

1111 (UDP)


Telnet

1239 (TCP)


Modbus RTU (Ethernet encapsulated)

8000 (UDP)

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