Difference between revisions of "Comparison"

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This comparison is meant to help you to decide which of the data logging and weather serving embedded products fits your needs best. As every comparison it has some subjective element, especially when comparing with competing products. We tried to be fair, but might not highlight the specific strengths of competing products. If you suggest changes/additions, please drop us a mail.
 
This comparison is meant to help you to decide which of the data logging and weather serving embedded products fits your needs best. As every comparison it has some subjective element, especially when comparing with competing products. We tried to be fair, but might not highlight the specific strengths of competing products. If you suggest changes/additions, please drop us a mail.
  
−
Comparison below does not reflect the per-minute permanent storage option for Meteobridge NANO SD and RPI we are currently working on. When this gets finalized the Meteobridge RPI might be a very good upgrade alternative for Meteohub users, as Meteohub coming a long way from its start in 2007 is a bit outdated in new features and weather station support.
+
Comparison below includes the per-minute permanent storage option for Meteobridge PRO, NANO SD and RPI we are currently finalizing. Having this Meteobridge RPI might be a very good upgrade alternative for Meteohub users, as Meteohub coming a long way from its start in 2007 is a bit outdated in new features and weather station support.
  
 
{| style="background:none; font-size:80%;" border="1" cellpadding="5" cellspacing="0"  
 
{| style="background:none; font-size:80%;" border="1" cellpadding="5" cellspacing="0"  
 
|+ align="bottom"|''comparison of embedded weather logging systems''
 
|+ align="bottom"|''comparison of embedded weather logging systems''
 
!rowspan="2"|Basic Information
 
!rowspan="2"|Basic Information
−
!colspan="5"|Meteobridge
+
!colspan="6"|Meteobridge
 
! Meteohub
 
! Meteohub
 
!WiFiLogger
 
!WiFiLogger
Line 14: Line 14:
 
!NANO SD
 
!NANO SD
 
!PRO red/black
 
!PRO red/black
 +
!PRO2
 
!on RPI 3B, 3B+, 4B
 
!on RPI 3B, 3B+, 4B
 
!on RPI 1, 2, 3, 3B
 
!on RPI 1, 2, 3, 3B
 
!v1 and v2
 
!v1 and v2
−
|- style="vertical-align:top;"
+
|- style="vertical-align:center;"
 
|Product Picture
 
|Product Picture
 
|[[File:tl-mr3020.png|100px]]
 
|[[File:tl-mr3020.png|100px]]
Line 23: Line 24:
 
|[[File:meteobridgenano-front.jpg|100px]]
 
|[[File:meteobridgenano-front.jpg|100px]]
 
|[[File:mbro-red-front.jpg|100px]]
 
|[[File:mbro-red-front.jpg|100px]]
 +
|[[File:mbro2-front.gif|100px]]
 
|[[File:rpi3-4.png|100px]]
 
|[[File:rpi3-4.png|100px]]
 
|[[File:rpi3-4.png|100px]]
 
|[[File:rpi3-4.png|100px]]
Line 29: Line 31:
 
|Manufacturer
 
|Manufacturer
 
|smartbedded GmbH<BR>(software only)
 
|smartbedded GmbH<BR>(software only)
−
|colspan="3"|smartbedded GmbH
+
|colspan="4"|smartbedded GmbH
 
|colspan="2"|smartbedded GmbH<BR>(software only)
 
|colspan="2"|smartbedded GmbH<BR>(software only)
 
|private person
 
|private person
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Link to more details
 
|Link to more details
−
|colspan="5"|[https://www.meteobridge.com www.meteobridge.com]
+
|colspan="6"|[https://www.meteobridge.com www.meteobridge.com]
 
|[https://www.meteohub.de www.meteuhub.de]
 
|[https://www.meteohub.de www.meteuhub.de]
 
|[https://wifilogger.net www.wifilogger.net]
 
|[https://wifilogger.net www.wifilogger.net]
 +
|- style="vertical-align:top;"
 +
|RAM<BR>data storage<BR>power consumption
 +
|32-64MB<BR>none<BR>1-2 Watts
 +
|128MB<BR>none<BR>1-2 Watts
 +
|128MB<BR>2GB<BR>1-2 Watts
 +
|64MB<BR>1GB<BR>2-3 Watts
 +
|128MB<BR>16GB<BR>1-2 Watts
 +
|colspan="2"|platform dependent
 +
|<1MB<BR>none<BR>1 Watt
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Operating System
 
|Operating System
−
|colspan="5"|OpenWrt (linux derivate reflecting demands of embedded HW)
+
|colspan="6"|OpenWrt (linux derivate reflecting demands of embedded HW)
 
|Raspbian (debian linux adaption to RPI)
 
|Raspbian (debian linux adaption to RPI)
 
|ESP32 microcontroller toolchain
 
|ESP32 microcontroller toolchain
Line 47: Line 58:
 
|abt 200€ incl. perpetual license
 
|abt 200€ incl. perpetual license
 
|abt 270€ incl. perpetual license
 
|abt 270€ incl. perpetual license
−
|red: abt 380€ incl. perpetual license<BR>black: abt 330€ incl. perpetual license
+
|red: abt 380€<BR>black: abt 330€<BR>both incl. perpetual license
 +
|tbd<BR>incl. perpetual license
 
|SW: 65€ perpetual license<BR>HW: abt 100€ (incl. [https://www.meteobridge.com/wiki/index.php/Hardware#Raspberry_Pi_Model_3B.2C_3B.2B.2C_4B mandatory SLC microSD card], case, power supply)
 
|SW: 65€ perpetual license<BR>HW: abt 100€ (incl. [https://www.meteobridge.com/wiki/index.php/Hardware#Raspberry_Pi_Model_3B.2C_3B.2B.2C_4B mandatory SLC microSD card], case, power supply)
 
|SW: 59€ perpetual license<BR>HW: abt 100€ (incl. microSD card, case, power supply)
 
|SW: 59€ perpetual license<BR>HW: abt 100€ (incl. microSD card, case, power supply)
Line 54: Line 66:
 
|SW Updates
 
|SW Updates
 
|2 years of free updates,<BR>19€ for additional 2 years
 
|2 years of free updates,<BR>19€ for additional 2 years
−
|colspan="3"|lifetime free
+
|colspan="4"|lifetime free
 
|2 years of free updates,<BR>19€ for additional 2 years
 
|2 years of free updates,<BR>19€ for additional 2 years
 
|no more updates planned
 
|no more updates planned
Line 65: Line 77:
 
* WLAN 5 GHz (depending on HW)
 
* WLAN 5 GHz (depending on HW)
 
|colspan="2"|
 
|colspan="2"|
−
* WLAN 2.4 GHz
+
* WLAN 2.4 GHz (WPA2)
 
|
 
|
 
* LAN
 
* LAN
−
* WLAN 2.4 GHz
+
* WLAN 2.4 GHz (WPA2)
 
|
 
|
 
* LAN
 
* LAN
−
* WLAN 2.4 GHz
+
* WLAN 2.4 GHz (WPA2+3)
−
* WLAN 5 GHz
+
|
 +
* LAN
 +
* WLAN 2.4 GHz (WPA2)
 +
* WLAN 5 GHz (WPA2)
 
|
 
|
 
* LAN
 
* LAN
 
* optional WLAN
 
* optional WLAN
 
|
 
|
−
* WLAN 2.4 GHz
+
* WLAN 2.4 GHz (WPA2)
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Supported Weather Station Connectivity
 
|Supported Weather Station Connectivity
Line 93: Line 108:
 
* USB
 
* USB
 
* TCP/IP
 
* TCP/IP
 +
|
 +
* USB
 +
* TCP/IP
 +
* I2C (custom)
 
|
 
|
 
* USB
 
* USB
Line 100: Line 119:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Number of weather stations to be handled in parallel
 
|Number of weather stations to be handled in parallel
−
|colspan="5"|
+
|colspan="6"|
 
up to 5 (of same or different brand)
 
up to 5 (of same or different brand)
 
|
 
|
Line 112: Line 131:
 
!MB NANO SD
 
!MB NANO SD
 
!MB PRO red/black
 
!MB PRO red/black
 +
!MB PRO2
 
!MB RPI 3B,3B+,4B
 
!MB RPI 3B,3B+,4B
 
!MH RPI 1,2,3,3B
 
!MH RPI 1,2,3,3B
Line 117: Line 137:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Davis Instruments
 
|Davis Instruments
−
|colspan="5"|
+
|colspan="6"|
 
* Vantage PRO2, Vue, Envoy (allows pass-through of data to PC)
 
* Vantage PRO2, Vue, Envoy (allows pass-through of data to PC)
 
* Envoy8x
 
* Envoy8x
Line 131: Line 151:
 
|colspan="3"|
 
|colspan="3"|
 
* Meteostick needed to read RF data directly
 
* Meteostick needed to read RF data directly
 +
|
 +
* red: RF module (US/EU/AU/NZ) included
 +
* black: Meteostick needed to read RF data directly
 
|
 
|
 
* RF module (US/EU/AU/NZ) included
 
* RF module (US/EU/AU/NZ) included
Line 148: Line 171:
 
|colspan="2"|
 
|colspan="2"|
 
-  
 
-  
−
|colspan="2"|
+
|colspan="3"|
 
* WMR 928/968
 
* WMR 928/968
 
* WMR 100
 
* WMR 100
Line 172: Line 195:
 
|colspan="2"|
 
|colspan="2"|
 
* GW1000 (aka Ecowitt)
 
* GW1000 (aka Ecowitt)
−
|colspan="2"|
+
|colspan="3"|
 
* WH1080 (aka WS1090, WS2080)
 
* WH1080 (aka WS1090, WS2080)
−
* WH2650 (aka Ambient ObserverIP)
+
* WH2600 (aka Ambient ObserverIP)
 
* WH2310, WH4000
 
* WH2310, WH4000
 
* GW1000 (aka Ecowitt)
 
* GW1000 (aka Ecowitt)
 
|
 
|
 
* WH1080 (aka WS1090, WS2080)
 
* WH1080 (aka WS1090, WS2080)
−
* WH2650 (aka Ambient ObserverIP)
+
* WH2600 (aka Ambient ObserverIP)
 
* WH2310, WH4000
 
* WH2310, WH4000
 
|
 
|
Line 189: Line 212:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="3"|
+
|colspan="4"|
 
* Ultimeter 100, 800, 2100
 
* Ultimeter 100, 800, 2100
 
|
 
|
Line 200: Line 223:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="3"|
+
|colspan="4"|
 
* MKIICC
 
* MKIICC
 
* CC-3000
 
* CC-3000
Line 213: Line 236:
 
|colspan="2"|
 
|colspan="2"|
 
* WS10
 
* WS10
−
|colspan="2"|
+
|colspan="3"|
 
* WS200/500/600/601/700
 
* WS200/500/600/601/700
 
* Ventus V200A
 
* Ventus V200A
Line 227: Line 250:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="3"|
+
|colspan="4"|
 
* Clima Sensor US
 
* Clima Sensor US
 
|
 
|
Line 237: Line 260:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="2"|
+
|colspan="3"|
 
* GMX600
 
* GMX600
 
|colspan="2"|
 
|colspan="2"|
Line 243: Line 266:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Weather Flow
 
|Weather Flow
−
|colspan="5"|
+
|colspan="6"|
 
* Air, Sky, Tempest
 
* Air, Sky, Tempest
 
|colspan="2"|
 
|colspan="2"|
Line 255: Line 278:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="2"|
+
|colspan="3"|
 
* TE923, TE827, TE821
 
* TE923, TE827, TE821
 
* DV928, W831
 
* DV928, W831
Line 273: Line 296:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="2"|
+
|colspan="3"|
 
* WS300PC/440/500
 
* WS300PC/440/500
 
* WS550/777/888
 
* WS550/777/888
Line 290: Line 313:
 
!MB NANO SD
 
!MB NANO SD
 
!MB PRO red/black
 
!MB PRO red/black
 +
!MB PRO2
 
!MB RPI 3B,3B+,4B
 
!MB RPI 3B,3B+,4B
 
!MH RPI 1,2,3,3B
 
!MH RPI 1,2,3,3B
Line 295: Line 319:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Weather Networks
 
|Weather Networks
−
|colspan="5"|
+
|colspan="6"|
 
* Weather Underground
 
* Weather Underground
 
* AWEKAS
 
* AWEKAS
Line 352: Line 376:
 
|
 
|
 
Additional Weather Services
 
Additional Weather Services
−
|colspan="5"|
+
|colspan="6"|
 
* Weather Underground Weather Camera
 
* Weather Underground Weather Camera
 
* Meteobridge Weather Camera
 
* Meteobridge Weather Camera
Line 369: Line 393:
 
!MB NANO SD
 
!MB NANO SD
 
!MB PRO red/black
 
!MB PRO red/black
 +
!MB PRO2
 
!MB RPI 3B,3B+,4B
 
!MB RPI 3B,3B+,4B
 
!MH RPI 1,2,3,3B
 
!MH RPI 1,2,3,3B
Line 374: Line 399:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Upload Technology
 
|Upload Technology
−
|colspan="5"|
+
|colspan="6"|
 
* HTTP, HTTPS
 
* HTTP, HTTPS
 
* FTP, SFTP
 
* FTP, SFTP
 
* email
 
* email
 
* twitter
 
* twitter
 +
* mysql feed
 
|
 
|
 
* HTTP, HTTPS
 
* HTTP, HTTPS
Line 389: Line 415:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
|Upload Trigger
 
|Upload Trigger
−
|colspan="5"|
+
|colspan="6"|
 
* interval
 
* interval
 
* fixed time
 
* fixed time
Line 401: Line 427:
 
* user-defined strings with sensor data included
 
* user-defined strings with sensor data included
 
* web cam pictures with user-defined weather data annotation
 
* web cam pictures with user-defined weather data annotation
−
|colspan="3"|
+
|colspan="4"|
 
* user-defined strings with sensor data included
 
* user-defined strings with sensor data included
 
* web cam pictures with user-defined weather data annotation
 
* web cam pictures with user-defined weather data annotation
Line 416: Line 442:
 
!MB NANO SD
 
!MB NANO SD
 
!MB PRO red/black
 
!MB PRO red/black
 +
!MB PRO2
 
!MB RPI 3B,3B+,4B
 
!MB RPI 3B,3B+,4B
 
!MH RPI 1,2,3,3B
 
!MH RPI 1,2,3,3B
Line 424: Line 451:
 
* current sensor data  
 
* current sensor data  
 
* min/max values for current hour/day/month/year
 
* min/max values for current hour/day/month/year
−
|colspan="3"|
+
|colspan="4"|
 
* current sensor data  
 
* current sensor data  
 
* min/max/average values for day/month/year
 
* min/max/average values for day/month/year
 
* historical min/max/average sensor data in resolution hour/day/month/year
 
* historical min/max/average sensor data in resolution hour/day/month/year
 
* interactive graphs on current data (last 48h) down to per-minute resolution
 
* interactive graphs on current data (last 48h) down to per-minute resolution
−
* interactive graphs on historical data down to hourly resolution
+
* interactive graphs on historical data down to per minute resolution
 
* local graphical weather34 dashboard (not on MB PRO)
 
* local graphical weather34 dashboard (not on MB PRO)
 
|
 
|
Line 443: Line 470:
 
* persistent storage of min/max/average values for current hour/day/month/year
 
* persistent storage of min/max/average values for current hour/day/month/year
 
* min/max/average computations are done immediately  
 
* min/max/average computations are done immediately  
−
|colspan="3"|
+
|colspan="4"|
 
* all sensor data kept in RAM for abt 48 hours
 
* all sensor data kept in RAM for abt 48 hours
−
* persistent storage of min/max/average values for any hour/day/month/year
+
* persistent storage of min/max/average values for any minute/hour/day/month/year
 
* min/max/average computations are done immediately
 
* min/max/average computations are done immediately
 
* storage capacity > 10 years
 
* storage capacity > 10 years
Line 459: Line 486:
 
|colspan="2"|
 
|colspan="2"|
 
* min/max/average values for current hour/day/month/year can be edited via GUI
 
* min/max/average values for current hour/day/month/year can be edited via GUI
−
|colspan="3"|
+
|colspan="5"|
−
* persistent storage of min/max/average values for any hour/day/month/year can be edited via GUI
+
* persistent storage of min/max/average values for any minute/hour/day/month/year can be edited via GUI
−
|
+
−
* raw data can deleted, but not edited via GUI
+
 
|
 
|
 
-
 
-
Line 469: Line 494:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="3"|
+
|colspan="4"|
 
* Meteohub raw data
 
* Meteohub raw data
 
* Meteoplug exports
 
* Meteoplug exports
Line 485: Line 510:
 
|colspan="2"|
 
|colspan="2"|
 
-
 
-
−
|colspan="3"|
+
|colspan="4"|
 
data in user defined time resolution and time frame
 
data in user defined time resolution and time frame
 
* NOAA text format
 
* NOAA text format

Latest revision as of 13:08, 27 November 2022

This comparison is meant to help you to decide which of the data logging and weather serving embedded products fits your needs best. As every comparison it has some subjective element, especially when comparing with competing products. We tried to be fair, but might not highlight the specific strengths of competing products. If you suggest changes/additions, please drop us a mail.

Comparison below includes the per-minute permanent storage option for Meteobridge PRO, NANO SD and RPI we are currently finalizing. Having this Meteobridge RPI might be a very good upgrade alternative for Meteohub users, as Meteohub coming a long way from its start in 2007 is a bit outdated in new features and weather station support.

comparison of embedded weather logging systems
Basic Information Meteobridge Meteohub WiFiLogger
on router platform NANO NANO SD PRO red/black PRO2 on RPI 3B, 3B+, 4B on RPI 1, 2, 3, 3B v1 and v2
Product Picture Tl-mr3020.png Meteobridgenano-front.jpg Meteobridgenano-front.jpg Mbro-red-front.jpg Mbro2-front.gif Rpi3-4.png Rpi3-4.png Wifilogger.jpg
Manufacturer smartbedded GmbH
(software only) 		smartbedded GmbH smartbedded GmbH
(software only) 		private person
Link to more details www.meteobridge.com www.meteuhub.de www.wifilogger.net
RAM
data storage
power consumption 		32-64MB
none
1-2 Watts 		128MB
none
1-2 Watts 		128MB
2GB
1-2 Watts 		64MB
1GB
2-3 Watts 		128MB
16GB
1-2 Watts 		platform dependent <1MB
none
1 Watt
Operating System OpenWrt (linux derivate reflecting demands of embedded HW) Raspbian (debian linux adaption to RPI) ESP32 microcontroller toolchain
Cost SW: 65€ perpetual license
HW: various router from TP-Link and D-Link abt 40€ 		abt 200€ incl. perpetual license abt 270€ incl. perpetual license red: abt 380€
black: abt 330€
both incl. perpetual license 		tbd
incl. perpetual license 		SW: 65€ perpetual license
HW: abt 100€ (incl. mandatory SLC microSD card, case, power supply) 		SW: 59€ perpetual license
HW: abt 100€ (incl. microSD card, case, power supply) 		abt 160€ incl. perpetual license
SW Updates 2 years of free updates,
19€ for additional 2 years 		lifetime free 2 years of free updates,
19€ for additional 2 years 		no more updates planned currently free
Network Connectivity
  • LAN
  • WLAN 2.4 GHz
  • WLAN 5 GHz (depending on HW)
  • WLAN 2.4 GHz (WPA2)
  • LAN
  • WLAN 2.4 GHz (WPA2)
  • LAN
  • WLAN 2.4 GHz (WPA2+3)
  • LAN
  • WLAN 2.4 GHz (WPA2)
  • WLAN 5 GHz (WPA2)
  • LAN
  • optional WLAN
  • WLAN 2.4 GHz (WPA2)
Supported Weather Station Connectivity
  • USB (some HW does need a USB hub)
  • TCP/IP
  • console plugin
  • TCP/IP
  • console plugin
  • USB
  • TCP/IP
  • USB
  • TCP/IP
  • USB
  • TCP/IP
  • I2C (custom)
  • USB
  • TCP/IP
  • console plugin
Number of weather stations to be handled in parallel

up to 5 (of same or different brand)

up to 10 (of same or different brand)

1

Supported Weather Stations MB on router platform MB NANO MB NANO SD MB PRO red/black MB PRO2 MB RPI 3B,3B+,4B MH RPI 1,2,3,3B WiFiLogger
Davis Instruments
  • Vantage PRO2, Vue, Envoy (allows pass-through of data to PC)
  • Envoy8x
  • WeatherLink Live
  • AirLink
  • Vantage PRO2, Vue, Envoy (allows pass-through of data to PC)
  • Envoy8x
  • Vantage PRO2, Vue, Envoy (allows pass-through of data to PC)
Direct RF read-out of Davis Instruments sensor arrays
  • Meteostick needed to read RF data directly
  • red: RF module (US/EU/AU/NZ) included
  • black: Meteostick needed to read RF data directly
  • RF module (US/EU/AU/NZ) included
  • Meteostick needed to read RF data directly

-

Oregon Scientific
  • WMR 928/968
  • WMR 100
  • WMR 200
  • WMR 300
  • WMRS 300
  • WMR 89

-

  • WMR 928/968
  • WMR 100
  • WMR 200
  • WMR 300
  • WMRS 300
  • WMR 89
  • WMR 928/968
  • WMR 100
  • WMR 200
  • WMR 300
  • WMRS 300

-

Fine Offset
  • WH1080 (aka WS1090, WS2080)
  • WH2600 (aka Ambient ObserverIP)
  • WH2310, WH4000
  • GW1000 (aka Ecowitt)
  • GW1000 (aka Ecowitt)
  • WH1080 (aka WS1090, WS2080)
  • WH2600 (aka Ambient ObserverIP)
  • WH2310, WH4000
  • GW1000 (aka Ecowitt)
  • WH1080 (aka WS1090, WS2080)
  • WH2600 (aka Ambient ObserverIP)
  • WH2310, WH4000

-

Peet Bros
  • Ultimeter 100, 800, 2100

-

  • Ultimeter 100, 800, 2100

-

Rainwise
  • MKIICC
  • CC-3000

-

  • MKIICC
  • CC-3000

-

Lufft
  • WS200/500/600/601/700
  • Ventus V200A
  • WS10
  • WS10
  • WS200/500/600/601/700
  • Ventus V200A
  • WS10
  • WS200/500/600/601/700

-

Thies
  • Clima Sensor US

-

  • Clima Sensor US

-

Gill
  • GMX600

-

  • GMX600

-

Weather Flow
  • Air, Sky, Tempest

-

Meade, Mebus, Irox, Nexus, Ventus
  • TE923, TE827, TE821
  • DV928, W831
  • W835

-

  • TE923, TE827, TE821
  • DV928, W831
  • W835
  • TE923, TE827, TE821
  • DV928, W831

-

LaCrosse, ELV
  • WS300PC/440/500
  • WS550/777/888
  • WDC7000, WS1610
  • RS500

-

  • WS300PC/440/500
  • WS550/777/888
  • WDC7000, WS1610
  • RS500
  • WS300PC/440/500
  • WS550/777/888
  • WDC7000, WS1610

-

Supported Standard Uploads MB on router platform MB NANO MB NANO SD MB PRO red/black MB PRO2 MB RPI 3B,3B+,4B MH RPI 1,2,3,3B WiFiLogger
Weather Networks
  • Weather Underground
  • AWEKAS
  • PWSweather
  • MetOffice WOW
  • Windfinder
  • Windguru
  • CWOP
  • Open Weather Map
  • Previmeteo
  • Idokep
  • Weatherflow
  • Wetter.com
  • WeatherCloud
  • Agroclima
  • Meteonews
  • Terre-net
  • AnythingWeather
  • Wetterring
  • Meteoagro Net
  • Ambient Weather Network
  • Windy
  • Wetterwarte Sued
  • Schleswig-Holstein-Netz
  • Weatherlink Cloud (for Davis stations only)
  • Weather Underground
  • AWEKAS
  • PWSweather
  • MetOffice WOW
  • Windfinder
  • Windguru
  • CWOP
  • Open Weather Map
  • Previmeteo
  • Idokep
  • Weatherflow
  • Wetter.com
  • WeatherCloud
  • Agroclima
  • Meteonews
  • Terre-net
  • AnythingWeather
  • Wetterring
  • WeatherLink Cloud
  • Weather Underground
  • MetOffice WOW
  • Weather Cloud
  • Windy
  • WeatherForYou (aka PWS Weather)
  • AWEKAS
  • CWOP
  • GLOBE

Additional Weather Services

  • Weather Underground Weather Camera
  • Meteobridge Weather Camera
  • Meteoplug Cloud Graphing
  • user defined APRS
  • Meteotemplate Format
  • Weather34 Format
  • Meteoplug Cloud Graphing

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Supported Individual Uploads MB on router platform MB NANO MB NANO SD MB PRO red/black MB PRO2 MB RPI 3B,3B+,4B MH RPI 1,2,3,3B WiFiLogger
Upload Technology
  • HTTP, HTTPS
  • FTP, SFTP
  • email
  • twitter
  • mysql feed
  • HTTP, HTTPS
  • FTP
  • email
  • HTTP
  • FTP
  • MQTT
Upload Trigger
  • interval
  • fixed time
  • user-defined condition
  • data availability
  • Interval
Upload Content
  • user-defined strings with sensor data included
  • web cam pictures with user-defined weather data annotation
  • user-defined strings with sensor data included
  • web cam pictures with user-defined weather data annotation
  • user-defined interactive HTML/Javascript graphs
  • database exports in user-defined format, resolution and time frame
  • user-defined static graphs

unknown

Sensor Data Handling MB on router platform MB NANO MB NANO SD MB PRO red/black MB PRO2 MB RPI 3B,3B+,4B MH RPI 1,2,3,3B WiFiLogger
Data Display in GUI
  • current sensor data
  • min/max values for current hour/day/month/year
  • current sensor data
  • min/max/average values for day/month/year
  • historical min/max/average sensor data in resolution hour/day/month/year
  • interactive graphs on current data (last 48h) down to per-minute resolution
  • interactive graphs on historical data down to per minute resolution
  • local graphical weather34 dashboard (not on MB PRO)
  • current sensor data
  • static graphs on all ever received data down to per-minute resolution
  • current sensor data
  • reflection of historical to the extent it is provided by the Davis console
Data Management
  • all sensor data kept in RAM for abt 24 hours
  • persistent storage of min/max/average values for current hour/day/month/year
  • min/max/average computations are done immediately
  • all sensor data kept in RAM for abt 48 hours
  • persistent storage of min/max/average values for any minute/hour/day/month/year
  • min/max/average computations are done immediately
  • storage capacity > 10 years
  • each received sensor data is stored permanently
  • min/max/average computations are done by delayed time schedules
  • storage capacity > 10 years
  • reflects data as provided by the Davis console.
  • storage capacity of a few thousand entries (resolution is determined by the Davis console)
Data Editing
  • min/max/average values for current hour/day/month/year can be edited via GUI
  • persistent storage of min/max/average values for any minute/hour/day/month/year can be edited via GUI

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Data Import

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  • Meteohub raw data
  • Meteoplug exports
  • WSWIN exports
  • CUMULS exports
  • Meteotemplate exports
  • weewx exports
  • Meteohub raw data
  • WSWIN exports

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Data Export

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data in user defined time resolution and time frame

  • NOAA text format
  • WSWIN format
  • any user-defined format (CSV, JSON, XML, ...)

monthly data

  • Meteohub raw data
  • WSWIN exports

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