RUTM52 Power Consumption: Difference between revisions
No edit summary |
No edit summary |
||
Line 103: | Line 103: | ||
</tr> | </tr> | ||
<tr> | <tr> | ||
<td>Max speed | <td>Max speed 5G (NSA) transmission + 5 LAN devices connected <sup><small>2</small></sup> + high CPU load <sup><small>3</small></sup> + data transfer via WiFi + GPS on + <br> USB device connected <sup><small>4</small></sup> + 1 paired Bluetooth device (9 V)</td> | ||
<td><center><b>1426.05</b></center></td> | <td><center><b>1426.05</b></center></td> | ||
<td><center><b>12.83</b></center></td> | <td><center><b>12.83</b></center></td> | ||
</tr> | </tr> | ||
<tr> | <tr> | ||
<td>Max speed | <td>Max speed 5G (NSA) transmission + 5 LAN devices connected <sup><small>2</small></sup> + high CPU load <sup><small>3</small></sup> + data transfer via WiFi + GPS on + <br> USB device connected <sup><small>4</small></sup> + 1 paired Bluetooth device (12 V)</td> | ||
<td><center><b>1033.15</b></center></td> | <td><center><b>1033.15</b></center></td> | ||
<td><center><b>12.39</b></center></td> | <td><center><b>12.39</b></center></td> | ||
</tr> | </tr> | ||
<tr> | <tr> | ||
<td>Max speed | <td>Max speed 5G (NSA) transmission + 5 LAN devices connected <sup><small>2</small></sup> + high CPU load <sup><small>3</small></sup> + data transfer via WiFi (24 V)</td> | ||
<td><center><b>514.76</b></center></td> | <td><center><b>514.76</b></center></td> | ||
<td><center><b>12.36</b></center></td> | <td><center><b>12.36</b></center></td> | ||
Line 122: | Line 122: | ||
<small><sup><small>2</small></sup> - Data streams between RUTX12 and other connected LAN devices created using iPerf.</small> <br> | <small><sup><small>2</small></sup> - Data streams between RUTX12 and other connected LAN devices created using iPerf.</small> <br> | ||
<small><sup><small>3</small></sup> - Load created using ''md5sum'' (calculation and verification of 128-bit MD5 hashes). </small> <br> | <small><sup><small>3</small></sup> - Load created using ''md5sum'' (calculation and verification of 128-bit MD5 hashes). </small> <br> | ||
<small>Power consumption may differ due to mobile data transmission speed, testing environment and conditions.</small> | <small>Power consumption may differ due to mobile data transmission speed, testing environment and conditions.</small> | ||
[[Category:RUTM52 Manual]] | [[Category:RUTM52 Manual]] |
Revision as of 13:42, 13 November 2024
Main Page > RUTM Routers > RUTM52 > RUTM52 Manual > RUTM52 Power ConsumptionAveraged RUTX12 power consumption values in different states of operation are represented in the tables below:
Test type | ||
---|---|---|
Idle, no SIM cards inserted (9 V) | ||
Idle, no SIM cards inserted (12 V) | ||
Idle, no SIM cards inserted (24 V) |
Test type | ||
---|---|---|
Idle + mobile data on 1 (1 SIM card) (9 V) | ||
Idle + mobile data on 1 (1 SIM card) (12 V) | ||
Idle + mobile data on 1 (1 SIM card) (24 V) |
Test type | ||
---|---|---|
Idle + mobile data on 1 (2 SIM cards) (9 V) | ||
Idle + mobile data on 1 (2 SIM cards) (12 V) | ||
Idle + mobile data on 1 (2 SIM cards) (24 V) |
Test type | ||
---|---|---|
Mobile data on 1 + 1 LAN device connected 2 (2 SIM cards) (9 V) | ||
Mobile data on 1 + 1 LAN device connected 2 (2 SIM cards) (12 V) | ||
Mobile data on 1 + 1 LAN device connected 2 (2 SIM cards) (24 V) |
Test type | ||
---|---|---|
Max speed 5G (NSA) transmission + 5 LAN devices connected 2 + high CPU load 3 + data transfer via WiFi + GPS on + USB device connected 4 + 1 paired Bluetooth device (9 V) |
||
Max speed 5G (NSA) transmission + 5 LAN devices connected 2 + high CPU load 3 + data transfer via WiFi + GPS on + USB device connected 4 + 1 paired Bluetooth device (12 V) |
||
Max speed 5G (NSA) transmission + 5 LAN devices connected 2 + high CPU load 3 + data transfer via WiFi (24 V) |
1 - Only mobile data connection established with no additional traffic.
2 - Data streams between RUTX12 and other connected LAN devices created using iPerf.
3 - Load created using md5sum (calculation and verification of 128-bit MD5 hashes).
Power consumption may differ due to mobile data transmission speed, testing environment and conditions.