Business Community > Wireless > EAP 110 low internet speed over Wifi
< Wireless

EAP 110 low internet speed over Wifi

EAP 110 low internet speed over Wifi

EAP 110 low internet speed over Wifi
EAP 110 low internet speed over Wifi
a week ago - last edited Thursday
Model: EAP110-Outdoor  
Hardware Version: V3
Firmware Version: 5.0.9 Build 20240929 Rel. 38369(4555)

Greetings to all! Please help with the situation, we have 6 CCTV cameras connected via wifi without a DVR, they work through the cloud of the iCsee program each and write to a 128 GB flash drive. The TP-Link EAP 110 Wifi access point cannot cope at night due to the heavy traffic of people, restarting Wifi for 1-1.5 minutes, although the cameras do not write on the move, but constantly. The Internet speed in the morning, if measured when there is no load on the cameras, is 40-60 megabits with 100 megabits available, if measured on a PC that is connected via cable, it shows the declared volume. Help me figure out the low Internet speed at the access point, what settings need to be sent, in the attachment I will send the model with the firmware version and the settings that have been made.

File:
Screenshot_2.pngDownload
  0      
 
  0      
 
#1
Options
1 Accepted Solution
Re:EAP 110 low internet speed over Wifi-Solution
Thursday - last edited Thursday

Hi  @Sergey_Br 

 

Thanks for posting here. As a single-band 2.4GHz access point, the EAP 110 may face the following challenges when handling continuous data writes from cameras at night:  
   - Channel Congestion: The 2.4GHz band has only three non-overlapping channels (1/6/11). If there are other WiFi devices nearby (e.g., neighbors' routers, smart home devices), channel contention can lead to increased latency and packet loss.  
   - Shared Bandwidth: Six cameras continuously uploading video streams will consume significant airtime, and the theoretical 100Mbps bandwidth of 2.4GHz must be shared among all devices, with actual throughput potentially below 50%.  
   - Susceptibility to Interference: Microwave ovens, Bluetooth devices, and other sources can further degrade 2.4GHz performance.  

 

Recommended Solutions  

  1. Adjust Channels: Use the TP-Link controller or mobile app to scan the surrounding environment and manually select the least congested channel (e.g., the clearest among 1/6/11).  
  2. Bandwidth Management: Assign a fixed bandwidth limit to each camera (e.g., 5Mbps per device) to prevent any single device from monopolizing resources.  
  3. Disable Non-Essential Features: Turn off SSID broadcasting and reduce transmission power (to minimize co-channel interference).  
  4. Upgrade to Dual-Band Devices: We recommend switching to Omada-series dual-band APs (e.g., EAP245 or EAP610), leveraging the high bandwidth (1200Mbps+ theoretical speed) and low interference of the 5GHz band for dedicated camera use.  
  5. Add More APs: Distribute the load across multiple APs (e.g., connect three cameras per AP) to reduce strain on a single device.  
  6. Prioritize Wired Connections: If possible, use PoE-powered wired connections for some cameras to completely avoid wireless congestion.  
Wish you a happy life and smooth network usage!  >Omada US Enterprise Beta Program Launch< >Get the Latest Omada SDN Controller Releases Here< >Experience the Latest Omada EAP Firmware<
Recommended Solution
  0  
  0  
#2
Options
1 Reply
Re:EAP 110 low internet speed over Wifi-Solution
Thursday - last edited Thursday

Hi  @Sergey_Br 

 

Thanks for posting here. As a single-band 2.4GHz access point, the EAP 110 may face the following challenges when handling continuous data writes from cameras at night:  
   - Channel Congestion: The 2.4GHz band has only three non-overlapping channels (1/6/11). If there are other WiFi devices nearby (e.g., neighbors' routers, smart home devices), channel contention can lead to increased latency and packet loss.  
   - Shared Bandwidth: Six cameras continuously uploading video streams will consume significant airtime, and the theoretical 100Mbps bandwidth of 2.4GHz must be shared among all devices, with actual throughput potentially below 50%.  
   - Susceptibility to Interference: Microwave ovens, Bluetooth devices, and other sources can further degrade 2.4GHz performance.  

 

Recommended Solutions  

  1. Adjust Channels: Use the TP-Link controller or mobile app to scan the surrounding environment and manually select the least congested channel (e.g., the clearest among 1/6/11).  
  2. Bandwidth Management: Assign a fixed bandwidth limit to each camera (e.g., 5Mbps per device) to prevent any single device from monopolizing resources.  
  3. Disable Non-Essential Features: Turn off SSID broadcasting and reduce transmission power (to minimize co-channel interference).  
  4. Upgrade to Dual-Band Devices: We recommend switching to Omada-series dual-band APs (e.g., EAP245 or EAP610), leveraging the high bandwidth (1200Mbps+ theoretical speed) and low interference of the 5GHz band for dedicated camera use.  
  5. Add More APs: Distribute the load across multiple APs (e.g., connect three cameras per AP) to reduce strain on a single device.  
  6. Prioritize Wired Connections: If possible, use PoE-powered wired connections for some cameras to completely avoid wireless congestion.  
Wish you a happy life and smooth network usage!  >Omada US Enterprise Beta Program Launch< >Get the Latest Omada SDN Controller Releases Here< >Experience the Latest Omada EAP Firmware<
Recommended Solution
  0  
  0  
#2
Options

Information

Helpful: 0

Views: 47

Replies: 1

About Us
Press
Copyright © TP-Link Systems Inc. All rights reserved.