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Smart. Adaptive. Automatic.

Network management, simplified. TP-Link's ECO Mode automatically adjusts wireless modules and related system resources based on network activity and traffic demand, while maintaining the connectivity needed for everyday use.

Smart Operation in Every Detail

Intelligent ECO Mode keeps up with your demand. It adapts Wi-Fi modules, Ethernet ports, cooling fans, and system resources based on your activity.

Radio Power Adjustment

Automatically adjusts radio power based on wireless usage scenarios.

Power-Saving CPU

The CPU operates in ECO Mode with its consumption automatically adjusted in accordance with the device's status.

Port Speed Adjustment

Activates EEE (Energy-Efficient Ethernet) mode to dynamically adjust port speed based on connected device requirements.

Low-Speed Fan

Fan speed automatically adjusts according to system conditions for balanced cooling and operation.

Backed by Intelligence

Each Deco unit makes smarter operating decisions based on real-time demand thanks to ECO Mode's network activity and client behavior analysis.

AI-Driven Traffic Forecasting

AI-Driven Traffic Forecasting

By learning from user habits and network activity patterns, ECO Mode anticipates changing demand and responds in kind.

DPI-Driven Precise Traffic Analysis

DPI-Driven Precise Traffic Analysis

Uses Deep Packet Inspection (DPI) to analyze client traffic and monitor network usage in real time, helping ECO Mode adapt each Deco unit to current network demand.

Automatic Demand-Based Adjustments

Cloud

More Resources for Active Demand

Wi-Fi

Wired Backhaul

Reduced Activity During Low Demand

Automatic Demand-Based Adjustments

Dynamically allocates resources across the Deco Mesh network to support areas with higher demand while reducing unnecessary activity elsewhere.

Adapts to Everyday Network Usage

In ECO Mode, each Deco unit responds appropriately to everyday connectivity needs across a variety of scenarios.

Multi-device Office

Family Gatherings

Sleeping

Leaving Home

Guest Visits

Gaming

Additional ECO Mode Options

Fine-tune your frequency bands and port settings as needed with Manual ECO Mode. The examples below illustrate power consumption differences observed on Deco BE85(EU) V2 under laboratory test conditions.△

 

△Based on Deco BE85(EU) V2 tests using ECOv2 Manual Mode under controlled conditions. Percentages shown are measured reductions in average power consumption compared with Normal Mode. The scenarios below do not represent actual device capacity or connectivity limits. Results are specific to Deco BE85(EU) V2 and may vary depending on product model, hardware version, network conditions, connected devices, enabled features, configuration settings, and usage patterns.

Observed One-Day Power Consumption for Deco BE85(EU) V2

Standby Mode

One active 10G WAN connection and three clients on the 2.4 GHz band.

Up to 50%

Efficient Mode

One active 10G WAN connection, one client on the 2.4 GHz band, and two clients on the 5 GHz band.

Up to 26%

Balanced Mode

One active 10G WAN connection and one client on each 2.4 GHz, 5 GHz, and 6 GHz band.

Up to 11%

Normal

One active 10G WAN connection, one client on each 2.4 GHz, 5 GHz, and 6 GHz band, and ECO Mode disabled.

  • *ECO Mode is designed to balance everyday connectivity needs with adaptive resource management. Actual performance may vary depending on network conditions, connected devices, and usage patterns.

  • **ECO Mode features vary by device model and hardware specifications. For compatibility details, consult your product documentation. TP-Link reserves the right to adjust upgrade plans without prior notice.

  • △Based on internal laboratory testing conducted on Deco BE85(EU) V2 using ECOv2 Manual mode over a 24-hour test period with one active 10G WAN connection and no foreground or background network traffic. Percentages indicate the measured reduction in power consumption compared with Normal Mode under the same test conditions. Results are specific to Deco BE85(EU) V2 and may vary depending on product model, hardware version, network conditions, connected devices, enabled features, and usage patterns.

  • Click here to view models that support ECO Mode