Product description
Product Model: TL-WR842N Wireless Router
Applicable Broadband: 100 (Broadband/Optical Fiber)
Port Type: 1wan Port/4lan Port
Unlimited Speed: Wireless 300M
Product Size: 190*133*33mm
Setting Method: Network Cable Connection Or WiFi Connection Setting
Product Name: TP-LINK TL-WR842N WiFi Router
Transmission Rate: 300Mbps
Work Frequency Band/Frequency: 2.4GHz
Indicator Light: SYS,WAN,LAN (1-4),Act Indicator Light
Antenna: Two External Antennas
Common Settings: Connection Device Management, Internet 8. Settings, Antenna Settings
Power Supply: Input: 100-240V 50/60Hz 0.3a
Operating Humidity: 10% to 90% RH Non-Condensing Storage Humidity: 5% to 90% RH Non-Condensing
Working Environment: 0°C to 40°C
Storage Environment: -40°C to 70°C
Interface: 1X10/100M Adaptive Ethernet (Wan) Interface, 4X10/100M Adaptive Ethernet (Lan) Interface
Standard Protocol: IEEE802.11b / IEEE802.11g / IEEE802.11n/ IEEE802.3/ IEEE802.3u
1. The Guest Network Protects the Security of the Home Network, Supports the Guest Network, Separates the Home Network from the Guest Network, Facilitates Guests to Access the Internet When Accessing, and Ensures the Security of the Home Network, and It Can Limit the Upstream and Downstream Speed of the Network, Which Is Easy to Set, Convenient and Secure.
2. Easy to Manage, the Interface Is Refreshing, Easy to Use, Easy to Manage, with a Fresh and Intuitive Interactive Interface, You Can View Rich Information Such as Real-Time Internet Speed and Connected Devices, the Status Is Clear at a Glance, and the Speed Limit Is Also Supported, disable Other Device Management and Control Functions to Make Route Management Simpler and Faster.
3. Stable Heat Dissipation, Fine round Cooling Hole, TL-WR842N the Bottom of the Machine Is Equipped with Fine round Cooling Hole, Which Can Realize Long-term Stable Operation of the Whole Machine and Prolong the Service Life of the Whole Machine.
4. High Gain Antenna, Scientific Layout, Stronger and Wider Signal Coverage, with 2 One External High Quality Unit Antenna, through a More Scientific Overall Layout, Within the Limited Housing Space, greater Isolation between Co-Frequency Antennas Can Effectively Reduce Co-Frequency Interference and Obtain Better Transmission Performance. At the Same Time, through Accurate and Professional Antenna Internal Structure Design, Higher Antenna Gain, Stronger Wireless Signal and Wider Coverage Can Be Obtained.