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TP-Link 300Mbps Wi-Fi Range Extender (RE105)

$19.99

  • Installation: Simply plug into a power socket and connect via WPS button or through the TP-Link mobile app.
  • Range Extender Mode: Increases existing Wi-Fi coverage to eliminate dead zones, especially in bedrooms, basements, or upper floors.
  • Access Point Mode: Convert a wired Ethernet connection into a wireless signal using the built-in Ethernet port.
  • Signal Strength LEDs: Help find the best placement location for maximum coverage.
  • Wired Device Support: Ethernet port allows connection of wired devices like smart TVs, PCs, or gaming consoles.
  • Security: Supports WPA/WPA2 encryption to keep your network secure.

TP-Link RE105 is a compact 300Mbps Wi-Fi range extender with dual external antennas and support for both range extender and access point modes. It improves coverage, supports Ethernet for wired devices, and includes signal strength indicators for optimal placement—ideal for homes with weak Wi-Fi zones.

Specifications Table

Feature Detail
Wireless Standard IEEE 802.11n/g/b (Single‑Band 2.4 GHz)

$19.99
Max Speed Up to 300 Mbps
Antennas 2× External antennas with MIMO support
Ethernet Port 1× Fast Ethernet RJ‑45 (10/100 Mbps)
Operating Modes Range Extender / Access Point
Buttons WPS and Reset buttons
Power Consumption Around 3.6 W
LED Indicators Power, signal strength, Ethernet/link status
Dimensions Approx. 80 × 78 × 77 mm
Security Protocols WEP, WPA/WPA2‑PSK encryption
Certifications CE, RoHS
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    • Power Supply: Operates via 802.3af PoE. Compatible with most PoE switches or injectors.
    • Initial Configuration:
      • Can be managed as a standalone access point through the built-in web UI.
      • For larger networks, use the Omada SDN controller (hardware, software, or cloud-based).
    • Wireless Network Setup:
      • Configure dual-band SSIDs (2.4GHz & 5GHz) with individual settings.
      • Set channel width, power limits, and security (WPA3 recommended).
      • Enable OFDMA and MU-MIMO for dense environments like offices, schools, or hotels.
    • Guest Network & VLANs:
      • Create isolated guest SSIDs with captive portal login (SMS, vouchers, password).
      • Tag SSIDs with VLANs for segmented traffic management.
    • Advanced Features:
      • Enable band steering to push clients to 5GHz.
      • Activate seamless roaming, airtime fairness, and client limit controls.
      • Use QoS to prioritize voice/video traffic.

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    • Physical Setup: Mount it on ceiling or wall using included bracket. Compact and lightweight design for easy indoor deployment.
    • Power Supply: Operates via 802.3af PoE. Compatible with most PoE switches or injectors.
    • Initial Configuration:
      • Can be managed as a standalone access point through the built-in web UI.
      • For larger networks, use the Omada SDN controller (hardware, software, or cloud-based).
    • Wireless Network Setup:
      • Configure dual-band SSIDs (2.4GHz & 5GHz) with individual settings.
      • Set channel width, power limits, and security (WPA3 recommended).
      • Enable OFDMA and MU-MIMO for dense environments like offices, schools, or hotels.
    • Guest Network & VLANs:
      • Create isolated guest SSIDs with captive portal login (SMS, vouchers, password).
      • Tag SSIDs with VLANs for segmented traffic management.
    • Advanced Features:
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      • Activate seamless roaming, airtime fairness, and client limit controls.
      • Use QoS to prioritize voice/video traffic.
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      • Plug WAN port into your internet source (DSL/modem).
      • Use browser-based setup wizard for internet and Wi-Fi configuration.
    • Wireless Setup:
      • Customize SSID, password, and security type (WPA2 recommended).
      • Adjust transmit power and channel settings for stability.
    • Access Point Mode:
      • Convert a wired connection into a wireless signal by disabling DHCP.
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    • Network Management:
      • Use built-in QoS to prioritize bandwidth for specific devices or services.
      • Create guest networks with isolated access.
      • Parental controls allow time or content-based restrictions.
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      • Adjust transmit power and channel settings for stability.
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      • Convert a wired connection into a wireless signal by disabling DHCP.
    • Range Extender Mode:
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    • Network Management:
      • Use built-in QoS to prioritize bandwidth for specific devices or services.
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    B. Basic Network Configuration

    • Access via Web GUI or CLI (default IP 192.168.0.1).
    • Use Omada SDN Controller or Omada app for zero-touch provisioning and centralized cloud management.

    C. VLAN & Routing

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    • Configure up to 32 IPv4/IPv6 static routes for inter-VLAN routing.
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    D. QoS & Traffic Control

    • Define CoS/DSCP-based priority with 8 queues.
    • Control bandwidth per port/flow; implement storm control for broadcast/multicast.
    • Prioritize voice/video traffic with SP or WRR modes.

    E. Security & Monitoring

    • Enable IP-MAC-Port binding, 802.1X authentication, DHCP snooping, and DoS defense.
    • Use ACLs (up to 230 entries) for access control.
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    • Rack-mountable (1U) with included mounting kit.
    • Connect AC power; ensure sufficient ventilation as it may run warm.
    • Use PoE+ ports to power cameras, APs; each can supply up to 30 W, total 150 W.

    B. Basic Network Configuration

    • Access via Web GUI or CLI (default IP 192.168.0.1).
    • Use Omada SDN Controller or Omada app for zero-touch provisioning and centralized cloud management.

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    • Define CoS/DSCP-based priority with 8 queues.
    • Control bandwidth per port/flow; implement storm control for broadcast/multicast.
    • Prioritize voice/video traffic with SP or WRR modes.

    E. Security & Monitoring

    • Enable IP-MAC-Port binding, 802.1X authentication, DHCP snooping, and DoS defense.
    • Use ACLs (up to 230 entries) for access control.
    • Utilize SNMP, RMON and port mirroring for network monitoring.
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    • Powering the Device: Can be powered via standard 802.3af PoE switch or 24V passive PoE injector.
    • Initial Setup Options:
      • Use standalone mode through web interface for basic setup.
      • For advanced features and scalability, adopt into Omada SDN Controller (hardware, software, or cloud).
    • Wi-Fi Configuration:
      • Setup multiple SSIDs with separate VLANs for network segmentation.
      • Enable MU-MIMO and Beamforming for better simultaneous device performance.
      • Configure band steering to optimize dual-band connections.
    • Guest Access:
      • Setup captive portal for guest networks with options for password, voucher, or custom login page.
      • Apply bandwidth limits and access time schedules.
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    • Powering the Device: Can be powered via standard 802.3af PoE switch or 24V passive PoE injector.
    • Initial Setup Options:
      • Use standalone mode through web interface for basic setup.
      • For advanced features and scalability, adopt into Omada SDN Controller (hardware, software, or cloud).
    • Wi-Fi Configuration:
      • Setup multiple SSIDs with separate VLANs for network segmentation.
      • Enable MU-MIMO and Beamforming for better simultaneous device performance.
      • Configure band steering to optimize dual-band connections.
    • Guest Access:
      • Setup captive portal for guest networks with options for password, voucher, or custom login page.
      • Apply bandwidth limits and access time schedules.
    • Mesh and Roaming:
      • Supports Omada Mesh for wireless uplinks between APs.
      • Seamless roaming enables stable connections as users move between coverage areas.