TP-Link

TP-Link Powerline Wi-Fi Extender TL-WPA7617 AV1000

4.4 (14 reviews)

HomePlug AV2 powerline technology delivers up to 1000 Mbps wired backhaul and AC1200 dual-band Wi-Fi to dead zones without running new cable.

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*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.

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Overview

The TP-Link TL-WPA7617 uses HomePlug AV2 technology to transmit network data through a building's existing electrical wiring at up to 1000 Mbps — a figure that represents the physical layer capacity of the AV2 standard, not guaranteed application throughput. What this means in practice: the powerline link replaces a wired Ethernet backhaul between the router and the extender node without any cable installation. The AC1200 Wi-Fi radio at the extender end operates as a standard 802.11ac access point, with 300 Mbps available on 2.4 GHz and 867 Mbps on 5 GHz. The 300-meter powerline range specification covers the majority of single-family residential electrical runs.

This unit is built for users who need a stable wired backhaul to a Wi-Fi dead zone — a basement, a far bedroom, or a detached garage on the same electrical meter — without the cost and disruption of running Ethernet. It fits into an existing network by connecting the base adapter to the router via Ethernet and plugging the extender into any outlet in the target area. The result is a dedicated backhaul that does not compete with the 5 GHz airspace the way a wireless repeater would. It is not a replacement for a well-designed mesh Wi-Fi system in large or multi-story buildings with complex floor plans, but for point-to-point coverage extension in homes with good electrical wiring, it solves the problem cleanly.

Specifications

Model
TL-WPA7617 AV1000
Wireless Standard
Wi-Fi
Type
Powerline Wi-Fi Extender

Pros & Cons

👍 Pros

  • HomePlug AV2 standard supports up to 1000 Mbps theoretical powerline throughput, eliminating the need to run Ethernet through walls.
  • AC1200 dual-band radio provides an 867 Mbps 5 GHz channel for high-bandwidth clients near the extender node.
  • 300-meter powerline range covers large homes and multi-floor buildings on a single electrical circuit.
  • Dual-band operation prevents 2.4 GHz legacy device congestion from impacting 5 GHz performance.

👎 Cons

  • Actual powerline throughput is highly dependent on wiring age and circuit topology — older homes may see significantly lower real-world speeds than the 1000 Mbps specification.
  • AC1200 Wi-Fi is a 2x2 MIMO configuration; it cannot match the throughput of modern Wi-Fi 6 access points in high-device-density environments.
  • Performance degrades measurably when the two powerline adapters are on opposite legs of a split-phase electrical panel.
  • The extender requires a dedicated wall outlet — its passthrough socket, if present, should not be used with power strips or surge protectors that filter the powerline signal.

Frequently Asked Questions

The 1000 Mbps rating is the theoretical maximum under ideal electrical conditions. Real-world throughput typically lands between 200–400 Mbps depending on wiring age, circuit distance, and interference from other devices on the same electrical loop. That is still well above what most broadband connections require for 4K streaming or video calls.
HomePlug AV2 signals can cross circuit breakers in most residential panels, but performance degrades noticeably when the two plugs are on different legs of a split-phase panel. For best results, plug both units into outlets fed from the same breaker leg.
AC1200 represents a combined dual-band rating — 300 Mbps on the 2.4 GHz band and 867 Mbps on the 5 GHz band. Clients that support 5 GHz 802.11ac and are in close proximity to the extender unit will see the higher throughput; legacy 2.4 GHz devices share the lower-speed band.
Yes. The extender can be configured to broadcast the same SSID and password as your primary router, allowing devices to roam between the router and the extender without manually switching networks.
TP-Link rates the TL-WPA7617 for up to 300 meters of electrical wiring distance. In practice, wiring condition and circuit topology are the dominant factors — a 150-meter run on clean modern wiring will outperform a 100-meter run on older aluminum wiring.