Search  for anything...
TP-Link

TP-Link AV1000 Powerline Ethernet Adapter(TL-PA7010 KIT)- Gigabit Port, Plug&Play, Power Saving, Ethernet Over Power, Ideal for Smart TV, Online Gaming

    • Based on 4,089 reviews
Condition: New
Checking for product changes
$99.98 Why this price?

Buy Now, Pay Later

As low as $16.66 / mo
  • – 6-month term
  • – No impact on credit
  • – Instant approval decision
  • – Secure and straightforward checkout

Ready to go? Add this product to your cart and select a plan during checkout. Payment plans are offered through our trusted finance partners Klarna, PayTomorrow, Apple Pay, and PayPal. No-credit-needed leasing options through Acima may also be available at checkout.

Learn more about financing & leasing here.

Free shipping on this product

This item is eligible for return within 30 days of receipt

To qualify for a full refund, items must be returned in their original, unused condition. If an item is returned in a used, damaged, or materially different state, you may be granted a partial refund.

To initiate a return, please visit our Returns Center.

View our full returns policy here.

Availability: Only 1 left in stock, order soon!
Fulfilled by Amazon
Arrives Sunday, Apr 28
Order within 4 hours and 46 minutes
Available payment plans shown during checkout

Features

  • Powerline adapter provides up to 1000 Mbps Ethernet over power. Ideal to be Ethernet extender who can easily go over the walls
  • As network adapters supporting home Plug AV2, easy to add multiple adapters and works under 110-240V
  • Gigabit port, give you full speed of your internet. Plug & play, No new wires and no configuration required
  • Power saving automatically reduces power consumption by up to 85%. data encryption by 128-bit AES to make the network safe and private
  • System requirements is Windows 2000, XP, 2003, Vista, 7, 8, 8.1, 10, Mac and Linux. Standards and protocols are home Plug AV2, home Plug AV, IEEE 1901, IEEE 802.3, IEEE 802.3U and IEEE 802.3ab. Range is 984.25 foot over electrical circuit. Range: 300 meters over electrical circuit
  • Plug & play, No new wires and no configuration required; Compatible with all AV2000, AV1300, AV1200, Av1000, AV600, AV500 & AV200 PowerPoint adapters.
  • Industry leading support: 2-year warranty and free 24/7 technical support. Contact us if you have any questions

Description

The AV1000 Powerline extends your Internet access to any room over existing electrical wiring. It's perfect for connecting smart TVs, streaming players & game consoles and ideal for 4K HD video streaming & lag-free gaming. It sets up in minutes with the push of a button,Plug and Play, Pair Button,New PLC Utility, Twin Pack. Interface Available: Gigabit Ethernet Port; Protocols Supported: HomePlug AV2 HomePlug AV IEEE 1901 , IEEE 802.3 IEEE 802.3u IEEE 802.3ab; System Requirement: Windows 2000/XP/2003/Vista Windows 7/8/8.1 Mac Linux.


Brand: ‎TP-Link


Series: ‎TL-PA7010KIT


Item model number: ‎TL-PA7010 KIT


Operating System: ‎8 . 1,Linux,Mac,Vista,Windows 2000


Item Weight: ‎13.7 ounces


Product Dimensions: ‎1.2 x 4.8 x 2.7 inches


Item Dimensions LxWxH: ‎1.2 x 4.8 x 2.7 inches


Color: ‎white


Manufacturer: ‎TP-LINK USA


Is Discontinued By Manufacturer: ‎No


Date First Available: ‎February 9, 2017


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Sunday, Apr 28

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

To initiate a return, please visit our Returns Center.

View our full returns policy here.

  • Klarna Financing
  • Klarna Pay in 4
  • PayTomorrow Financing
  • Apple Pay Later
Leasing options through Acima may also be available during checkout.

Learn more about financing & leasing here.

Similar Products

Top Amazon Reviews

    • Addresses those who think this does not work - it does, here is why, with details & what to do to improve it's performance
This is a review to address all of the reviewers who claim this powerline device does not perform, with reasons why they are incorrect & they are not looking at the right part of their issue. Background of my installation: All wiring is CAT 6 High end router, running as base & 2nd wired AP. Primary router directly wired to Modem. Primary router connected to a 16 port rack mount gigabit switch. Switch connected to a CAT 6 patch panel for multiple wires, some wires direct into switch. One Powerline adaptor direct wired into switch. I wanted to bring wired ethernet out to a detached garage to reduce the wifi network load, so a powerline adaptor seems to be the ideal solution (it is). I have multiple dedicated circuits from the breaker panel to the garage, the powerline adaptor in the garage is connected to one of these that also runs various items out there, so it is a shared 20A rated circuit (12 GA wire). I added a dedicated outlet to this line as it enters the house, which is in front of the breaker panel, where the 2nd powerline adaptor is located. Total wire connections, with screw terminals in the outlets plus wire nuts = 2 nut + 2 screwed terminals (not backstab into the outlets, that is a terrible connection at the best of times) After installation, this gave me a rock solid 840Mbps signal. To test the losses in the system, I left the one inside the house where it is, close to the switch and connected the other one to another outlet in my office. This is fed by a totally different circuit on the other phase leg of the breaker panel & is a 15A circuit, with 14Ga wires. This means the powerline signal runs in one breaker, over the bus bars & back out another breaker to the outlet in the office. I am not sure how many wire connections it goes through but at a guess, (nuts & screwed terminals) it is at least 6. This yields a solid 427Mbps on the line I am connected to as I type this review. Every time a signal goes through a connection between wires there is a signal loss - like friction on a surface, so the signal loses efficiency each time. With a dedicated line & 4 connections, I lost under 20% of the maximum possible speed with good wire & good connections. With the signal going over the bus bar, changing wire size & multiple connections I lost 58% of the maximum possible speed. All the wiring in this house is under 3 years old, all the connections are rock solid - I know this as I wired it under the supervision of a VERY skilled electrician who teaches electricians & consults for local inspectors. All connections are screwed not back stab, as a screw connection will give a higher quality of contact and less likely to cause issues with just normal wiring later in life. The screw nuts are tightly wound onto the wires, which were wound together before the nuts were put on. If the wires are not wound together, you have high resistance and possible wiring issues later ( a friends father who is a retired electrician makes a fortune in his retirement simply re-making these lazy connections in new build houses that have wiring issues). So what I am explaining here is that, to expect 1000Mbps is not realistic outside of a theoretically perfect wiring situation, which is not going to happen in real life. However, if you have older wiring, oxidation on the joints (highly likely in older wires), multiple connections between wires & inside circuits, backstab wires into the outlets & not screwed, insufficiently tightened screws on the terminals, smaller gauge wire etc. etc. then you WILL get signal loss. Quite significant signal loss. I lost 58% in a well constructed system, but I still get a LAN speed inside my house that is faster than most people will ever got for an internet download speed anyway. Much faster. If someone has complaints about a poor transmission speed, you are looking at the wrong culprit by looking at the powerline adaptor & only blaming it. Based off my experiment, I highly suspect that 99% of the issues people are seeing are 100% in the wiring quality in the house itself. There are so many older houses & new ones with bad wiring in them this is where you need to look first. They are not hard issues to improve. Shut off all power to the circuit you want to work on (check that it is off) and then check, clean & tighten every connection you can find in that circuit. After you have done that all the way from one to the next adaptor, re-test your transmission speed, I think you will find it has improved. As long as it is faster than your internet download speed, then it is already faster than you need it to be and it is not the bottleneck in your signal transmission. I was doubtful as to what these things could do at first, but after experimenting & looking at the setup carefully, I am actually quite impressed. The line I will get out to my garage will be a phenomenal fast line & I am really pleased with that. I paid full price for the adaptors, They were on a 1 day sale that anyone could have got when I bought them, I didn't get offered any compensation, freebies or anything else for writing this up. I did it because I like to read reviews of products to see what I can learn from people who have actually used the product & not ones that have just looked at it in the box & said it is awesome. Actual product users & their experiences. I saw people who have had issues & people who have had success, so I wanted to try for myself & see how the product performs under different conditions to see why there was a range of results. I think I found out why. I hope this has helped some of you & helped you get internet to the darkest corners of your locations in a reasonable manner. If you have any doubts about attempting anything with the electrical system though, please don't touch it. Call an electrician, never risk your life with breaker boxes & electricity, it is not worth it. ... show more
Reviewed in the United States 🇺🇸 on April 4, 2018 by AH
    • Amazing connectivity and as good as a direct connection
Review Image by Phantom-X Phantom-X
**Original Review** Below please find my thoughts on this product! OVERALL IMPRESSION Excellent product. I can game online, stream HD video, and browse the web without any lag and without an unsightly cord going from my downstairs router to my upstairs PC. SETUP Extremely easy. Just plug in one unit and connect the ethernet cable to the router. Hit the "pair" button. Then plug in the second unit and connect the ethernet wire to the PC (or whatever device). Hit the "pair" button and they are connected. You have 2 minutes to hit "pair" on both units. OUTLETS This DOES NOT block the second electrical outlet, and you can plug the unit in either facing downward or upward (as in the stock photo above). DOWNLOAD AND UPLOAD SPEED I ran lots of speedtests across multiple different electrical outlets. I have a 60 mbps / 5 mbps internet connection. Average speed: 50 mbps / 5 mbps Lowest speed: 25 mbps / 5 mbps Highest speed: 66 mbps / 6 mbps Why the variability? I think EVERYTHING matters with these units. The electrical outlet you use, whether or not you use the other outlet, the ethernet cables you use, EVERYTHING! Even your network adapter settings can cause changes in your speed. So be very sure that you run multiple tests and check multiple outlets to find the best connection speed. LATENCY Just as good as a hardwired connection. My average latency is < 50 ms, and the lowest I have seen is around 13 ms (but again, it's the same as using a hard wired connection, which is pretty fantastic). ONLINE GAMING I play online games (StarCraft 2 mainly, yes I know it's an old game but I love it) and it has been incredible so far. NO lag, NO stutter, NO buffering. Just a flawless experience so far. OVERALL INTERNET EXPERIENCE Amazing. Web pages load instantly and videos do not buffer (at least on YouTube, I have not tried other video yet such as Netflix). I can click on a YouTube video and it starts playing instantly. I can then click anywhere in the timeline of that video, and it plays instantly. There are literally no delays. FINAL THOUGHTS Overall, I'm extremely pleased with these units. My internet is silky smooth: I can play games, I can watch HD videos, I can browse the web, and it all works flawlessly. Setup was a breeze and truly plug-n-play. The only reason I am deducting 1 star (and I may change this later) is that the raw download speed is not quite as fast as a hard wired ethernet connection. On average, I receive about 50 mbps download speed, but with a hard wired connection I can max out at 70 mbps. Granted, the units went up to 66 mbps once, but I do feel that a 1000 mbps network adapter should be able to reach speeds of 70 mbps. I am not sure why I only get 50 mbps instead of 65-70 mbps on average. My hypothesis is that these units are subject to electrical interference because if I plug the powerline adapter into an outlet away from my PC (in an isolated outlet) the speeds go up a bit. That's when I saw the 66 mbps result. But as soon as I plugged my PC into a nearby outlet, I'm back to 50 mbps average speed. But in the grand scheme of things, it does not matter. These units are plenty fast for me. I just *wish* I could snag my full speed because it's an obsession with me. I may update to better ethernet cables and see if that changes anything (more shielding may help). But for now, I am very impressed with these units. If you have any questions or comments, please let them below! **UPDATE 6/25/17** I have figured out a way to gain about 16 mbps download speed (on average). I have two power outlets near my PC. I just had the power strip (containing all my PC electrical connections) and the adapter switch places. That's the only change I made. Download speed before switch: 50 mbps average Download speed after switch: 66 mbps average Direct connection: 71 mbps (max speed / average) So now I am getting about 93% of the speeds of a direct connection. I even found that I can get a bit more speed if the TP link adapter is facing downward versus upward (I have it plugged into the top socket but facing downward). Funny thing is that my download speeds can be horrendous if I put the TP link adapter in the bottom socket versus the top socket. Like, 3-4 mbps average horrendous, but that's if the power strip is also plugged into the bottom socket in a nearby outlet. Bottom line is this: These things work great but are EXTREMELY SENSITIVE. You have to be willing to tinker with your connections to get the best speeds. I recommend conducting numerous speed tests on several consistent servers to see what effect your changes have. **UPDATE #2 - 6/25/17** Well, my increase in speeds was short-lived. Turns out, when I was plugged into that particular electrical outlet, the speeds took a turn for the worst. I was suddenly at 3 mbps average. On a whim, I decided to try plugging the TP Link adapter into a standalone outlet even further away from my computer. This outlet had nothing close to it on the left or right (1 outlet is vacant to each side of it). And low and behold, I started achieving perfect speeds of 71 mbps download and 6 mbps upload (which is my maximum speed when directly connected on my 60/5 internet connection). I was very pleased, but skeptical. So I did repeated speedtests, and the speed has consistently been near 70 mbps every time over the course of the entire day. I kept doing lots of different tests and my connection is rock solid with top speeds now. So the stability has always been rock solid, but I am FINALLY getting the same speeds as a direct connection, CONSISTENTLY. Whew! Turns out, in case anyone is interested, other outlets further away from my computer also gave me top speeds. I truly think the problem is electrical interference -- you have to find an unused outlet far away from any other electrical sources. Luckily, I have plenty of outlets in my computer room, and I had a spare 75' ethernet cable (Cat 6) that I just finished running along the wall. This will be my last update, unless something changes. But for now I will stand by my 4-star review. This thing performs incredibly well, but the fact that it is so finicky and does not handle electrical interference very well is a clear deduction of 1 star. I bought this so that I could avoid running cables across the house, and it has prevented that from happening. But I still had to end up running a cable along a wall and around a door frame so that it would not be laying on the floor. It was an easy job, and the wife will be pleased that I did not have to run cables across the whole house, but it would have been nice to have simply plugged it into any electrical outlet and had it work perfectly. ... show more
Reviewed in the United States 🇺🇸 on July 16, 2017 by Phantom-X Phantom-X

Can't find a product?

Find it on Amazon first, then paste the link below.