TP-Link AV1000 Powerline Ethernet Adapter - Gigabit Port, Plug&Play, Power Saving, Ethernet Over Power, Expand Home Network with Stable Connections, Ideal for Smart TV, Online Gaming (TL-PA7010 KIT)
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Availability:
Only 1 left in stock, order soon!
Arrives
Wednesday, May 20
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Features
- Powerline adapter provides up to 1000Mbps 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 if you have any questions
Description
The Av1000 power line 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.
Brand: TP-Link
Hardware Interface: Ethernet
Color: white
Compatible Devices: Smart TV
Product Dimensions: 1.2"L x 4.8"W x 2.7"H
Data Link Protocol: Ethernet, Gigabit Ethernet, IEEE 802.3
Data Transfer Rate: 1000 Megabits Per Second
UPC:
Compatible Operating System Family: Linux, Windows
Global Trade Identification Number: 44
Hardware Interface: Ethernet
Compatible Devices: Smart TV
Data Link Protocol: Ethernet, Gigabit Ethernet, IEEE 802.3
Data Transfer Rate: 1000 Megabits Per Second
Compatible Operating System Family: Linux, Windows
Item Dimensions L x W x H: 1.2"L x 4.8"W x 2.7"H
Color: white
Brand: TP-Link
UPC: 845973099244
Global Trade Identification Number: 44
Manufacturer: TP-LINK USA
Mfr Part Number: TL-PA7010 KIT
Model Number: TL-PA7010 KIT
Item Part Number: TL-PA7010-KIT
Warranty Description: 2 Year Warranty
Built-In Media: Powerline Ethernet Adapter, 6.5 ft. (2 m) CAT.5e Ethernet cable (RJ45), Quick Installation Guide
Item Type Name: TP-Link TL-PA7010 KIT AV1000 1-Port Gigabit Powerline Adapter
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Wednesday, May 20
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.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
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.
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Reviewed in the United States on April 4, 2018 by AH
These things are amazing! And two of them for only $50 is an amazing price. I just moved in to a condo with a garage that is connected to the same building, but there are several concrete walls between my unit and the garage. I wanted to get WiFi to work in the garage, but no matter where I placed my router inside the house, I could not get WiFi signal in the garage. So, the solution was to add a WiFi access point (hot spot) in the garage, but there was no way to run an ethernet cable from the garage to the house, there was no coax cable in/near the garage to use MoCa, so powerline was my only choice. The really strange thing is how my garage is wired. It is not connected to the breaker panel inside my house. There is a separate breaker panel on the outside of the building, which is connected to one of my neighbors' electric meters (Strange, right? Hey, free electricity in the garage!), with a separate cable that runs underground to the big green box that contains the transformer. I estimate that there's at least 300' of electrical wiring between the two units, and plenty of interference due to being connected to two separate breaker panels and going through two electric meters. I also couldn't tell if the two were on the same phase, so I bought a phase coupler. More about that below. I was doubtful that this would even work, but... the connection light turns red, indicating "weak signal", and... When I use speedtest.net, I get pretty consistent speeds of 12Mbps from the garage. That's plenty for my application because I just wanted to connect a Ring camera above the garage door, and a nifty smart garage door gadget. I only need 2-3Mbps for this application, so I'm overjoyed with 12Mbps. In order to get the signal to cross phases, I installed this phase coupler (see the attached photo): https://www.amazon.com/gp/product/B00VV7HYDC If you don't understand the two phase power that is present in most North/Central/South American homes, you should hire an electrician. This phase coupler is capable of 3-phase also. Apparently some European homes have 3-phase power. I've personally only seen 3-phase power in industrial applications. After getting the powerline adapters to work, I used an inexpensive Wireless Access Point (WAP). I only needed 2.4GHz, because both the camera and the door opener only use 2.4GHz. Here's the WAP I purchased: https://www.amazon.com/gp/product/B004UBU8IE And, in case you're curious... here's the garage door gadget: https://www.amazon.com/dp/B075H7Z5L8
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Reviewed in the United States on October 12, 2020 by Brian K. Reynolds Brian K. Reynolds