Netgear Nighthawk X10 Wireless AD7200 Router Review

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Introducing the Nighthawk X10 AD7200 Smart WiFi Router (R9000)

We’ve reviewed all kinds of 802.11ac routers here at Hothardware, including audacious tri-band routers that look like spaceships, and more pedestrian dual-band routers too. The recently released Netgear Nighthawk X10 is something different though, as it’s the industry’s first 802.11ad router. You may not have heard much about 802.11ad prior to the announcement of this router, so here’s the skinny; in addition to the standard 2.4GHz B/G/N and 5GHz AC wireless, it can also operate on the 60GHz band, which theoretically allows it to deliver up to 7Gb/s of bandwidth across all three bands, hence the AD7200 moniker. That’s a massive boost from the 1.7Gb/s provided by 802.11ac alone and gives you three separate networks that resemble a timeline of technology of sorts. You’ll not only have all your older and newer devices supported by the latest standards, but also have coverage for devices that don’t even exist yet.

Netgear Nighthawk X10 Router
In fact, as of press time, we didn’t have any 802.11ad-equipped devices to use for testing, and are aware of only one laptop coming to market from Acer that supports it. Who knows what 2017 will offer though, as it could certainly appear in more devices. However, it’s a chicken and egg scenario, as typically router manufacturers won’t offer features until they appear in devices, and vice versa. Regardless, Netgear is taking the initiative and offering 802.11ad in its flagship $500 router, although recently TP-Link offered a similar model as well.


Before we get too deep in the weeds though, let’s take a look at what the Nighthawk has to offer:

Netgear X10 R9000 Wireless Router
Specifications & Features
WiFi Band Simultaneous Tri-Band WiFi - 2.4GHz + 5GHz + 60GHz
Beamforming Implicit & Explicit Beamforming for 2.4 & 5GHz bands
Ethernet Ports Seven (7) 10/100/1000 Mbps Gigabit Ethernet ports: 1 WAN & 6 LAN
USB Ports Two (2) USB 3.0 ports
Key Features 802.11ac Quad-Stream Wave2 WiFi with MU-MIMO—Delivers WiFi to multiple devices simultaneously
60 GHz 802.11ad WiFi—Fastest WiFi interface up to 4.6Gbps for ultra-high speed downloads and backup
Plex Media Server—All your movie, TV show, music, and photo collections, on the devices you love
Powerful 1.7GHz quad-core processor
Four enhanced dual-band Active antennas with high powered amplifiers
Link aggregation
Amazon Drive cloud back up
Six gigabit Ethernet LAN ports and 10G LAN SFP+ port
Open source software available
Security 64-bit WEP, 128-bit WEP, WPA2-PSK, WPA-PSK, WPA-Enterprise , WPA2-Enterprise , WPS support
Processor Quad core 1.7GHz processor
Memory 512MB DDR3 DRAM
Physical Specs Dimensions: 12 x 9 x 2.5in 
Package Contents R9000 Router
Ethernet cable
Quick install guide
Power adapter
Price 
$449.99 currently on Amazon


Aside from its 802.11ad features, which we’ll get to shortly, the X10 is basically a tri-band router that offers every single bit of the latest technology available. It supports up to 800Mb/s on its 2.4GHz band, up to 1,733Mb/s on its 5GHz band, and up to 4,600Mb/s on its 60GHz band. Netgear is rounding up a bit, but those three combined equal the 7,133Mb/s so it's advertised as an AD7200 router. 

Netgear Nighthawk X10 Box

In addition to offering next-gen wireless it also supports link aggregation, so you can connect two LAN ports from a compatible NAS or switch for increased bandwidth and failover protection. It also sports a fancy 10G LAN SFP+ port, if you have high-end devices that use that type of connection as well.

Why you (might) want 802.11ad

Here’s the real 411 about this newfangled technology; it’s not the successor to 802.11ac, but rather a special type of wireless technology that is ridiculously fast, but is best for short ranges in most end-user environments. 802.11ad, or WiGig as its also known, actually offers excellent range and low-latency -- much better than other types of Wi-Fi -- in open spaces and with line-of-site connections. But it does not penetrate through most walls or other objects (like people), and must rely of reflections and beam forming in most residential setups.

The main reason why it's included in this router, and this is our opinion not official Netgear marketing speak, is because the X10 has a built-in Plex server and can stream high-def content all on its own, no fancy NAS required. This doesn’t entirely reduce the number of devices needed to pull this off, as you still need a USB storage device connected to the X10 to stream movies, but it can be any USB device or even a flash drive, provided it is fast enough. In the past you needed a high-powered NAS or server capable of 4K video transcoding for Plex, but the X10 has a beefy Annapurna 1.7GHz quad-core SoC that is capable of transcoding 4k video all on its own, making it the first router that we’ve seen that can pull off this level of action without assistance. You can also connect to the router from any internet connection, making it a mobile media server of sorts. Also, we all know there’s less congestion on the 5GHz band compared to 2.4GHz, but there’s practically zero activity on the 60GHz band currently, making it an ideal pathway for high-definition content. Thus the X10 is being marketed as the best router for wireless streaming of 4K content as well as VR gaming.

To pull this off it not only needs that high-powered CPU, but it also features active antennas, where the amplifiers are on the antenna themselves. This router features four non-removable units, and they have blue activity LEDs on them. It supports Wave 2 MU-MIMO for up to four devices on the B/G/N/AC bands, and just one stream for 802.11ad. Since this is a Wave 2 device, it also supports 160MHz channels as well. Finally, there’s a built-in functionality for backing up a connected USB drive to Amazon Cloud.

x10 back
x10lights
x10 usb

On the back of the router there’s six Gigabit LAN ports, one WAN port, the aforementioned 10G LAN port, and there are two USB 3.0 ports on the side. The front of the router has an array of white LEDs to show connected devices and activity.


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