![]() ![]() Gaming routers remain an important segment of the market, with recent entries, including the Netgear XR500 earlier this year and the Linksys WRT32X last year. Yes, this router is really that good.īest gaming laptop | Best capture card | Best gaming monitor | Best gaming headset | Best computer speakers | Best SSD for gaming Oh, and we don't even have an 802.11ax USB Wi-Fi adapter yet, so this is using 802.11ac gear on the client-side. While the 2.4 GHz speeds are decent 171 Mbps on the far test, the 5 GHz speeds are exceptional, with one of the fastest throughput speeds of any router so far at 334 Mbps. ![]() Running the Asus ROG Rapture GT-AX11000 through our testing left us seriously impressed. On the wireless side of things, this is a Wi-Fi 6 tri-band solution offering more than 10 Gigabits of wireless bandwidth, along with DFS bands to avoid interference.Īdditional gaming-centric features include integrated WTFast, VPN Fusion to segregate gaming traffic from VPN for maximum throughput, Dynamic QoS to prioritize gaming traffic, Games Radar (no, not that one) to check the ping times to different game servers to minimize latency, and for those that prefer a more colorful surrounding, Aura RGB. This router uses a dedicated 2.5G Base-T port for higher wired bandwidth and four Gigabit LAN ports, although we prefer the eight ports that other Asus routers offer. Building on the prior routers of this series, the Asus ROG Rapture GT-AC5300, and adding in Wi-Fi 6 technology, it promises a lot. The Asus ROG Rapture GT-AX11000 is designed to be the class-leading, 'best of the best' gaming router, and looking at the hardware specs, it delivers-big time. This continued on our 5 GHz testing with strong 325 Mbps and 332 Mbps scores at close and far ranges, respectively. The XR700 is a strong all-around performer in our tests, starting with the 2.4 GHz frequency with some of the fastest scores to date of 284 Mbps at close range and 225 Mbps on our far test. The XR700 has granular control of the bandwidth, prioritizes throughput by each device for both the upload and download separately, and assigns a specific percentage for each device to balance the load, thereby preventing any single device from becoming a bandwidth hog. ![]() It also supports Beamforming via four active antennas.Īnother highlight of the XR700 is the gaming-centric Duma OS, which boasts Geo-Filter tech to connect to the closest server when gaming. With all the attention on the wireless market heading to 802.11ax/Wi-Fi 6, this XR700 uses a combination of the last generation 802.11ac/Wi-Fi 5 wireless and 802.11ad technology (that's the 60 GHz frequency one), which unfortunately has not gone mainstream. The XR700 has plenty of the right ingredients, with one WAN and six LAN ports for enough wired connections, support for link aggregation, and even a 10 Gigabit LAN SFP+ port for ridiculous Ethernet bandwidth. Both are part of the company's 'Nighthawk Pro Gaming' networking line of products-but the XR700 is even faster than its predecessor. The Netgear Nighthawk Pro Gaming XR700 is a strong follow-up to the XR500, which impressed us as it was the fastest router we had tested to date. Please read our full Asus RT-AX88U review. When it comes time to upgrade your router, the Asus RT-AX88U is more than worthy of consideration. While the current street price of $346 does put the RT-AX88U in the high end category, with performance this good, it deserves to be there.Ĭolor us impressed with what we have seen of 802.11ax so far. In our testing, the next generation of Wi-Fi, 80211ax (Wi-Fi 6), provides clear benefits to 5 GHz throughput and gaming in a network congested environment. The hardware ingredients for this router include a quad core 1.8 GHz CPU, 1 GB of RAM, and 256 MB of flash storage. Overall the specs for the RT-AX88U are quite top-notch and easily compete with the best gaming routers out there. There are also a pair of USB 3.1 ports-one in the back, another on the side. The finish is a black matte plastic that tends to show fingerprints. The RT-AX88U is a vertically configured router, allowing the four antennas to be spaced out better than a comparable horizontal unit. There are also improvements to MU-MIMO to enable more data to be transmitted at once and refinements to beamforming. The other big news here is Orthogonal Frequency Division Multiple Access (OFDMA), designed to increase the number of subchannels for each wireless channel, reducing latency and allowing the router to handle more clients simultaneously. Wi-Fi 6 promises some advantages, including, not surprisingly, greater bandwidth. To simplify wireless standards, 802.11ac was renamed 'Wi-Fi 5,' while the latest standard, 802.11ax, is dubbed 'Wi-Fi 6' by the Wi-Fi Alliance. Wireless standards come and go, and too often, they are more marketing hype than any meaningful, practical improvement (looking at you, WiGiG). ![]()
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