Tri-Band Technology: With its three bands (one 2.4 GHz and two 5 GHz), the Deco X4300 Pro can efficiently manage multiple devices connected simultaneously without compromising on speed or performance.ģ. Wi-Fi 6 support: The router supports the latest Wi-Fi 6 (802.11ax) standard, ensuring faster speeds, lower latency, and increased network capacity compared to older standards.Ģ. It comes with several standout features, including:ġ. The TP-Link Deco X4300 Pro is a tri-band Wi-Fi 6 mesh router that is designed to provide users with a seamless, high-performance wireless network throughout their homes. This article aims to review the Deco X4300 Pro and discuss its features, performance, and overall value for consumers. TP-Link, a well-known brand when it comes to networking products, recently came up with an impressive addition to their line of Wi-Fi 6 mesh routers – the TP-Link Deco X4300 Pro. Both NETGEARs seem to do the best job of letting both radios deliver high throughput, at least as much as can be delivered given the WAN port speed limitation.With the ever-growing need for reliable and fast internet connections, innovative solutions like mesh routers have become essentials in our daily lives. The two TP-Links appear to give priority to the 5 GHz radio, with the 2.4 GHz radio paying a steep price in significantly lower throughput. Since all the products in this round-up have 1 GbE WAN ports, total throughput is apparently limited by it.īy ticking the checkboxes for each product and clicking the Plot button, we see the contribution each radio makes to the total. Channel bandwidths used for the Multiband benchmarks are 40 MHz 2.4 GHz and 80 MHz 5 GHz. Selecting the Multiband Throughput – Downlink benchmark and setting the selector next to it to Total, yields the total throughput of all radios in each product. Keep in mind, however, that you’d be hard-pressed to push a router to the limits tested by this benchmark. It’s a good way to see whether (or how much) a router’s Ethernet port speed limits what you can get out of a router. The Multiband benchmark simultaneously loads all radios in a router and measures throughput and latency. I ran the test multiple times, with similar results.Ģ.4 GHz throughput vs. The exception is the Archer AX20, which has something funky going on in rate adaptation at the higher signal levels (lower attenuations). The 2.4 GHz downlink plot shows the effect of 2X higher top link rate in the products with AX 2.4 GHz radios. Click on the links to pull up the Charts page that will include all the data. ASUS wants a premium for the AX56U, however, with current Amazon pricing at $133.īecause the screenshots that included all the throughput number tables ran really long, just the plots will be shown. I also pulled ASUS’ RT-AX56U into the mix that, like the NETGEAR RAX20 and TP-Link AX20, is built on Broadcom’s BCM6755. The NETGEAR RAX40 is a dual-band dual-stream full Wi-Fi 6 router based on Intel’s Lantiq platform. Here’s a short Pros and Cons summary for each router and a board photo, in order from least to most expensive.Īlthough our focus is on sub-$100 products, I decided to include two other two-stream products that didn’t make the $100 cutoff in the performance comparison. But only the NETGEAR RAX15/20 supports DFS channels. Surprisingly, all have OpenVPN servers and all three support WPA3 wireless security. But the only product that doesn’t have either a USB 2 or 3 port is the Archer AX10. Since storage sharing isn’t a key factor in router choice, it’s not included in the table. The BCM6750 is also used ASUS’s $160 RT-AX58U (also tested, but not in this review), but it’s paired with a Broadcom BCM43684 4 stream an/ac/ax radio. You’ll see the consequences of this choice when we look at performance. So the AX10 doesn’t have one of the noticeable advantages of Wi-Fi 6 routers (when used with Wi-Fi devices) 2X higher 2.4 GHz link rate. To save cost, however, TP-Link paired it with Broadcom’s BCM43217, which is a 2.4 GHz b/g/n SoC. It’s also an AX router-on-a-chip, but has only one AX radio. In Broadcom BCM6755 w/ Qorvo 2.4 & 5 GHz FEMsīroadcom BCM6750 ARM-A7 tri-core 1.5 GHzĢ.4 GHz: Broadcom BCM43217 w/ Qorvo QPF4216B 2.4 GHz FEM (x2)īroadcom BCM6755 ARM-A7 quad-core 1.5 GHzĢ.4 GHz: In BCM6755 w/ Qorvo QPF4216B 2.4 GHz FEM (x2)īroadcom’s BCM6750, used in TP-Link’s Archer AX10, is another popular choice for less-expensive Wi-Fi 6 routers.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |