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The Deco S4 takes fewer steps to set up than the RP-AX56 and is more expandable, so replacing your router with a mesh setup is an easier option if you need improvement everywhere. The TP-Link Deco S4 mesh network improved latency across the board and performed a bit better than the RP-AX56.

#Verizon signal booster home upgrade#

The Asus RP-AX56 was almost as quick to respond as our budget mesh system on these tests, prompting us to name it our upgrade pick. Each color bar represents someone waiting for something to happen after clicking a link, and longer bars mean more time staring at a spinning circle or pinwheel. Our stacked median latency chart above shows the typical latency for every computer on our test network at once, giving some idea of the whole network’s general performance when multiple devices are making requests at the same time.

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Similar to the test involving the download laptop, this test presents a real challenge to the rest of the network.

If these laptops can’t get at least 20 to 25 Mbps, that likely means a real video would be pausing, buffering, or reducing the video quality to HD or worse. They tried to download data at up to 30 Mbps, but we were satisfied if they could average 25 Mbps or better, which is more than what Netflix recommends for 4K.

Video streamers: Two laptops each simulated a 4K video streaming session to a streaming box or smart TV.

This test is a big challenge for the rest of the network-if this laptop gets all of the available airtime, the other tests suffer. We wanted to see an overall throughput of 100 megabits per second or better, to simulate the experience of an impatient person waiting for a device to complete an update.

Downloader: One laptop downloaded a large file.

This is the most important test-it accurately represents the thing that frustrates real users most (slow and inconsistent web browsing)-and it usually fails before any of the other tests do. Each “web page” consisted of 16 separate 128 KB files, all requested simultaneously, and we measured latency from the time the requests went out to the time all 16 requests were fulfilled.

Browsers: Three laptops simulated real-human web browsing by loading a “web page” once every 20 seconds.

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The cost of an extender plus a good router should be less than that of a mesh system-otherwise, you should probably get a mesh system instead. We didn’t test any of the more-expensive extenders (up to $300). Moderate price: We didn’t consider many options over $150, and we paid special attention to extenders that cost $50 or less.Mesh compatibility: Whether the mesh-networking features are compatible only with routers from the same manufacturer (TP-Link, Asus) or with all routers (Netgear), they can simplify setup and ensure that your devices are connected to the router or extender with the stronger signal, improving the stability of your network.In the past, we’ve accepted extenders without Ethernet support, but this time we’ve made the feature mandatory. Ethernet ports: These ports are convenient for wired connections to entertainment devices.Our testing takes into account the change in network performance when you’re adding an extender to a busy network, measuring both throughput (speed) and latency (the wait before a page loads). Good performance: The extender must improve coverage and connectivity compared with the router alone-otherwise you’re just adding another device that sits on your network (and you’re wasting money).802.11ac (Wi-Fi 5) or 802.11ax (Wi-Fi 6 or 6E) support: Older, slower 802.11n extenders won’t cut it, even if they’re dual-band.