The fastest router on the market will not make your timeline scrub any smoother off a NAS, and most buyer's guides that put "best router for video editing" in the title quietly skip the reason: when you edit off a NAS on your own network, that media traffic almost never passes through the router at all. It goes between your workstation and your storage, and the box that carries it is the switch. So before I hand you router picks (I will, with prices), let me be honest about what the router does in an editing setup, and where the money is better spent.
What a router does in an editing setup #
A home or small-studio router has two jobs that look like one. It is the gateway to the internet, deciding what leaves and enters your building, and on most consumer units it is also a Wi-Fi access point and a small Ethernet switch bolted to the same chassis. The editing question lives entirely in that last, smallest part.
Picture your network as an office. The router is the front door and the mailroom: everything to and from the outside world goes through it. The switch is the hallway between desks. When you open a bin on the NAS and scrub a clip, you are walking down the hallway to a colleague's desk and back. You never go near the front door. A modern Layer 2 switch forwards that traffic between its own ports at full wire speed and never bothers the router with it, which is why a 25 dollar dumb switch and a 600 dollar Wi-Fi 7 router move local NAS data at exactly the same rate.
The thing people feel when ProRes scrubs cleanly is link speed on that hallway. Plain Gigabit Ethernet tops out at about 125 MB/s to a single machine, and 4K ProRes 422 HQ runs roughly 92 MB/s for a single stream (Apple's published target data rate, checked Jun 2026). One stream just fits; a multicam timeline or a second editor pulling at once does not, and the share turns into a slideshow. Jump the same link to 10 GbE and you have headroom for several streams. That jump happens at the switch and the network cards, not at the router.
When the router is the bottleneck #
Three cases, and only three, where buying a better router moves the needle for an editor.
First, when you are editing remotely. If your media lives at the studio and you are pulling it from home or on the road, every byte crosses the internet, which means it crosses both routers and your ISP's line. Now the router's WAN port speed, its VPN throughput, and its routing horsepower all count. A cheap router that can only push 200 Mbps through a VPN tunnel will cap you well below your line speed. This is a real, measurable limit, and it is a different problem from local editing. I wrote the latency side of it up separately in why your NAS feels slow over a VPN, and the tunnel-versus-mesh choice itself is covered in VPN vs mesh for remote editing.
Second, when the router is also your only switch. On a small setup where the NAS and the workstation both plug straight into the router's LAN ports, the router's built-in switch silicon is your hallway, and its port speeds are your ceiling. If those ports are Gigabit, you are stuck at Gigabit no matter how fast the NAS is. This is the most common real-world reason a router "limits" editing, and the fix is usually to add a switch rather than to upgrade the router.
Third, when you edit over Wi-Fi. A Wi-Fi 7 router with a 320 MHz channel and a clean 6 GHz band can push real multi-gigabit throughput to a capable laptop, and for proxy workflows or roaming around a studio that can be good enough. It is still shared, contended air, and it still terminates at the same Ethernet backbone, so I treat it as a convenience tier rather than a substitute for a wire. Where Wi-Fi is and is not fine for NAS editing is its own honest discussion in Wi-Fi vs wired for editing off a NAS.
The best router for photographers #
Photographers ask the same question with a different workload, and the answer has the same shape. Raw stills are tens of megabytes each, not a continuous stream, so a Gigabit link moving about 125 MB/s already pulls a few raw files a second off a NAS. Culling and editing a shoot stored on network storage is a local job, so that traffic runs on the switch, exactly like video.
Two things are different for photographers, and only one of them is about the router.
The first is the Lightroom Classic catalog. Lightroom Classic will not open a catalog that sits on a network volume; it stops with an error that says so (checked Oct 2026). Keep the catalog and its previews on the computer's internal SSD and keep the photos on the NAS. No router fixes this, and a fast catalog on local flash does more for browsing speed than any network upgrade.
The second is upload. Delivering client galleries and backing up a shoot to the cloud both leave the building, so they cross the router and your internet line. Here the router does matter: you want a WAN port at least as fast as your plan, and the plan's upload speed is usually the real limit. A multi-gig WAN port on a router does nothing on a line that uploads at 40 Mbps.
So for a photographer: pick a router with a WAN port that matches your internet plan and enough wired ports for the computer and the NAS, and spend any extra on the switch, the NAS drives, or a better upload plan. Any router in the table below is more than enough for a photo studio. The UCG-Fiber and QHora-301W give the most usable fast wired ports for the money. If you cull on a laptop over Wi-Fi, a Wi-Fi 7 model like the Archer GE800 is the comfortable choice.
Sending photos from the camera to Lightroom over Wi-Fi #
There is one job where a photographer's router really is in the path: getting frames off the camera while you shoot. Most professional bodies from Canon, Nikon, Sony and Fujifilm can send files over FTP, FTPS or SFTP, over Wi-Fi or a wired port. The camera joins your network like a phone would, and the router is the first thing it talks to.
Two router details decide whether that works on the day. First, the camera has to be able to join at all. Camera radios lag behind laptops, so check your body's manual for which bands and security modes it supports; an older body may not join a WPA3-only network or a 6 GHz-only one. A router that can run a WPA2/WPA3 mixed network, or a separate 2.4 or 5 GHz network for the camera, removes that problem. Second, when the files leave the building, your upload speed sets the pace. A 50 MB raw file takes about ten seconds on a 40 Mbps upload. Most bodies let you send only the JPEGs while the raws stay on the card, which keeps a fast shoot from queueing up behind the line.
After that, there are two ways to get the frames into Lightroom.
The local way: an FTP server on your laptop #
Run an FTP server on the laptop and point the camera at the laptop's address. Everything stays on your network, so the switch and the Wi-Fi carry it and the internet is not involved. It works well when the camera and the laptop sit in the same room. It breaks when the laptop sleeps, changes networks, or gets a new address from the router, and it does not help when the computer that runs Lightroom is somewhere else.
The cloud way: camera to a folder on your Mac, anywhere #
This is the problem I built Camera to Anywhere to solve, so weigh my opinion with that in mind. The camera keeps one FTP profile that points at Camera to Anywhere, and it uploads over whatever network it has joined: the studio router, a venue's Wi-Fi, or a phone hotspot. The Camera to Anywhere app for Mac then pulls each verified file over an outbound HTTPS connection and puts it in the folder you choose. You do not open a port on your router, and the Mac can be at the studio while you shoot across town. The same upload can also go to Dropbox, Google Drive or a client gallery.
To land those frames in your Lightroom Classic catalog:
- Make an empty folder for incoming frames and set it as the Mac destination in Camera to Anywhere.
- In Lightroom Classic, choose File > Auto Import > Auto Import Settings, set that folder as the watched folder, and pick where Lightroom should move the files.
- Turn on Enable Auto Import.
Lightroom moves each new file out of the watched folder and adds it to the catalog. The Mac app writes a file under its final name only when the download is complete, so Lightroom never picks up half a frame. The catalog stays on the Mac's internal drive, which is where Lightroom Classic needs it anyway.
The camera setup is the fiddly part, because every maker hides FTP in a different menu. The camera guides give the exact menu path for 146 bodies from each manufacturer's manual. Camera to Anywhere is free for the first 20 GB delivered each month.
Read the port label, not the headline number #
Router marketing leads with the Wi-Fi number, usually something like "BE19000" or "19 Gbps." That figure is the sum of every radio band's theoretical maximum added together, which no single device ever sees. For editing off a NAS the only numbers that matter are the wired ones: how many 10GbE ports, how many 2.5GbE ports, and how many of the fast ports can be used for your LAN rather than reserved for the internet connection.
That last distinction trips up a lot of buyers. Many "10 Gig" Wi-Fi routers ship one 10GbE port wired as WAN (internet in) and one as LAN, so you get a single fast port for your gear. The Netgear Nighthawk RS700S, for instance, lists one 10 Gbps WAN, one 10 Gbps LAN, and four 1 Gbps LAN ports (checked Jun 2026): plug in your NAS and your one remaining 10GbE port is gone. If you have a NAS and even one workstation that both want 10 GbE, a single LAN port is not enough, and you are back to needing a switch.
| Model | Type | Fast ports | Street price | The catch for editors |
|---|---|---|---|---|
| Ubiquiti UCG-Fiber | Wired gateway (no Wi-Fi) | 1x 10GBASE-T, 2x SFP+ 10G, 4x 2.5GbE | ~$279 | Excellent value and the most usable 10G ports here, but no Wi-Fi and you live in the UniFi ecosystem. |
| Netgear Nighthawk RS700S | Wi-Fi 7 router | 1x 10G LAN (1x 10G is WAN) | ~$550 | Only one 10G LAN port: a NAS uses it up. Fast Wi-Fi, thin wired story. |
| Asus ROG GT-BE98 Pro | Wi-Fi 7 router | 2x 10GbE, 4x 2.5GbE | ~$640 | Two 10G ports is rare and useful, but you pay a gaming-router premium for radios you may not need. |
| TP-Link Archer GE800 | Wi-Fi 7 router | 1x 10GBASE-T, 1x 10G combo, 4x 2.5GbE | ~$500 | Strong port set; the 10G combo port doubles as WAN, so plan its role. |
| QNAP QHora-301W | Wi-Fi 6 router | 2x 10GbE, 4x 1GbE | ~$260 | Two 10G ports cheaply, but Wi-Fi 6 era and a business, not gaming, feature set. |
If I had to pick one general principle: for a fixed editing budget, a router with two real 10GbE LAN ports plus a modest switch beats a flashier single-10G-LAN router every time. The Ubiquiti UCG-Fiber at about 279 dollars and the QNAP QHora-301W around 260 dollars (both checked Jun 2026) earn their place here precisely because they hand you usable fast ports instead of a bigger Wi-Fi headline.
Where the same money does more: the switch #
Here is the unglamorous truth that saves people the most money. If your editing pain is local (clips stutter, multicam chokes, a second editor slows everyone) the highest-leverage purchase is a small 10GbE switch, not a new router. You keep whatever router and internet you already have, and you build a fast little island of switch, NAS, and workstations behind it.
The wiring is simple. Plug the NAS and each workstation into the 10GbE switch, then run one ordinary cable from the switch to your existing router for internet. Local editing traffic stays on the switch at 10 Gbps; only internet-bound traffic walks down to the router, where Gigabit is plenty. The switch does not need to be expensive: a MikroTik CRS305-1G-4S+IN with four SFP+ 10G ports runs about 157 dollars and is fanless, and a QNAP QSW-308-1C pairing three SFP+ 10G ports with eight Gigabit ports sits around 220 to 235 dollars (both checked Jun 2026). I covered the full landscape of these in the companion piece on best switches for a post studio, and the cheap on-ramp specifically in 10 GbE on a budget.
One honest caveat on the cheapest switches: SFP+ ports take a transceiver or a DAC cable, not an RJ45 patch cable, so budget another 15 to 40 dollars per link for the cabling, and use Cat6a if you go with copper 10GBASE-T over distance. None of that changes the headline: a 157 dollar switch will improve a local editing setup more than a 550 dollar router will.
The bottleneck is usually further down the stack #
Even after you fix the link speed, the network is rarely the slowest part. The order of suspects, roughly, runs: storage tier, then NICs and cabling, then the switch, and the router dead last. A 10GbE link is only as fast as what is on either end of it. Point a 10 GbE cable at a NAS full of spinning disks in a parity array and you will not see 10 Gbps of random reads off it, because the drives cannot deliver them: that is why people add an NVMe read cache or an all-flash tier, a tradeoff I unpack in HDD vs SSD vs hybrid for media libraries.
And there is a category of fix that sidesteps the network speed question entirely by changing what crosses the wire. This is the one spot where the thing I build is relevant: JuiceMount keeps file metadata in a local index and hot file blocks in a local SSD cache, so listings and revisits answer from the laptop and only first-touch blocks ever hit the network. On a fast local 10GbE link that mostly buys you snappier searches and fewer round trips; over a slow or remote link it matters far more. It does not make a slow link fast, and it does nothing for the bytes you have to move on first touch, so it is a complement to good wiring, not a replacement for it. If your editing is all local and your switch is already 10GbE, frankly the router and the cache both fade into the background, and that is the correct outcome.
So the buying order I would give a friend: get the link speed right at the switch first, make sure the NAS and the NICs can feed it, then treat the router as the internet gateway it mostly is, and only spend up on it if you edit remotely or it is doubling as your only switch.
Sources, checked June and October 2026
- Apple, About Apple ProRes and the Apple ProRes white paper: target data rate for 4K ProRes 422 HQ (~736 Mbps, ~92 MB/s), checked Jun 2026.
- Netgear, Nighthawk RS700S product and hub pages: 1x 10G WAN, 1x 10G LAN, 4x 1G LAN port layout and ~$550 street price, checked Jun 2026.
- Dong Knows Tech, best 10Gbps multi-gig routers: port configurations for the UCG-Fiber, Asus GT-BE98 Pro, TP-Link Archer GE800, and QNAP QHora-301W, checked Jun 2026.
- Ubiquiti store and reviews (ServeTheHome, StorageReview): UCG-Fiber at ~$279 with 1x 10GBASE-T, 2x SFP+ 10G, 4x 2.5GbE, checked Jun 2026.
- ServeTheHome, cheap 10GbE switch buyers guide, plus retailer listings: MikroTik CRS305-1G-4S+IN ~$157 and QNAP QSW-308-1C ~$220-235, checked Jun 2026.
- Adobe Community, Lightroom cannot launch with this catalog: Lightroom Classic refuses to open a catalog on a network volume; photos on a NAS are fine, checked Oct 2026.
- NAS Compares and Need to Know IT on NAS-over-network architecture: local NAS traffic stays on the switch, Gigabit's ~125 MB/s ceiling, and Cat6a for 10GBASE-T, checked Jun 2026.