Main trade-off
NETGEAR Nighthawk RS500
WAN and the only fast LAN top out at a 2.5G link.
Head-to-head
Choose RS600 when WAN or one local connection genuinely needs a 10G-capable socket. RS500 has 2.5G WAN and one 2.5G LAN. Both leave three other local sockets at gigabit, so neither directly gives a NAS and computer two multi-gigabit LAN connections. RS600 also has four 6 GHz streams against RS500’s two, with compatible clients required. If one 2.5G local endpoint and the existing radio capability are enough, compare current offers before upgrading.
Before you choose
RS600 adds 10G WAN and one 10G LAN, but the other three local sockets remain gigabit. A household connecting both a multi-gigabit NAS and a multi-gigabit computer cannot give each a fast direct router socket. RS500 has the same one-fast-LAN limitation at 2.5G. Include a suitable switch if the goal is local transfers between those two devices. RS600’s faster uplink can then be useful, but the switch, endpoint interfaces and storage determine the complete path. Buying RS600 alone does not finish that upgrade.
What this is based on
A shared archive plus a fast work computer crossed with the number, rather than maximum rate, of local multi-gigabit sockets. Additional hardware is explicit.
Main trade-off
WAN and the only fast LAN top out at a 2.5G link.
Main trade-off
Three local sockets remain gigabit and there is still only one multi-gigabit LAN.
NETGEAR RS500 vs RS600 for a faster broadband plan and home NAS. See what dual 10G changes, what stays gigabit and which radio band gets more streams.
Adjacent tri-band Nighthawk models offer a credible step from 2.5G to 10G Ethernet. The comparison matters to a buyer planning broadband or storage upgrades without assuming all local sockets improve.
Winner by situation
RS600 has 10G-capable WAN, subject to the upstream equipment.
RS600 supplies the 10G LAN socket.
Both have only one multi-gigabit LAN.
The stated requirements do not force the upgrade.
What matters in practice
RS600 adds 10G WAN and one 10G LAN, but the other three local sockets remain gigabit. A household connecting both a multi-gigabit NAS and a multi-gigabit computer cannot give each a fast direct router socket. RS500 has the same one-fast-LAN limitation at 2.5G. Include a suitable switch if the goal is local transfers between those two devices. RS600’s faster uplink can then be useful, but the switch, endpoint interfaces and storage determine the complete path. Buying RS600 alone does not finish that upgrade.
A shared archive plus a fast work computer crossed with the number, rather than maximum rate, of local multi-gigabit sockets. Additional hardware is explicit.
Both models document four streams on 5 GHz. RS600 increases 6 GHz from two streams to four. A family whose important laptops and entertainment devices use only 5 GHz should not buy that upgrade expecting the same stream-count change on their band. Even a compatible 6 GHz laptop is limited by its own radio capability. RS600 can still make sense for its 10G connections, but those are a separate reason. Check the actual clients and installation before paying for a larger summed wireless number.
A household of older or managed 5 GHz clients crossed with band-specific radio changes. The conclusion rejects an unsupported single-client speed or coverage promise.
RS600’s 10G WAN removes the 2.5G WAN link ceiling of RS500. That matters only if the service and the modem or ONT Ethernet handoff can supply the intended rate. A household upgrading broadband while keeping an old handoff device should check that interface before ordering the router. For local NAS work, the Internet plan may be irrelevant, but the local endpoint path still matters. Neither manufacturer port rating is a measured routing result through every enabled security or VPN feature.
A planned broadband upgrade plus retained modem or ONT crossed with WAN link rates and upstream compatibility requirements. Local traffic is separated from Internet traffic.
NETGEAR, RS500-100NAS
Keep 2.5G WAN and one 2.5G local endpoint when those links cover the household.
NETGEAR, RS600-100NAS
Use separate 10G WAN and LAN connections with compatible equipment.
Meaningful differences
| What changes | NETGEAR Nighthawk RS500 | NETGEAR Nighthawk RS600 | Why it matters |
|---|---|---|---|
| Internet and one local link | 2.5G WAN and 2.5G LAN. | 10G WAN and 10G LAN. | The step up targets two named connections. |
| Other local devices | Three gigabit LAN sockets. | Three gigabit LAN sockets. | More than one fast local endpoint still needs another plan. |
| 5 GHz versus 6 GHz streams | 4x4 at 5 GHz, 2x2 at 6 GHz. | 4x4 at both 5 and 6 GHz. | The documented radio expansion is on 6 GHz. |
| Body height and USB | 9.8 inches high, one USB 3. | 10.1 inches high, one USB 3. | The new model is taller and does not add a second direct USB socket. |
What you give up
Recommendation switch
Choose NETGEAR Nighthawk RS600. RS600 adds 10G-capable connections.
What matters in practice
The faster router upgrades one local link while the rest of the wired room remains gigabit.
What the facts say
Useful conclusions from the current Wi-Fi routers comparison, followed by the checked facts used to reach them.
| Product | Needs matched | Checked facts | Source records |
|---|---|---|---|
| NETGEAR Nighthawk RS500 |
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| NETGEAR Nighthawk RS600 |
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Ready to choose?
Open either model on Amazon to check the current price, customer reviews and delivery options.
Keep 2.5G WAN and one 2.5G local endpoint when those links cover the household.
Retain four-stream 5 GHz hardware without buying a 10G connection you cannot use.
See price & reviews on AmazonUse separate 10G WAN and LAN connections with compatible equipment.
Choose four-stream 6 GHz hardware for a verified supported-client requirement.
See price & reviews on AmazonLinks open in a new tab.