Wired Routers Price Comparison 2026
Compare 166 wired routers from Cisco, MikroTik, DrayTek and more — find the best price across top UK retailers in one place.
Wired routers occupy a very different world from the consumer kit you'd find at Currys or Argos. The vast majority of the 166 models we track here are built for businesses, IT professionals, and network engineers who need deterministic performance, proper VPN support, and hardware that won't buckle under sustained load. The price spread tells the story clearly: from 61 £ at the entry end to well over 637 £ for enterprise-grade Cisco and HPE hardware, this is a category where the gap between tiers is enormous — and meaningful.
Cisco dominates by volume and by average price, with 37 products averaging over three times the market median. That premium buys you Cisco IOS, hardware-accelerated encryption, and the kind of enterprise support contracts that matter in regulated industries. MikroTik, on the other hand, has carved out a loyal following among network engineers who want serious routing performance — multi-core ARM processors, RouterOS, SFP+ fibre ports — at a fraction of the cost. The RB5009 and CCR2004 series in particular represent extraordinary value if you're comfortable with the CLI. DrayTek sits in a sweet spot for UK SMEs: solid VLAN support, built-in ADSL/VDSL modems on some models, and a reputation for reliable firmware updates that the British business market has come to trust.
TP-Link's Omada and SafeStream lines bring multi-WAN VPN routing to budgets starting around 61 £, which is genuinely impressive — though throughput and concurrent session limits mean they're best suited to small offices rather than high-traffic environments. For anyone building out a more ambitious network, pairing a wired router with a managed network switch and wireless access points is the standard approach, and the price comparison tools here make it straightforward to budget across all three layers.
One thing worth flagging: a significant chunk of the catalogue — particularly the Cisco Catalyst and HPE units — is priced for data centre and ISP deployments. If you're equipping a branch office or a home lab, you almost certainly don't need to go above 259 £. The MikroTik and DrayTek ranges cover that ground extremely well. For those managing distributed sites or requiring robust IPSec/WireGuard tunnels, Ubiquiti's UISP platform and Teltonika's industrial routers are worth a close look too — both brands offer strong management interfaces and active community support. Compare prices across merchants before buying: we regularly see 15–20% variation on the same SKU between retailers.
How to Choose a Wired Router: A Practical Guide for IT Buyers
Most buyers in this category already know they need a wired router — the question is which tier makes sense for their traffic volumes, VPN requirements, and budget. The price gap between a capable SME router and a full enterprise unit is vast, and the wrong choice in either direction costs money. Here's what actually matters.
Throughput and forwarding rate relative to your WAN speed
This is the single most important spec, and the one most often ignored. A router's throughput (measured in Gbps) and forwarding rate (measured in Mpps) determine whether it can keep up with your internet connection and internal traffic under real-world load. A unit rated at 1 Gbps NAT throughput will bottleneck a 1 Gbps leased line the moment you enable firewall rules or VPN — because those features consume CPU cycles. Always check the with features enabled throughput figure, not the headline number. For a typical SME on a 500 Mbps–1 Gbps fibre connection, look for at least 2–3 Gbps of raw forwarding capacity to leave headroom.
Multi-WAN failover and load balancing
If your business cannot afford downtime, multi-WAN support is non-negotiable. This lets you connect two or more internet lines — say, a primary fibre and a 4G/5G backup — and automatically fail over if one drops. Some routers also do active load balancing across both links simultaneously, increasing effective bandwidth. DrayTek's Vigor 2927 and 2962 handle this particularly well at the SME level, with session-based and IP-based load balancing policies. TP-Link's SafeStream range covers the basics at a lower price point, though the policy options are more limited. Cisco and MikroTik CCR units offer the most granular control, but require more configuration effort.
VPN protocol support and encryption performance
Not all VPN implementations are equal. IPSec is the enterprise standard for site-to-site tunnels; WireGuard is increasingly preferred for its speed and simplicity; OpenVPN is flexible but CPU-intensive. The critical question is whether the router has hardware-accelerated encryption — without it, enabling VPN on a busy connection can halve your effective throughput. MikroTik's CCR series and Cisco's Catalyst 8200 both include hardware crypto acceleration. For a small office with a handful of remote workers, software-based VPN on a DrayTek or ASUS unit is usually sufficient. For 50+ concurrent tunnels, you need dedicated hardware acceleration.
Port configuration: copper, SFP, and speed tiers
The port mix defines what you can actually connect. Standard Gigabit Ethernet (1GbE) is fine for most office deployments, but if you're running 10GbE servers or NAS devices, you'll want at least one or two Multi-Gigabit (2.5GbE or 10GbE) ports. SFP/SFP+ fibre ports are essential for long-distance uplinks or direct fibre handoffs from your ISP. MikroTik's L009 and RB5009 offer a 2.5GbE port and SFP+ at prices well below 259 £, which is exceptional value. Cisco and HPE units in the upper range typically offer multiple SFP+ ports as standard, suited to data centre uplinks.
Management interface and ongoing firmware support
Enterprise routers live for years, and the quality of the management interface matters enormously over that lifespan. RouterOS (MikroTik) is powerful but has a steep learning curve — Winbox and the web GUI help, but CLI fluency is expected. DrayTek's VigorOS is arguably the most accessible for IT generalists, with a clear web interface and excellent UK-based support documentation. Cisco IOS is the industry standard but assumes training. For managed deployments, check whether the router supports SNMP, REST API, and centralised management platforms — these become critical when you're managing more than a handful of sites. Also verify the vendor's firmware update cadence: DrayTek and MikroTik both have strong track records here.
Form factor and rack compatibility
Desktop units suit small offices and home labs; rack-mount (1U) units are the norm in server rooms and comms cabinets. Most MikroTik CCR and DrayTek Vigor units ship in rack-mount form, while the ASUS ExpertWiFi EBG15 and smaller TP-Link models are desktop-only. If you're fitting out a rack, confirm the unit ships with rack ears — some vendors charge extra or don't include them. DIN-rail mounting is available on some Teltonika and MikroTik units, useful for industrial or retail environments where a standard rack isn't practical.
- Entry-level and small office (From 61 £ to 159 £) : TP-Link SafeStream and ASUS ExpertWiFi territory. You get multi-WAN VPN routing, a basic stateful firewall, and Gigabit Ethernet ports — more than enough for a small office with a single internet connection and a handful of remote workers. Don't expect high concurrent session counts or hardware-accelerated encryption at this price. Good for: retail units, home labs, micro-businesses.
- The SME sweet spot (From 159 £ to 259 £) : This is where the most interesting hardware lives. MikroTik's RB5009 and L009, DrayTek's Vigor 2865 and 2927, and TP-Link's Omada VPN routers all sit here. You get proper multi-WAN failover, VLAN support, SFP ports on some models, and management interfaces that scale. DrayTek is the safest choice for IT generalists; MikroTik offers more power for those comfortable with RouterOS. Strong value for money.
- Advanced SME and branch office (From 259 £ to 637 £) : DrayTek Vigor 2962, MikroTik CCR2004, Ubiquiti UISP-R-Pro, and the lower end of the Cisco Catalyst range. Hardware-accelerated VPN, 2.5GbE/10GbE ports, SFP+ uplinks, and serious throughput figures. Suitable for organisations with multiple sites, high-bandwidth connections, or demanding security policies. Cisco's entry here requires IOS familiarity to unlock its full potential.
- Enterprise and data centre (Over 637 £) : Cisco Catalyst 8200 and above, HPE FlexNetwork, and MikroTik's CCR2116 series. These units are built for ISPs, large enterprises, and data centres — multi-core processors, 40+ Gbps throughput, extensive SFP+ port counts, and full enterprise support contracts. Overkill for anything short of a large campus or carrier-grade deployment. The price premium is real, but so is the performance ceiling.
Top products
- TP-Link SafeStream Gigabit Multi-WAN VPN Router (TP-Link) : The most accessible entry point in the category — multi-WAN VPN routing at a price that undercuts almost everything else. Fine for a small office with modest traffic; don't expect it to handle 50 concurrent VPN tunnels without straining.
- Mikrotik RB5009UG+S+IN wired router 2.5 Gigabit Ethernet Black (Mikrotik) : Outstanding value for money — a 2.5GbE port, SFP+ uplink, and a powerful ARM processor at a mid-range price. The best choice for RouterOS-confident buyers who want serious hardware without enterprise pricing.
- DrayTek Vigor 2927 (UK/IE) wired router Gigabit Ethernet Black (DrayTek) : The go-to recommendation for UK SMEs who want dual-WAN failover, solid VPN support, and a management interface that doesn't require a Cisco certification to navigate. Reliable firmware history seals the deal.
- DrayTek Vigor 2962 wired router 2.5 Gigabit Ethernet Black, White (DrayTek) : A step up from the 2927 with 2.5GbE ports and hardware-accelerated VPN — worth the extra spend if you're running multiple IPSec or WireGuard tunnels at full line speed. Overkill for a single-site office with light VPN use.
- Cisco Catalyst 8200 wired router Gigabit Ethernet Grey (Cisco) : Enterprise-grade hardware with Cisco IOS, hardware crypto acceleration, and the ecosystem integrations that large organisations depend on. Completely justified at scale — but if you're not already a Cisco shop, the licensing model and configuration complexity make it a hard sell against MikroTik or DrayTek.
Related categories
Frequently Asked Questions
What is the difference between a wired router and a wireless router?
A wired router handles routing and network management purely over Ethernet connections, with no built-in Wi-Fi radio. This is actually an advantage in business deployments: it separates routing from wireless functions, letting you pair a high-performance router with dedicated wireless access points rather than relying on a single all-in-one device. Wired routers also tend to offer more advanced features — multi-WAN failover, hardware VPN acceleration, deep packet inspection — that consumer wireless routers rarely match.
Is MikroTik worth the learning curve for a small business?
Yes, if you have someone on staff (or a trusted IT partner) who is comfortable with RouterOS — the payoff in performance per pound is hard to beat. The RB5009 in particular delivers 2.5GbE ports, an SFP+ uplink, and serious routing performance at a price well below comparable DrayTek or Cisco hardware. That said, if your IT support is occasional and non-specialist, DrayTek's VigorOS is a more practical choice: the web interface is clearer, UK documentation is excellent, and the firmware update history is reassuring.
Do I need a wired router if I already have a modem-router from my ISP?
Almost certainly yes, if you're running a business network. ISP-supplied modem-routers are designed for consumer use — they lack proper VLAN support, multi-WAN failover, VPN server capability, and the firewall granularity that business environments require. The standard approach is to put the ISP device in bridge or modem-only mode and place a dedicated wired router behind it. This gives you full control over routing policy, security, and network segmentation without fighting the ISP's locked-down firmware.
What VPN protocols should I prioritise in 2026?
For site-to-site tunnels, IPSec remains the enterprise standard — widely supported, hardware-acceleratable, and compatible with virtually every vendor. For remote access (road warriors, home workers), WireGuard has become the preferred choice: it's significantly faster than OpenVPN, simpler to configure, and now supported natively on MikroTik, DrayTek, and Ubiquiti hardware. OpenVPN is still useful for cross-platform compatibility but is CPU-intensive without hardware offload. Avoid PPTP entirely — it's cryptographically broken and should not be used on any new deployment.
Are cheap wired routers under £100 actually any good, or should I avoid them?
They're genuinely useful for specific use cases, but you need to be clear-eyed about their limits. The TP-Link SafeStream at the lower end of the price range handles basic multi-WAN VPN routing competently for a very small office. Where budget units fall short is concurrent session capacity, VPN throughput under load, and long-term firmware support. If you're running more than 20–30 simultaneous users or need reliable IPSec tunnels at full line speed, spending more on a MikroTik or DrayTek unit will save you headaches. The ASUS ExpertWiFi EBG15 is a reasonable exception — solid build quality and a clean interface at a low price point.
How do I know if a wired router supports hardware-accelerated VPN encryption?
Check the datasheet for mentions of a hardware crypto engine, AES-NI support, or dedicated security processor — these are the terms vendors use to indicate on-chip encryption acceleration. MikroTik's CCR series uses multi-core MIPS or ARM processors with hardware crypto; Cisco's Catalyst 8200 includes a dedicated encryption module. If the spec sheet only lists a generic CPU without mentioning crypto offload, assume VPN is software-only and will consume significant CPU headroom. For DrayTek units, the Vigor 2962 includes hardware-accelerated VPN while the 2865 handles it in software — a meaningful difference at high tunnel counts.
Can I use a wired router alongside a mesh Wi-Fi system?
Yes, and it's actually a clean architecture. Place the wired router upstream to handle all routing, firewall, and VPN functions, then connect your mesh Wi-Fi system as a pure access layer in access point mode. This prevents double-NAT issues and keeps routing policy centralised. Most mesh systems from Eero, Google, and Ubiquiti support AP mode explicitly. The wired router manages the network; the mesh handles wireless coverage. It's the approach we'd recommend for any home office or small business that wants both reliable wired performance and seamless wireless roaming.