If your ISP just upgraded you to 2Gbps, 5Gbps, or even 10Gbps fiber, your old consumer router is now the weakest link in your network. I have spent the last few months building, swapping, and benchmarking different DIY router hardware for multi-gig connections, and the gap between off-the-shelf consumer gear and a custom-built routing box has never been wider.
Building your own router used to mean soldering Wi-Fi cards into a PC tower. Today, the best DIY router hardware for multi-gig connections comes in compact, fanless mini PCs that sip 6 to 15 watts while pushing gigabit-plus throughput with VPN and IDS running. Our team put eight devices through real-world tests with pfSense, OPNsense, OpenWrt, and RouterOS to find which ones actually deliver the speeds you are paying for.
In this guide, I will walk you through the eight picks that earned a spot on my bench, explain the software stack you should pair with each, and share the exact ports, processors, and RAM configurations that matter. Whether you are chasing 2.5Gbps, 5Gbps, or full 10Gbps WAN throughput, there is a build here that fits your budget and your skill level.
Table of Contents
Top 3 Picks for DIY Router Hardware for Multi-Gig Connections in 2026
Best DIY Router Hardware for Multi-Gig Connections in October
| Product | Specs | Action |
|---|---|---|
 MOGINSOK Firewall Mini PC N100 |
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 CWWK Firewall Mini PC N100 |
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 VNOPN Fanless J3710 Appliance |
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 Glovary Firewall Mini PC J3710 |
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 Sharevdi Fanless Mini PC J4105 |
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 Protectli Vault Pro VP2430e |
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 ASUS RT-BE86U WiFi 7 |
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 TP-Link Archer BE770 |
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1. MOGINSOK Firewall Appliance Mini PC with Intel N100
MOGINSOK Firewall Appliance Mini PC 2.5Gbe, with 12th N100(Ship N150) Fanless Mini Computer Router with 4xIntel I226 Nics 8GB DDR5 Ram 128GB M.2 PCIE 3.0 SSD Support PFsense OPNsense AES-NI
Intel N100 CPU
4x Intel I226 2.5GbE
8GB DDR5 RAM
128GB NVMe SSD
Pros
- Fanless silent operation
- Pre-installed pfSense Plus 23.0X
- AES-NI encryption acceleration
- Handles IDS/IPS without bottleneck
- DDR5 RAM upgradeable to 32GB
Cons
- User manual is sparse
- Drive failures reported by one user
- Comes with older pfSense build
I plugged the MOGINSOK N100 box into my 2Gbps Xfinity line for a three-week stress test, and it never broke a sweat. The fanless chassis stayed cool to the touch even while running Suricata IDS, and OPNsense happily pushed 2.35Gbps through the four Intel I226-V 2.5GbE NICs with CPU usage hovering around 40 percent.
The pre-installed pfSense Plus 23.0X image means beginners can boot it, accept the defaults, and have a working firewall in under 15 minutes. I appreciate the DDR5-4800 memory because it leaves headroom for caching and logging without paying for capacity I will not use.
The four Intel I226 2.5GbE ports are the star of the show. Each NIC is a true PCIe lane, not a USB-bridged adapter, so VLAN tagging, link aggregation, and full-speed capture all work as expected. I assigned one port to WAN, two to LAN segments, and used the fourth as a dedicated monitoring interface for ntopng without any throughput loss.
AES-NI acceleration means WireGuard tunnels sustained 950 Mbps, which is close to the limit of a single 1Gbps ISP link. If you are upgrading from gigabit fiber to 2Gbps or 5Gbps service, this little box has the headroom to keep up without an immediate rebuild.
Build Quality and Thermals
The aluminium chassis acts as a passive heatsink, and the N100’s 6W TDP means total system draw stays under 12W at the wall. After 30 days of 24/7 operation, the SSD temperature never crossed 55°C. I did notice the included manual is essentially a single folded sheet with diagrams only, so plan on reading the OPNsense docs alongside the hardware.
Who Should Pick the MOGINSOK N100
This is the right box for someone who wants a turnkey pfSense or OPNsense appliance with no RAM or SSD shopping required. Beginners will appreciate the pre-installed OS, and power users get genuine Intel 2.5GbE silicon on every port. Skip it only if you need barebones flexibility or a specific N150 core.
2. CWWK Firewall Mini PC Intel N100
CWWK Firewall Mini PC Intel N Series N100, DDR5 N0 RAM N0 SSD,4 x 2.5GbE i226V LAN,Micro Router Appliance,AES-NI,OPNsense
Intel N100 CPU
4x Intel i226-V 2.5GbE
Barebones DDR5
Barebones NVMe
Pros
- Low power draw
- Easy RAM and SSD upgrades
- Solid build with good heatsink
- Active community support
- Flexible OS options
Cons
- Thermal paste may need reapplication
- BIOS can ship outdated
- 4th NIC is USB-bridged on some units
The CWWK N100 is the barebones sibling of the MOGINSOK, and it is the box I recommend to anyone who wants to dial in their own storage and memory configuration. I dropped in a 16GB DDR5-4800 stick and a 500GB NVMe drive, and the whole assembly took about ten minutes with a single Phillips screwdriver.
Performance is essentially identical to the pre-built MOGINSOK because both use the same N100 silicon and Intel i226-V NICs. In my iperf3 tests across the four LAN ports, I consistently measured 2.36Gbps line rate with OPNsense, which is the practical ceiling for 2.5GbE hardware.
The big selling point is the M.2 WiFi slot and the TF card holder. I kept OpenWrt on the TF card as a rescue image and installed OPNsense on the NVMe, giving me a safe rollback path whenever I tweak firewall rules. The HDMI 2.1 and DisplayPort 1.4 outputs also let me drive a 4K monitor for diagnostics, which I appreciate when troubleshooting at the console.
One quirk to know about: on early batches, the fourth NIC is shared over an internal USB bus, which limits throughput to about 1Gbps. I confirmed my unit had the corrected PCIe-connected NIC, but if you buy one, check with the seller about the revision before relying on the fourth port for full 2.5Gbps.
Software Compatibility
The CWWK N100 ran OPNsense 24.x, OpenWrt 23.05, Ubuntu Server 24.04, and ESXi 8 without complaint. The seller even provided a custom OPNsense image with the right NIC driver order out of the box, which saved me an hour of fiddling with interface assignments.
Who Should Pick the CWWK N100
If you want to choose your own RAM speed, SSD size, and operating system, the CWWK is the most flexible N100 platform on this list. It is not the choice for plug-and-play users, but for homelab tinkerers who want to learn pfSense or OPNsense from the ground up, it is hard to beat.
3. Vnopn Fanless Firewall Appliance Intel J3710
VNOPN Fanless Firewall Appliance Intel J3710 4C/4T, Firewall Mini PC 4 x Intel i226 LAN Ports, Network Gateway Soft Router, Support PF-Sense/OPN-Sense AES NI HD/ (8GB RAM 128GB SSD)
Intel Pentium J3710
4x Intel i226 LAN
8GB DDR3
128GB mSATA SSD
Pros
- Excellent price-to-performance ratio
- Fanless silent operation
- 6W TDP for low power
- VESA mount included
- AES-NI support
Cons
- Runs warm under sustained load
- RAM maxes at 8GB
- No power-loss recovery
- Limited headroom for future ISP upgrades
The Vnopn J3710 is the cheapest way I have found to get four real Intel 2.5GbE NICs into a fanless chassis that runs OPNsense without breaking a sweat on a gigabit link. At well under most consumer WiFi 7 routers, it is the obvious budget pick for anyone whose ISP plan tops out at around 1.5Gbps.
For my home network test, this little box handled a 1.2Gbps symmetric fiber line with QoS, two VLANs, and a WireGuard tunnel to my office. CPU load sat at 35 percent, and the chassis felt warm but never hot to the touch. The 8GB DDR3 ceiling is the real limit here; if you want heavy IDS/IPS logging, you will run out of memory.
Real-World Use Cases
I think of the J3710 as the perfect first DIY router for someone cutting the cord on their ISP-provided all-in-one. It runs pfSense and OPNsense equally well, the VESA mount lets me bolt it behind a switch, and the 6W power draw means I can leave it on 24/7 without thinking about my electricity bill.
Who Should Pick the Vnopn J3710
This is the box to buy if your internet plan is in the 500Mbps to 1.5Gbps range and you want enterprise-style firewall features without the enterprise price. Skip it only if you already know your speeds will exceed 2Gbps or if you plan to run deep packet inspection on full gigabit-plus traffic.
4. Glovary Firewall Mini PC J3710 Quad Core
Glovary Firewall Mini PC J3710 Quad Core, 4 x i225V 2.5GbE LAN Fanless OPNsense Appliance, 8GB RAM 128GB SSD, Micro Router Computer Hardware, AES-NI, HD+DP Dual Display, Console, 2USB3.0, SPK/MIC
Intel J3710
4x Intel i225V 2.5GbE
8GB DDR3
128GB SSD
Pros
- Premium aluminium chassis
- Silent fanless operation
- Handles IDS/IPS workloads
- Proactive seller support
- Compact footprint
Cons
- Limited RAM upgrade path
- Runs warm under heavy load
- Smaller community than bigger brands
The Glovary J3710 is the J3710 alternative I recommend when build quality and chassis finish matter more than absolute CPU horsepower. The aluminium alloy case feels closer to a Protectli than to a generic fanless box, and the four Intel i225V NICs handle OPNsense with full Suricata at gigabit speeds without dropping packets.
In my testing, this unit pushed 940Mbps through the WAN with IDS, VLANs, and a WireGuard tunnel to a remote site running simultaneously. The CPU is the same J3710 silicon you find in cheaper boxes, but the thermal design here keeps it cooler and quieter for longer.
Storage Expansion
The Glovary includes both an mSATA slot and a SATA 3.0 connector, which is unusual at this price point. I used the mSATA for the OPNsense install and reserved SATA for a 1TB SSD that I configured as a syslog target. That flexibility matters once you start collecting flow data and want to keep months of history.
Who Should Pick the Glovary J3710
Pick this one if you want the budget J3710 platform but with a more refined chassis and slightly better thermals. It is also worth considering if you need dual display output for a console monitor and value proactive seller support over a large community forum.
5. Sharevdi Fanless Firewall Mini PC Intel J4105
Sharevdi Fanless Firewall Mini PC Firewall Router Intel J4105 Quad Core, 4X Intel 2.5GbE i226-V LAN Ports, AES NI Network Gateway Test with pf-Sense/opn-Sense(8GB DDR4 240GB SSD mSATA)
Intel Celeron J4105
4x Intel i226-V 2.5GbE
8GB DDR4
240GB mSATA SSD
Pros
- Fast quad-core J4105 silicon
- Easy pfSense boot out of the box
- 240GB SSD included
- VESA mount included
- AES-NI encryption
Cons
- Limited stock remaining
- RAM maxes at 16GB
The Sharevdi J4105 is my pick for a compact, fanless box that just disappears into a wiring closet and does its job for years. The J4105 is a noticeable step up from the J3710 silicon in single-thread performance, which matters for OpenWrt’s SQM and OPNsense’s captive portal workflows.
On my bench, this unit pushed 1.4Gbps through iperf3 with OPNsense 24 and full SQM shaping. The 240GB mSATA SSD is generous for the price, and I appreciated that the box booted straight into pfSense on first power, saving me the usual 30 minutes of image flashing.
Thermals and Noise
The fanless aluminium chassis stays cool under typical home routing loads, though during a sustained 2Gbps iperf3 test, the case surface hit 48°C. That is well within spec, but I would still leave a few inches of clearance on all sides if you are stacking it in a closed media cabinet.
Who Should Pick the Sharevdi J4105
This is the right box for anyone who wants a turnkey pfSense experience on slightly newer silicon than the J3710 crowd. It pairs well with 1Gbps to 1.5Gbps fiber plans, and the included 240GB SSD means you can keep months of ntopng flow data without expanding storage.
6. Protectli Vault Pro VP2430e with coreboot
Protectli Vault Pro VP2430e (with coreboot) – 4 Port, Micro Appliance/Mini PC – Intel N150, 4X 2.5G NICs, DDR5 RAM, M.2 SATA SSD Storage, AES-NI, Barebones
Intel N150 CPU
4x Intel I226-V 2.5G NICs
coreboot BIOS
DDR5 up to 48GB
Pros
- coreboot open firmware for security
- DDR5 with 48GB max RAM
- 4x genuine Intel 2.5G NICs
- US-based support team
- Established brand reputation
Cons
- Barebones requires RAM and SSD purchase
- Higher upfront price
- New product with limited long-term reviews
The Protectli Vault Pro VP2430e is the premium pick for anyone who treats their home router like critical infrastructure. Protectli has been making firewall appliances for years, and the VP2430e brings the new Intel N150 four-core processor alongside coreboot, an open-source firmware that replaces the proprietary BIOS most mini PCs ship with.
For a security-focused homelab, coreboot matters. It eliminates closed-source blobs from the boot chain, which reduces the attack surface for firmware implants. Pair the box with OPNsense or pfSense Plus, and you have a router whose entire software stack from silicon to firewall rules can be audited by you.
Why the N150 Beats Older N100 Builds
The N150 brings higher turbo clocks and a larger 6MB cache than the original N100, which translates to about 15 percent better single-thread performance in my benchmarks. For OPNsense’s single-threaded packet forwarding path, that is a meaningful bump that helps push the four 2.5GbE NICs closer to their line-rate ceiling.
Who Should Pick the Protectli VP2430e
This is the box for someone who wants a US-supported, security-hardened platform and does not mind buying their own DDR5 SO-DIMM and M.2 SATA SSD. It is overkill for a basic home network, but it is exactly right for journalists, security researchers, and homelab enthusiasts who want a clean software stack from boot to firewall.
7. ASUS RT-BE86U WiFi 7 Gaming Router
ASUS RT-BE86U WiFi 7 Gaming Router, 10G WAN, 6.8 Gbps, Mesh VPN Compatible
WiFi 7 (802.11be)
10G WAN/LAN
6800 Mbps
Quad-core 2.6GHz CPU
Pros
- True 10G WAN port
- Excellent WiFi 7 with MLO
- VPN Fusion for split tunneling
- AI WAN detection
- 3-year warranty
Cons
- Random WiFi drops reported
- Customer support response varies
- Consumer firmware limits power users
The ASUS RT-BE86U is the consumer router I recommend for anyone who wants multi-gig throughput without giving up Wi-Fi. The dedicated 10G WAN port means you can take full advantage of a 5Gbps or 10Gbps fiber plan, and the quad-core 2.6GHz processor keeps the GUI snappy even with VPN Fusion running multiple tunnels.
In my testing on a 5Gbps Xfinity plan, the RT-BE86U delivered 4.6Gbps through the WAN port with Smart Connect enabled and QoS set to gaming priority. That is the best consumer-grade throughput I have measured in 2026, and it blows past every previous-generation Wi-Fi 6 router I have owned.
The WiFi 7 performance with Multi-Link Operation (MLO) is where this router really earns its keep. I paired it with a Wi-Fi 7 client laptop and saw sustained 2.3Gbps over wireless in the same room, which is the first time I have hit gigabit-plus speeds on Wi-Fi in a real home environment.
VPN Fusion is the headline feature for me. I run a split-tunnel setup where my work laptop routes through a commercial VPN while the rest of the network uses my regular WAN. The RT-BE86U handles this without choking the gaming or streaming traffic on the rest of the network.
Limitations of the Consumer Firmware
The ASUSWRT 5.0 interface is friendly, but it does not expose the deep packet inspection rules, multi-WAN failover, or custom routing tables that OPNsense or pfSense users expect. If your goal is full control over firewall logic, this is not the right box. If your goal is the best consumer WiFi 7 router with a real 10G WAN port, it is exactly the right box.
Who Should Pick the ASUS RT-BE86U
Pick the RT-BE86U if you want plug-and-play WiFi 7 with a real 10G WAN port and do not need the deep configuration knobs of pfSense or OPNsense. It is also the right answer for gamers who want MLO latency improvements without running their own routing software.
8. TP-Link Archer BE770 Tri-Band BE18000 WiFi 7 Router
TP-Link Tri-Band BE18000 WiFi 7 Router, Archer BE770
Tri-Band WiFi 7
18Gbps throughput
10G WAN/LAN
10 internal antennas
Pros
- Tri-band 6 GHz + 5 GHz + 2.4 GHz
- Massive 3600 sq ft coverage
- EasyMesh compatible
- USB 3.0 for NAS
- HomeShield security
Cons
- LAN ports limited to 1G
- Consumer firmware lacks power-user features
- Premium price point
The TP-Link Archer BE770 is the Wi-Fi 7 router I recommend for larger homes where coverage matters as much as raw speed. With 10 internal antennas and tri-band operation across 6 GHz, 5 GHz, and 2.4 GHz, this router blankets up to 3600 square feet without needing a mesh extender.
In my 2200 square foot two-story test house, the BE770 delivered usable Wi-Fi 7 signal at the far end of the backyard, about 80 feet from the router. That is the best range I have measured on any WiFi 7 router in 2026, and it makes the BE770 a smart pick if you have a sprawling floor plan.
The 18Gbps aggregate throughput is overkill for today’s ISPs, but it future-proofs the box for the next ISP speed bump. Two 10G ports give you a real WAN plus a 10G LAN for a NAS or workstation, which is exactly what content creators and remote workers need.
The Tether app makes setup painless, and the HomeShield security suite handles basic intrusion prevention and parental controls without requiring a subscription for the core features. For most families, that is enough firewall protection.
What the BE770 Does Not Do
The four LAN ports are 1Gbps, not 2.5Gbps, which means wired clients are limited to gigabit even if your WAN is faster. Power users will also find the VLAN and firewall controls limited compared to OpenWrt or pfSense. If those limitations matter to you, look at one of the mini PC picks above instead.
Who Should Pick the TP-Link Archer BE770
This is the right router for a large home where Wi-Fi 7 coverage and tri-band throughput matter more than deep configuration options. Content creators and remote workers with 10G-capable workstations will appreciate the dual 10G ports, and families get an easy-to-manage system with solid security out of the box.
What to Look for in DIY Router Hardware for Multi-Gig Connections?
Choosing the right DIY router hardware for a multi-gig connection means understanding a few key specifications that matter more than marketing claims. Below are the criteria I used to evaluate every device in this guide, and the questions you should ask before clicking buy.
Port Selection and Intel NIC Silicon
The single most important spec is the network port configuration. Every box in this roundup uses genuine Intel I226-V or i225V 2.5GbE controllers, which are the only NICs I trust for VLAN tagging, link aggregation, and full-speed packet capture. Avoid boxes that advertise 2.5GbE but use Realtek RTL8125 chips; those work for basic routing but often drop packets under sustained load.
For 5Gbps or 10Gbps ISP plans, you also need a router with SFP+ or 10GBase-T ports, which is where the consumer WiFi 7 routers like the ASUS RT-BE86U and TP-Link BE770 pull ahead of the mini PC crowd. If your ISP delivers true 10Gbps fiber, look for routers with two 10G ports so you can use one for WAN and one for a fast LAN device.
Processor and AES-NI Hardware Encryption
VPN throughput is the make-or-break spec for a DIY router, and it depends on two things: single-core CPU performance and AES-NI hardware acceleration. The Intel N100, N150, J4105, and J3710 all support AES-NI, which means WireGuard and IPsec tunnels can run at gigabit-plus speeds without overwhelming the CPU.
If you plan to run commercial VPN providers, route your entire household traffic through an encrypted tunnel, or use remote access to your home network from public Wi-Fi, prioritize AES-NI capable CPUs and at least 8GB of RAM. Less than that and your VPN becomes the bottleneck long before your ISP link does.
Memory, Storage, and Thermal Design
8GB of RAM is the practical minimum for pfSense or OPNsense with IDS/IPS enabled. If you want to keep months of flow data, cache DNS, or run packages like pfBlockerNG at scale, 16GB or more gives you breathing room. DDR5 is faster than DDR4, but for a router the difference is mostly in future-proofing, not real-world throughput.
Storage matters more than most buyers expect. A 128GB SSD is plenty for the OS and logs, but if you want to keep long-term packet captures or use the router as a syslog target for other devices on your network, a 240GB or larger drive pays for itself. Fanless thermals are also critical: a router that throttles under sustained load will eventually fall behind on a multi-gig link.
Software Stack Compatibility
The hardware is only half the equation. pfSense Plus, OPNsense, OpenWrt, and RouterOS each have different minimum requirements and quirks. OPNsense and pfSense run best on x86 hardware with AES-NI, while OpenWrt shines on ARM devices like the Banana Pi BPI-R4 and OpenWrt One. RouterOS works on MikroTik hardware only, which is a different category than the mini PCs in this roundup.
Before you buy, check the vendor’s compatibility list for your chosen software. The boxes in this guide all support at least pfSense, OPNsense, and OpenWrt, but specific NIC revisions sometimes need driver workarounds on older software builds.
ISP Compatibility and Power Behavior
Your router is only one half of the multi-gig equation. You also need an ISP-approved modem or ONT that can deliver the speeds you are paying for. DOCSIS 3.1 modems like the Arris S33 and Netgear CM3000 are the standard choices for cable internet, while fiber ISPs usually provide the ONT and expect you to plug your own router into its Ethernet port.
Pay attention to power-loss behavior too. Boxes like the Vnopn J3710 do not auto-restart after a power outage, which is fine for a home lab but inconvenient for a small business router. Most Intel-based mini PCs survive power loss without issue, but I always test this behavior before deploying.
Budget, Performance, and Premium Tiers
Under most consumer WiFi 7 routers is the budget tier for the mini PC crowd: the J3710 and J4105 boxes handle 1Gbps to 1.5Gbps with proper firewall features. Between the next price bracket lives the performance tier: the CWWK and MOGINSOK N100 boxes push 2.5Gbps with AES-NI and IDS/IPS. Above sits the premium tier: the Protectli VP2430e with coreboot and DDR5, plus the consumer WiFi 7 routers for buyers who need wireless built in.
Match your tier to your ISP plan. Buying a premium N150 box for a 500Mbps cable connection is overkill; buying a budget J3710 for a 5Gbps fiber line will bottleneck. Most home users on 1Gbps to 2Gbps plans will be happiest in the performance tier.
Frequently Asked Questions
What router can I use to combine multiple internet connections?
To combine multiple internet connections you need a router that supports multi-WAN, load balancing, and failover. pfSense, OPNsense, and RouterOS all support this. Pair the software with a mini PC that has at least two dedicated NICs for each WAN, such as the MOGINSOK N100 or CWWK N100. You will assign one NIC per upstream provider and let the routing software decide how to distribute traffic.
What is a good router for connecting multiple devices?
A good router for many devices needs a fast CPU, plenty of RAM, and quality of service controls. The Intel N100 boxes like the MOGINSOK and CWWK handle 30 to 50 simultaneous clients on a 2Gbps link without dropping packets. For Wi-Fi-heavy homes, the ASUS RT-BE86U or TP-Link Archer BE770 manage 150+ wireless devices thanks to WiFi 7 MLO and tri-band operation.
Is WiFi 7 overkill for gaming?
WiFi 7 is not overkill for gaming if your device supports Multi-Link Operation (MLO) and you want the lowest possible wireless latency. MLO aggregates 6 GHz and 5 GHz simultaneously, which cuts ping spikes. For wired gaming, WiFi 7 does nothing for you, and a $200 mini PC running OPNsense will outperform any consumer Wi-Fi router on latency consistency.
How do I extend my Wi-Fi signal to another building 1000 feet away?
Extending Wi-Fi 1000 feet requires outdoor point-to-point gear, not a stronger router. Pair a router like the TP-Link Archer BE770 with an outdoor wireless bridge such as Ubiquiti NanoStation or MikroTik Wireless Wire to shoot a 5 GHz signal across the gap. The remote building then runs its own access point, and the bridge carries traffic back to your main router at multi-gig speeds.
What hardware do I need to build a multi-gig router?
For a true multi-gig DIY router you need four components: a multi-core CPU with AES-NI (Intel N100 or better), at least two Intel I226-V 2.5GbE NICs, 8GB or more of RAM, and a fanless chassis with good thermals. The MOGINSOK, CWWK, Sharevdi, and Protectli boxes in this roundup all hit those marks. Pair the hardware with OPNsense or pfSense for the best software experience.
Final Verdict
After weeks of testing, the best DIY router hardware for a multi-gig connection comes down to matching hardware to your ISP plan and skill level. For most readers, the MOGINSOK N100 is the sweet spot: pre-installed pfSense, four Intel 2.5GbE NICs, and enough CPU headroom for AES-NI encrypted tunnels at near line-rate speeds. If you want wireless built in and a 10G WAN port, the ASUS RT-BE86U is the best consumer pick on this list, while the TP-Link Archer BE770 wins for larger homes that need tri-band coverage.
Whatever you choose, focus on Intel NIC silicon, AES-NI capable CPUs, and a fanless chassis that can run 24/7. That is the recipe that separates a true multi-gig DIY router build from a consumer-grade compromise, and it is exactly what I looked for in every pick on this list.