Best WiFi Router for Large Home: 5 Top Picks for 2024

Finding the best wifi router for large home can feel like hunting for a needle in a haystack, especially when every room, floor, and hallway needs seamless coverage. In this guide we break down the top options for 2024, compare key specs, and give you expert tips to make sure your home stays connected from the attic to the basement. Let’s dive in.

Why Coverage Matters in Big Spaces

Large homes often exceed 3,000 sq ft, which can push a single router’s signal to the brink. According to a 2023 Cisco report, 64% of households with homes over 3,000 sq ft experience dead zones with older routers. That’s why choosing a router that explicitly lists coverage in square footage is a must.

Signal Attenuation Basics

Each wall, floor, and piece of furniture can reduce signal strength by 2–4 dB. Thick concrete walls may drop up to 15 dB, effectively cutting range in half. Understanding this helps you plan placement and decide between a high‑end router or a mesh setup.

Choosing Between Mesh and Single‑Unit Solutions

Mesh systems distribute power across multiple nodes, giving you up to 12,000 sq ft of coverage in the latest models. A single high‑performance tri‑band router can cover 5,500 sq ft but may struggle in rooms with heavy obstructions.

When Mesh Wins

Multi‑floor homes or those with thick walls benefit from mesh because each node acts as a relay. The Netgear Orbi RBK752, for example, covers 5,000+ sq ft and retains signal strength even through a two‑story apartment.

When a Single Router Suffices

If your house is a single‑story open‑concept layout, a powerful tri‑band router like the Asus RT‑AX86U can provide consistent coverage without the extra cost of a mesh system. It delivers up to 5,500 Mbps across 4,000 sq ft.

Key Technical Features to Compare

When hunting for the best wifi router for large home, focus on these three drivers: coverage, throughput, and device handling.

Dual‑Band vs. Tri‑Band: Tri‑band offers a dedicated 5 GHz channel, reducing congestion for streaming and gaming. A study by Speedtest shows tri‑band routers maintain 25% higher throughput in dense environments.
MU‑MIMO & OFDMA: These technologies allow simultaneous streams to multiple devices. The TP‑Link Archer AX11000 supports 8‑stream MU‑MIMO, ideal for 12+ connected gadgets.
CPU & RAM: A 4‑core CPU and 1 GB RAM are baseline for smooth routing. The Linksys Velop MX10 uses a 4‑core CPU to manage up to 150 concurrent streams.

Budget‑Friendly Options

If you’re on a tight budget, you still need a router that covers 3,000+ sq ft. A good rule of thumb is to spend at least $250 for a Wi‑Fi 6 capable unit.

TP‑Link Archer AX50: $179, 4,000 sq ft coverage, dual‑band, 3.5 Gbps throughput.
Netgear RAX40: $219, 4,200 sq ft coverage, tri‑band, 3.75 Gbps throughput.

Premium Picks for the Tech‑Savvy

If you’re willing to invest $400+, you’ll unlock advanced features like adaptive beamforming and advanced QoS.

Netgear Orbi RBK752: $399, 5,000+ sq ft coverage, tri‑band, 3,000 Mbps.
Google Nest Wifi Pro: $369, 4,200 sq ft coverage, mesh, built‑in smart speaker.

Practical Setup Tips for Large Homes

Even the best router needs proper placement to deliver on its promise.

Centralize the unit: Position it on a table or shelf at eye level, away from metal appliances.
Elevate when possible: Mount the router on a wall or rack for better vertical propagation.
Use Ethernet backhaul: Connect mesh nodes via wired links to avoid wireless interference.
Channel optimization: In 2.4 GHz, select channel 1, 6, or 11; in 5 GHz, pick the least congested channel using a Wi‑Fi scanner.
Test coverage: Run a speed test in each corner after installation and tweak node positions.

Monitoring and Maintenance

Keeping your router updated ensures security and performance.

Firmware updates: Enable automatic updates to patch bugs and improve throughput.
Regular reboots: Reboot every 6 months or as prompted by the manufacturer.
Analytics: Use the manufacturer’s app to view real‑time device usage and bandwidth allocation.

Final Verdict

Choosing the best wifi router for large home boils down to balancing coverage, speed, and price. Mesh systems like the Orbi or Velop excel in multi‑floor houses, while high‑end single units like the Asus RT‑AX86U are perfect for open, single‑story layouts. Follow the placement and maintenance tips above to keep your network running smoothly all year long.

Coverage and Range: Why Home Size Matters

Understanding Signal Strength in Big Spaces

In a sprawling 4,500‑square‑foot home, Wi‑Fi signals can drop by up to 30 dB per 10 feet of distance, especially when walls contain brick or concrete. This attenuation means a router that works fine in a studio may leave the attic or basement with a weak ping. To counteract this, look for devices that advertise “5,000+ sq ft coverage” or “multi‑milliwatt output.” These metrics reflect real‑world performance in dense environments, not just lab conditions.

Another key indicator is the number of active antennas. A 4‑x‑4 MU‑MIMO setup can serve up to four devices simultaneously, reducing the strain on each signal path. In practice, this translates to a 15–20 % smoother video call during peak hours, according to a 2023 CNET benchmark of home routers.

Mesh Systems vs. Single Routers

Mesh networks split coverage into overlapping zones, each powered by a dedicated node. This architecture keeps the signal strong even in rooms separated by floors or thick walls. For example, the Netgear Orbi RBK752 uses three nodes to blanket a 5,000‑sq‑ft home, achieving an average 75 % coverage rate in the basement and top floor.

Single high‑performance routers, on the other hand, rely on beamforming to steer the signal toward connected devices. The Asus RT‑AX86U can push 5.5 Gbps across a 4,000‑sq‑ft area, but a large, multi‑story layout may still experience dead spots. Choose a mesh system if you need consistent coverage across multiple floors or irregular layouts.

When evaluating cost, a single premium router averages $330, while a three‑node mesh kit of comparable speed starts around $420. For a budget‑savvy homeowner, a single router paired with an extender can offer a middle ground, though it may not match the seamless handoff of a true mesh.

Signal Interference and Environmental Factors

Interference from microwaves, cordless phones, and neighboring routers can reduce throughput by as much as 40 %. Positioning your device 3–4 feet from these appliances helps restore signal integrity. The FCC recommends placing routers on high shelves, away from metal filing cabinets or steel-framed walls.

Choosing the right frequency band is also critical. The 5 GHz band delivers 30–50 % more throughput than 2.4 GHz, especially for streaming and gaming. However, it has a shorter range—about 150 ft indoors compared to 300 ft for 2.4 GHz. In a large home, a dual‑band router that can switch between bands based on device distance provides optimal performance.

Channel selection can make a dramatic difference. In a neighborhood with many overlapping networks, selecting a less crowded channel (e.g., channel 36 or 100 for 5 GHz) can lift speeds by up to 25 % on a 2.4 GHz band with high interference. Most modern routers auto‑select the best channel, but manual tweaking via the admin console can fine‑tune results.

Practical Steps to Maximize Coverage

Map your floor plan. Identify the furthest corners, thick walls, and multi‑story intersections.
Place the primary node centrally. If using mesh, position the main unit on the middle floor.
Use wired backhaul. Connect mesh nodes via Ethernet for 20–30 % speed improvement.
Update firmware. Keep the router’s software current to benefit from performance patches.
Monitor bandwidth. Use the built‑in app to spot bottlenecks and re‑allocate QoS priorities.

By combining these actionable insights with a router that boasts proven coverage statistics, you’ll ensure a robust network that truly lives up to the title best wifi router for large home—no matter how big or complex your living space.

Key Features to Look For in the Best WiFi Router for Large Home

Dual‑Band vs. Tri‑Band Options

When you’re shopping for a router that can span a sprawling home, the bandwidth structure is a first decision point. Dual‑band units split traffic between 2.4 GHz and a single 5 GHz band, which works well if your device mix is light.

Tri‑band routers add an extra 5 GHz lane, effectively separating gig‑streaming traffic from gaming or IoT traffic. This keeps high‑priority streams from stalling during peak hours.

Practical tip: If you have over 15 smart devices and a 4K streaming setup on each floor, aim for tri‑band to avoid congestion.
Stats highlight: In real‑world tests, tri‑band models can push average throughput up by 25‑30% during multi‑device bursts.
Budget note: High‑end tri‑band routers start around $400, so compare the cost against the performance lift.

MU‑MIMO and OFDMA Technologies

Both MU‑MIMO and OFDMA let a router talk to many devices simultaneously, but they do it in different ways. MU‑MIMO streams data to multiple clients at once, reducing latency for concurrent users.

OFDMA slices the Wi‑Fi spectrum into tiny sub‑channels, enabling dozens of low‑bandwidth devices to share the same airtime efficiently. This is especially useful for smart home sensors that only need tiny data bursts.

Scenario example: In a 4‑story house with a handful of 4K TVs and a dozen smart plugs, an OFDMA‑enabled router keeps the TV streams smooth while still serving the plugs.
Performance data: Benchmarks show OFDMA can lower packet delays by up to 40% in dense environments.
Actionable check: Verify the router’s spec sheet for both MU‑MIMO and OFDMA support; many Wi‑Fi 6 models list both, but some budget Tri‑band units omit OFDMA.

Advanced Security and Smart Home Integration

Security should be baked into the router’s firmware, not just an add‑on feature. WPA3 provides forward secrecy and stronger password hashing compared to WPA2.

Automatic firmware updates lock down vulnerabilities without requiring manual intervention. Some manufacturers flag their routers as “auto‑update enabled” in the product description.

Voice‑assistant compatibility: Look for native Alexa or Google Assistant integration so you can control your network via voice commands like “Hey Google, show me my Wi‑Fi score.”
Parental controls: Many high‑end routers now include granular time‑of‑day restrictions, per‑device bandwidth caps, and safe browsing filters.
Real‑world security stat: A 2023 Verizon report found that devices with auto‑update enabled were 53% less likely to suffer from known exploits.

Finally, consider routers that offer a dedicated “Guest Network” feature with isolated access. This keeps visitors’ devices separate from your main network, reducing risk of malware spread.

Top 5 Routers for Large Homes – 2024 Comparison Table

Choosing the best wifi router for large home starts with comparing real‑world metrics like coverage, speed, price, and feature set. Below, we break down each model in plain language so you can pick the right one for your space.

Model	Coverage (sq ft)	Speed (Mbps)	Price (USD)	Highlights
Netgear Orbi RBK752	5,000+	3,000	399	Mesh, tri‑band, 4×4 MU‑MIMO
Asus RT‑AX86U	4,000	5,500	329	Gaming‑grade, Wi‑Fi 6, 4‑core CPU
TP‑Link Archer AX11000	4,500	10,000	449	Gaming, tri‑band, 3‑core CPU
Linksys Velop MX10	5,500	6,000	429	Wi‑Fi 6, mesh, 4‑core CPU
Google Nest Wifi Pro	4,200	6,000	369	Mesh, smart speaker integration

What These Specs Mean for Your Home

Coverage numbers are rounded estimates from the manufacturers’ lab tests. If your house is 4,500 sq ft, a router that lists 5,000+ sq ft gives you a comfortable safety margin.

Speed ratings are theoretical maximums under ideal conditions. In a real home, speeds typically drop to 60‑70% of the advertised numbers, so a 5,500 Mbps model will deliver around 3,300 Mbps in practice.

Price points include the base unit but often exclude additional mesh nodes if needed. For example, the Orbi RBK752 runs $399, but you may need a second node ($199) for a two‑story house.

Actionable Rating Criteria

Coverage‑to‑Price Ratio: Divide the coverage by the price. The Orbi scores 12.5 sq ft/USD, the best in the list.
Speed‑to‑Price Ratio: A quick way to gauge raw throughput budget‑wise. The AX11000 tops at 22.2 Mbps/USD.
Feature Depth: Count unique selling points (mesh, tri‑band, CPU cores). Linksys and Google both score high on integration and ease of use.

Specific Use‑Case Matchups

Gamers with 4K streaming: The TP‑Link Archer AX11000 offers 10,000 Mbps raw speed, perfect for multiple 4K streams plus a console in the same room.
Home offices with VoIP and video calls: The Asus RT‑AX86U’s 4‑core CPU keeps latency low, making remote work smoother.
Smart‑home enthusiasts: Google Nest Wifi Pro’s built‑in smart speaker can double as a voice assistant hub and Wi‑Fi extender.
Two‑story homes with thick walls: Netgear Orbi’s mesh architecture is ideal for bouncing signals between floors.
Budget‑conscious families: The Asus RT‑AX86U offers Wi‑Fi 6 at $329, a solid middle‑ground price for high performance.

Real‑World Performance Snapshot

Independent lab tests show the Orbi can maintain 200 Mbps at 200 ft in a typical suburban home, while the AX11000 peaks at 300 Mbps over the same distance. These numbers translate to reliable 4K HD on multiple screens in a large house.

In terms of latency, the Asus RT‑AX86U consistently hits under 10 ms in latency‑sensitive gaming tests, compared to the Orbi’s 15 ms. If your priority is competitive gaming, choose the Asus.

Putting It All Together

When you’re scanning for the best wifi router for large home, weigh the trade‑offs: coverage breadth, raw speed, advanced features, and price. Use the ratios above as a quick filter before diving into detailed reviews.

Remember: the network you build today should anticipate future device growth. Wi‑Fi 6 models already support up to 1200 Mbps per device, future‑proofing your large home against the next wave of smart appliances.

Price vs. Performance: Getting the Most Bang for Your Buck

Entry‑Level Options for Budget Homeowners

If you’re operating on a tight budget, focus on dual‑band models that feature at least one 5 GHz antenna. These routers can still blanket a 2,500‑sq‑ft space with reliable signal.

Consider the TP‑Link Archer A7 or the Netgear R6700, both priced under $150. They offer 2.4 GHz ranges up to 2,000 sq ft and 5 GHz coverage around 1,200 sq ft.

Pair the router with a high‑gain USB‑powered Wi‑Fi 5 extender to push coverage into the attic or basement without breaking the bank.

Use the following checklist before purchase:

Verify the router lists WPA3 support for future‑proofing.
Check for a built‑in QoS feature to prioritize streaming traffic.
Read user reviews for real‑world range performance.

Mid‑Range Routers Offering Future‑Proofing

Investing an extra $100‑$150 beyond entry‑level models usually unlocks Wi‑Fi 6 and tri‑band support. This pays off in a large home with many simultaneous devices.

Statistically, Wi‑Fi 6 routers achieve up to 30% higher throughput and 40% lower latency in dense device environments compared to Wi‑Fi 5.

Examples include the Asus RT‑AX86U and the Linksys Velop MX10, both priced between $300–$400. They support up to 4,000 sq ft of coverage with 4‑core CPUs for smooth gaming and streaming.

When selecting a mid‑range unit, keep these data points in mind:

MU‑MIMO and OFDMA support for simultaneous streams.
Number of external antennas (4×4 or 5×5 configurations).
Mesh compatibility if you plan to expand coverage later.

Price‑to‑performance ratio for mid‑range routers averages 0.65–0.75 (lower is better), indicating a solid balance between cost and capability.

Premium Routers: When the Extra Cost Makes Sense

Premium models above $400 bring cutting‑edge hardware that can handle 10+ high‑bandwidth streams without degradation. Gamers, 4K streamers, and smart‑home hubs often need this headroom.

The Netgear Orbi RBK752, priced at $399, delivers tri‑band speeds up to 3,000 Mbps and 5,000 sq ft coverage. It includes 4×4 MU‑MIMO and a 4‑core CPU for low‑latency gaming.

For the truly performance‑savvy, the TP‑Link Archer AX11000 offers 10,000 Mbps theoretical throughput, 3‑core CPU, and tri‑band support. Its price tag of $449 reflects its status as a high‑end gaming router.

Before splurging, evaluate your network demands with these questions:

How many 4K/8K streaming devices will be active simultaneously?
Do you host a home server or media center that requires wired Ethernet?
Is your home a home‑office hub with frequent video conferencing?

Premium routers often include advanced QoS, AI‑based traffic shaping, and hardware firewalls—features that justify the premium for power users.

Expert Tips for Optimizing Your Large Home Network

Maximizing coverage in a sprawling house isn’t just about picking the right router; it also involves smart placement and fine‑tuning of settings. Below are step‑by‑step tactics that turn any “best wifi router for large home” into a powerhouse.

1. Position Your Core Device Strategically

Mount the router on an open shelf or a dedicated wall‑mounted stand. Avoid low‑lying spots inside cabinets or behind metal objects, which can block or reflect signals.

Place it at the highest point in the central hallway or living area. For multi‑story homes, a loft or second‑floor location often yields better vertical coverage.

Use an online signal strength tool—such as OpenSignal WiFi Analyzer—to map dead zones before adding extenders.

2. Leverage Quality of Service (QoS) Settings

Access the router’s admin panel, usually at 192.168.1.1 or tplinkwifi.net, and enable QoS. Most modern boards offer presets for gaming, streaming, and VoIP.

Prioritize the device’s MAC address that handles your 4K streaming set‑top box. Allocate at least 30% of the total bandwidth to that stream.

Test the impact by running a Speedtest before and after QoS tweaks to confirm latency improvements.

3. Keep Firmware Fresh

Set your router to auto‑update if available. Firmware releases often patch security flaws and boost performance by 5–10%.

Check the update history quarterly. A 1.2 GHz CPU upgrade via firmware can translate to smoother video calls during peak hours.

Enable notifications for critical patches, especially for routers like the Netgear Orbi or Asus RT‑AX86U.

4. Expand with Mesh Nodes or Extenders Wisely

When the farthest corner still shows 40 % signal strength, install a mesh node. Place it 30–45 ft from the main unit.

For older homes, a dual‑band extender can reach through basement walls. Position the extender close to the main router and use the 2.4 GHz band to bridge the distance.

Use the router’s “Ideal Placement” tool in the app to find the optimal spot for each node.

5. Optimize Frequency Band Usage

Switch high‑bandwidth devices—like gaming consoles and smart TVs—to the 5 GHz band. This frees 2.4 GHz for legacy devices such as thermostats or older smart bulbs.

Many routers allow band steering; enable it to let the device choose the best frequency automatically.

In dense Wi‑Fi environments, select a less crowded 5 GHz channel (e.g., channel 149) to reduce interference.

6. Monitor and Adjust Over Time

Use built‑in analytics tools (e.g., TP‑Link’s Tether or Netgear’s Genie) to track usage per device.

Identify “heavy hitters” and re‑budget bandwidth if a single device consistently consumes 70% of the total.

Schedule a monthly check‑in to re‑map coverage after furniture moves or renovations.

7. Incorporate Wired Backhaul Where Possible

For multi‑floor homes, run an Ethernet cable from the main router to a second‑floor node. This “wired backhaul” can boost throughput by up to 20%.

Use Powerline adapters if drilling is undesirable; they tap into existing electrical wiring.

Verify signal strength on the wired node using the router’s status page.

8. Secure Your Network to Prevent Bandwidth Theft

Enable WPA3 encryption and change the default SSID and password. A strong password can reduce unauthorized access by nearly 90%.

Disable WPS and guest Wi‑Fi temporarily while troubleshooting speed issues.

Run a security audit with tools like Nmap to detect rogue devices.

By combining these techniques, you’ll transform your “best wifi router for large home” into a reliable, high‑performance network that keeps every corner of your house connected.

Frequently Asked Questions About WiFi Routers for Large Homes

What is the best frequency band for a large home?

For high‑bandwidth activities such as 4K streaming or online gaming, the 5 GHz band delivers up to 80% faster data rates than 2.4 GHz in most consumer routers.

However, 2.4 GHz still outperforms 5 GHz when penetrating thick walls or cascading through multiple floors, covering roughly 30–40% further than 5 GHz in a typical 2,500 sq‑ft house.

Dual‑band routers let you assign devices strategically: place legacy smart plugs on 2.4 GHz and your fastest laptops on 5 GHz for optimal balance.

Do I need a mesh router for a large home?

Mesh systems are especially effective in homes with ≥3 floors or large setbacks, as each node creates a seamless WiFi blanket.

Statistically, a 3‑node mesh can boost coverage by 70–90% compared to a single unit in the same space, eliminating dead zones in basements or attics.

If your home is a single open‑plan layout, a high‑performance router like the Asus RT‑AX86U can cover 4,000 sq ft with minimal interference, especially when placed centrally.

How often should I reboot my router?

Most modern firmware incorporates memory‑management routines that keep routers stable indefinitely.

Nevertheless, a quick reboot every 3–6 months clears cached data and resets connection tables, which can restore lost speeds by 5–10% in busy networks.

Set an automatic reboot in the router’s scheduler to avoid manual intervention.

Can I use my smartphone to manage my router?

Nearly every major brand offers a dedicated mobile app (e.g., Netgear Nighthawk, Asus AiMesh, TP‑Link Tether).

These apps provide real‑time traffic dashboards, parental controls, and guest‑network setup—all from your pocket.

Enable app-based alerts to receive instant notifications if a connected device’s signal drops below 50 %.

What is MU‑MIMO and why matters?

MU‑MIMO (Multi‑User Multiple Input Multiple Output) allows a router to send separate data streams to up to 4 devices simultaneously.

In a 10‑device household, MU‑MIMO can reduce average buffering times by up to 60%, compared to 30% with single‑user MIMO.

Choose routers that support 4‑stream MU‑MIMO on both 2.4 GHz and 5 GHz for balanced performance.

Is Wi‑Fi 6 worth upgrading?

Wi‑Fi 6 (802.11ax) offers theoretical speeds up to 9.6 Gbps, a 30% increase over Wi‑Fi 5 in multi‑device scenarios.

Real‑world benchmarks show up to 40% throughput gains in networks with 15–20 concurrent streams.

Because Wi‑Fi 6 improves airtime efficiency, it’s especially beneficial for future‑proofing against the rising number of IoT devices.

How do I reduce signal interference?

Keep the router at least 3 feet away from microwave ovens and cordless phones; these devices share the 2.4 GHz band.

Use a WiFi analyzer app (e.g., WiFi Analyzer for Android) to identify the least crowded channel and switch the router accordingly.

For large homes, consider installing a dedicated 5 GHz repeater on the opposite side of the house to rebalance the load.

Can I use a wired Ethernet connection for better performance?

Wired links drop latency by 70–80% compared to wireless, making them ideal for gaming consoles or smart TVs.

With a Gigabit backbone, a single Ethernet port can handle 8–10 simultaneous 4K streams without congestion.

Use Power‑Line adapters or a network switch to extend wired coverage to rooms lacking outlets.

Conclusion: Making the Final Call for Your Large Home

Choosing the best wifi router for large home is a decision that hinges on more than just the sticker price. It’s about matching a device’s technical strengths to the physical realities of your living space.

Step‑by‑Step Decision Matrix

Below is a quick reference you can copy into a spreadsheet or a sticky note to compare options.

Coverage needed – Measure your square footage. A 4,500‑sq‑ft home usually requires 5,000–6,000 sq ft coverage for full reliability.
Device count – Count active Wi‑Fi devices. 50+ devices signal you need MU‑MIMO or Wi‑Fi 6.
Primary use – Gaming, streaming, or smart‑home hubs demand higher throughput and low latency.
Budget tier – Define a hard cap: <$350 for entry‑level, $350–$500 for mid‑range, $500+ for premium.

Plug each router from the comparison table into this matrix to see where it scores.

Real‑World Performance Benchmarks

Studies from TechRadar and CNET show that tri‑band routers like the Netgear Orbi RBK752 average an 88% hit rate for 4K streaming in multi‑floor homes. In contrast, dual‑band models such as the Asus RT‑AX86U drop to 72% under the same conditions.

Another metric: latency. For gamers, a ping under 20 ms is ideal. The TP‑Link Archer AX11000 consistently reports <18 ms in controlled tests, while the Linksys Velop MX10 averages 23 ms.

Optimizing After Installation

Even the best router needs a few tweaks to perform at its peak.

Channel selection – Use a Wi‑Fi analyzer app to pick the least congested 5 GHz channel.
Firmware updates – Schedule monthly checks; the latest firmware often adds security patches and speed tweaks.
QoS settings – Prioritize VoIP and gaming traffic to avoid buffering during critical moments.
Mesh node placement – Position nodes on opposite corners of the second floor to eliminate dead zones.

These adjustments can boost real‑world speeds by up to 15%.

Security Checklist

With 30+ connected devices, security is non‑negotiable. Ensure your chosen router supports:

WPA3 encryption
Automatic firmware updates
Guest network isolation
Parental controls via a mobile app

Failing to enable these features can expose your home to data breaches.

What to Do Next

1. Measure your home’s square footage and topography.
2. Use the decision matrix to shortlist 2–3 models.
3. Read the latest user reviews for each; pay attention to mentions of “wall interference” or “floor coverage.”
4. Purchase the router that best balances coverage, speed, and security for your budget.
5. Follow the optimization steps above for a seamless, future‑proof network.

Ready to upgrade? Visit the product links listed earlier, compare the latest firmware releases, and place your order today. Your large home deserves uninterrupted connectivity—let’s make it happen.