Last updated: April 2026
Key Takeaways
- DRAM memory prices have surged over 171% year-over-year, driven almost entirely by AI data center demand. The cost of memory used in routers specifically has increased nearly sevenfold.
- The FCC banned all new foreign-made consumer routers on March 23, 2026, restricting future supply from virtually every major brand including TP-Link, Netgear, ASUS, and Eero.
- Industry analysts expect elevated hardware prices to persist through at least 2027, making now a strategic time to purchase networking equipment before costs climb further.
Why Are Routers and Networking Hardware More Expensive in 2026?
If you have been shopping for a new router, modem, or mesh Wi-Fi system in 2026, you have probably noticed higher price tags than you expected. The increase is not random and it is not temporary. Several major forces are converging at once to push networking hardware costs higher: a global memory chip shortage fueled by artificial intelligence, a sweeping new FCC ban on foreign-made routers, and broader supply chain pressures that show no signs of easing soon.
This article breaks down exactly what is happening, why it matters for everyday consumers and small businesses, and what you can do to make smart purchasing decisions right now.
The AI Memory Shortage: The Biggest Factor Behind Rising Router Prices
The single largest driver of networking hardware price increases in 2026 is the global shortage of DRAM and NAND flash memory chips. These are the same types of components that go inside your router, modem, computer, phone, and just about every electronic device you own.
As of Q3 2025, DRAM contract prices had already increased 171.8% year-over-year according to Taiwan's Commercial Times (CTEE) and reporting from Tom's Hardware. That rate of increase actually outpaced the rise in the price of gold over the same period. By early 2026, the situation accelerated further. TrendForce, a leading semiconductor research firm, revised its Q1 2026 forecast upward and now projects conventional DRAM contract prices to rise 90-95% quarter-over-quarter, with server DRAM prices surging by roughly 90% in a single quarter.
The root cause is artificial intelligence. The world's largest technology companies, including Amazon, Google, Microsoft, and Meta, are spending enormous sums building AI data centers. Statista projects global AI infrastructure investment will climb from $334 billion in 2025 to $902 billion by 2029. These data centers consume massive quantities of high-performance memory chips, particularly a specialized type called High-Bandwidth Memory (HBM). Manufacturing HBM requires roughly four times the wafer capacity of standard DRAM, which means every chip allocated to AI servers is capacity taken away from the memory used in consumer products like routers.
| Metric | Value | Source |
|---|---|---|
| DRAM price increase (YoY, Q3 2025) | +171.8% | CTEE / Tom's Hardware |
| Server DRAM price increase (Q1 2026 QoQ) | ~90% | TrendForce |
| Router memory cost increase (YoY) | ~700% | Counterpoint Research |
| AI share of global DRAM wafer capacity (2026) | ~20% | TrendForce |
| Annual DRAM capacity growth | 10-15% | Industry consensus |
| Global AI infrastructure investment (2029 est.) | $902 billion | Statista |
According to industry projections reported by TrendForce, AI-related memory consumption could account for nearly 20% of total global DRAM wafer capacity in 2026, while annual DRAM capacity growth is limited to just 10-15%. The math simply does not work in favor of consumer electronics.
Why Routers Are Hit Harder Than Phones or PCs
According to Counterpoint Research, the cost of memory used in broadband products like routers and set-top boxes has increased by nearly 700% (roughly sevenfold) over the past year. That is far steeper than the increases seen in smartphones or PCs. Tom's Hardware and The Register both reported on this finding.
The reason routers are hit disproportionately hard comes down to purchasing power. Smartphone makers like Apple and Samsung buy memory in huge volumes and can negotiate long-term supply contracts at better prices. Router manufacturers, especially smaller ones, lack that leverage. They buy in smaller quantities, which puts them at the back of the line when supply is tight. In some lower to mid-range router models, memory now accounts for more than 20% of total manufacturing costs, up from about 3% just a year ago according to Counterpoint.
Major hardware vendors are already passing costs along. Cisco has introduced price increases on routers, switches, and wireless equipment. HPE stated in an earnings call that it expects DRAM and NAND costs to continue increasing in 2026 and plans to pass those costs to the market. Dell executives described the pricing environment as "unprecedented."
To put the price shift in perspective: a 64GB DDR5 desktop memory kit that cost under $80 a year ago now routinely sells for $100-120, and availability fluctuates. Server-grade and specialized memory has seen even steeper increases. The same supply dynamics pushing those prices up are hitting the memory chips inside your router.
The FCC Foreign Router Ban: A Second Supply Shock
On top of the memory crisis, the Federal Communications Commission (FCC) announced a sweeping ban on March 23, 2026 that prohibits all new foreign-manufactured consumer-grade routers from receiving FCC authorization. Without FCC authorization, these products cannot be legally imported or sold in the United States.
This is not a targeted ban against a single brand. It affects virtually every major router manufacturer.
| Brand | Manufacturing Region | Status Under FCC Ban |
|---|---|---|
| TP-Link | China | No new models authorized |
| Netgear | China, Vietnam | No new models authorized |
| ASUS | Taiwan, China | No new models authorized |
| Linksys | China | No new models authorized |
| Eero (Amazon) | China | No new models authorized |
| Google Nest Wi-Fi | China, Thailand | No new models authorized |
| D-Link | China, Vietnam | No new models authorized |
| Ubiquiti | China, Vietnam | No new models authorized |
No major consumer router brand currently manufactures at meaningful scale inside the United States. The FCC cited national security concerns, pointing specifically to the Volt Typhoon, Flax Typhoon, and Salt Typhoon cyberattack campaigns in which foreign state-sponsored hackers exploited vulnerabilities in consumer routers to attack U.S. critical infrastructure.
What This Means for You Right Now
The important thing to understand is that this ban is not retroactive. If you already own a router, you can keep using it. Routers that have already received FCC authorization can still be sold from existing inventory. The FCC has also issued a waiver allowing existing foreign-made routers to continue receiving firmware updates through March 1, 2027.
However, no new router models from foreign manufacturers will reach U.S. shelves unless those manufacturers either secure a special "Conditional Approval" from the government or establish domestic manufacturing operations. Given that the FCC's similar ban on foreign-made drones has resulted in only four approved products so far (none from Chinese manufacturers), the approval process could be slow and selective.
The practical effect is twofold. First, the supply of available router models will gradually shrink as current inventory sells through. Second, manufacturers who do adapt, whether by onshoring production or navigating the approval process, will face higher costs that will be reflected in retail prices. Analysts widely expect a new "Made in America" price premium to emerge in the router market.
How Long Will Router Prices Stay High?
Unfortunately, the outlook suggests elevated prices are not a short-term blip.
| Forecast | Timeline | Source |
|---|---|---|
| Memory shortage effects | Through 2027 | IDC |
| Elevated DRAM prices | Through 2028 | The Register |
| DRAM supply constraints (worst case) | Up to 4 years | TweakTown / CTEE |
| FCC ban regulatory uncertainty | 2027+ | Industry consensus |
| First Wi-Fi 8 routers under new FCC rules | Late 2026 / early 2027 | Industry estimates |
There are structural reasons for this. The three companies that dominate global DRAM production — Samsung, SK Hynix, and Micron — control approximately 95% of the market. All three are prioritizing high-margin AI memory products over commodity memory for consumer devices. Micron even discontinued its Crucial consumer memory brand in late 2025 to focus on AI and server markets. New DRAM fabrication plants take years to build and bring online, so supply cannot scale quickly even if demand softens.
On the router-specific side, the FCC ban adds a layer of uncertainty that could last well into 2027 or beyond. The first generation of Wi-Fi 8 routers (802.11bn), expected in late 2026 or early 2027, will be the first product cycle fully subject to the new regulatory framework.
What You Should Do Right Now
If you need a new router, modem, or mesh system, the best advice based on the current market is straightforward: buy sooner rather than later. Prices are unlikely to come down in the near term, and product availability will narrow as existing FCC-authorized inventory sells through.
Lock in Current Prices on Proven Hardware
Routers and mesh systems that are currently on shelves with existing FCC authorization are fully legal to purchase and will continue to receive support. If you have been on the fence about upgrading, this is a good time to act before prices adjust further. All major brands, including TP-Link, Netgear, ASUS, and Eero, still have authorized Wi-Fi 7 and Wi-Fi 6E products available at current pricing.
Buy Your Own Modem Instead of Renting
ISP-provided gateways and modems use the same memory components that are surging in price. Some ISPs may begin raising rental fees or slowing equipment upgrades as their procurement costs increase. Owning your own DOCSIS 3.1 modem eliminates monthly rental fees (typically $10-15/month, or up to $180/year) and gives you more control over your hardware.
If you are on Xfinity, check our complete Xfinity-compatible modem list organized by speed tier to find the right match for your plan. For Cox subscribers, we have dedicated guides for the Go Beyond Fast, Go Super Fast, and Go Even Faster plans. For a broader look at the best standalone modems across all ISPs, see our Best DOCSIS 3.1 Modems for 2026 roundup.
Subscribers on Sparklight, Mediacom, or Breezeline can find compatible options in our dedicated guide for those providers.
If you want specific recommendations: the ARRIS S33 is the most widely recommended DOCSIS 3.1 modem across ISPs, with a 2.5 Gbps Ethernet port and broad compatibility. The ARRIS SB8200 is a proven budget option for plans up to 1 Gbps. For future-proofing with mid-split upload support, the Netgear CM3000 is one of the strongest picks available. The Netgear CM2000 rounds out the lineup as a reliable alternative with a 2.5G port. All four are currently in stock and will pay for themselves within a year versus ISP rental fees.
Do Not Over-Buy, But Do Not Wait
You do not need the most expensive router on the market. For most homes, a quality Wi-Fi 6E or Wi-Fi 7 router in the $100-$250 range will deliver strong performance for years. The key is to purchase now while selection is broad and prices have not yet fully absorbed the memory and regulatory cost increases that are still working through the supply chain.
Consider Your Whole Network Stack
The same memory price pressures affecting routers also affect other components in your home network. If you are planning upgrades to a home server, NAS, or local AI setup, memory prices are relevant across the board. A 64GB DDR5 kit or 32GB DDR4 kit purchased now locks in pricing before additional supply constraints take hold. If you have been building toward a local AI infrastructure, we cover the full hardware stack in our guides on the AI infrastructure blog.
The Bottom Line
The convergence of an AI-driven memory chip shortage and a broad FCC ban on foreign-made routers is creating a pricing environment for networking hardware that the industry has not seen before. DRAM prices are up over 171% year-over-year, memory costs for routers specifically have increased nearly sevenfold, and the supply of new router models entering the U.S. market is about to shrink significantly.
These are not speculative predictions. They are conditions that are already in effect and are expected to continue through at least 2027. If networking hardware is on your shopping list, the best time to buy is before these pressures fully materialize at the retail level.
Frequently Asked Questions
Why are routers more expensive in 2026?
Routers are more expensive in 2026 primarily because of a global shortage of DRAM and NAND flash memory chips. AI data centers are consuming enormous quantities of memory, which has driven DRAM prices up over 171% year-over-year. Chipmakers are prioritizing high-margin AI memory over the standard memory used in consumer products. On top of that, the FCC banned new foreign-made routers in March 2026, which is expected to further reduce supply and increase costs.
What is the FCC router ban and does it affect me?
On March 23, 2026, the FCC added all foreign-manufactured consumer routers to its Covered List, banning new models from receiving FCC authorization. This means new foreign-made routers cannot be imported or sold in the U.S. going forward. However, routers you already own are not affected, and models already authorized by the FCC can still be purchased from existing retail stock. The ban targets future product launches, not devices currently on the market.
How does AI affect router and modem prices?
AI data centers require massive amounts of specialized memory chips, particularly High-Bandwidth Memory (HBM). Manufacturing HBM uses roughly four times the wafer capacity of standard DRAM. As chipmakers shift production to meet AI demand, the supply of conventional memory for consumer electronics like routers and modems shrinks. This supply crunch drives up component costs for router manufacturers, who then pass those costs on to consumers through higher retail prices.
Will router prices go back down in 2026 or 2027?
Most industry analysts do not expect router prices to decrease significantly before 2028 at the earliest. IDC has warned that the memory shortage could persist into 2027, and some experts predict DRAM supply constraints lasting up to four years. New memory fabrication plants take years to build, so increased supply cannot arrive quickly. The FCC router ban adds further upward price pressure that could extend even longer depending on how quickly manufacturers adapt.
Should I buy a router now or wait for prices to drop?
Based on current market conditions and analyst forecasts, waiting is likely to result in paying more rather than less. Memory prices are still climbing, the FCC ban will reduce the number of available models over time, and manufacturers have already begun passing component cost increases on to consumers. If you need a router upgrade, purchasing now while selection is broad and current-generation products are still available at existing prices is the safer bet.
Are TP-Link routers still available after the FCC ban?
Yes. TP-Link routers that were already authorized by the FCC before the March 23, 2026 ban remain legal to purchase and use. Existing inventory on store shelves is not affected. TP-Link has indicated it is investing in U.S.-based manufacturing and plans to seek Conditional Approval for future products. However, no new TP-Link models will be authorized until the company clears the FCC's new approval process.
What is DRAM and why does it matter for my router?
DRAM (Dynamic Random-Access Memory) is a type of memory chip that temporarily stores data while a device is running. Your router uses DRAM to manage network traffic, run its operating system, handle connected devices, and process security features. When DRAM prices increase, router manufacturers face higher component costs, which typically result in higher retail prices for the finished product. In some router models, memory now makes up over 20% of total manufacturing cost.
