Reliable internet access underpins everything from remote work to smart home automation, yet finding the right provider depends on more than just availability—technology, speed, and pricing models weigh heavily in the decision. In underserved areas or regions without cable infrastructure, alternative ISPs like Viasat and EarthLink step in to bridge the gap.

Viasat operates via satellite technology, targeting rural and remote regions where wired connectivity falls short. In contrast, EarthLink leverages existing fiber and DSL networks, offering higher-speed tiers in urban and suburban markets. Each takes a different approach to coverage, infrastructure, and performance.

This comparison evaluates the two providers across four key categories: network performance, pricing structure, underlying technology, and customer satisfaction. Which ISP delivers on speed and value—for your location and use habits? Let’s examine the data side by side.

How Do Viasat and EarthLink Compare on Internet Speed and Performance?

📡 Viasat: Balancing Reach with Latency

Viasat uses satellite technology to deliver internet, which inherently introduces limitations in speed and responsiveness. Available plans typically offer download speeds ranging between 12 Mbps and 100 Mbps, depending on the specific service tier and user location.

However, due to the distance data must travel—from Earth to satellite and back—latency tends to be significantly higher. Average latency for satellite internet like Viasat often falls between 600 and 800 milliseconds. This level of delay affects real-time tasks such as video conferencing, cloud gaming, and VoIP applications.

⚡ EarthLink: Fiber-First Performance

EarthLink operates on multiple infrastructures, offering both DSL and fiber-optic connectivity. Where fiber is available, EarthLink delivers speeds up to 1 Gbps—a substantial jump compared to satellite. These gigabit connections support low-latency applications, large file uploads, and simultaneous device usage.

In areas limited to DSL, performance drops markedly. EarthLink’s DSL speeds vary based on network congestion and line distance but typically remain in the 5–75 Mbps range. Latency, however, is consistently lower than satellite, making even DSL more suitable for activities requiring real-time responsiveness.

🎯 Verdict: Fiber Excels Where Available

Fiber's symmetrical speeds and reduced latency deliver a clear advantage in performance; however, availability creates a disparity. While Viasat reaches rural and remote areas that fiber doesn't, speed and latency constraints remain a tradeoff. EarthLink's fiber users experience faster load times, smoother streaming, and better support for multitasking—when access is viable.

• Viasat: Up to 100 Mbps with high latency
• EarthLink Fiber: Up to 1 Gbps, low latency
• EarthLink DSL: Up to 75 Mbps, moderate latency

Pricing and Plans: Viasat vs EarthLink at a Glance

💲 Viasat: Tiered Plans Based on Speed and Data

Viasat structures its pricing around download speeds and monthly data allowances. Entry-level plans typically begin at around $50 per month. However, users looking for higher speeds or larger data caps will need to pay significantly more—premium plans can exceed $150 per month, especially in areas with limited alternatives.

For example, in some rural regions, the Unlimited Platinum 100 plan lists for over $170/month and includes max speeds up to 100 Mbps. That plan also comes with a higher data priority threshold before speed reductions occur under network congestion.

💲 EarthLink: Competitive Fiber Pricing, Cost-Effective DSL Options

EarthLink offers internet service over both fiber-optic and DSL networks. Fiber plans typically range between $50 and $75 per month, providing symmetrical speeds and no data caps. For households in areas not yet served by fiber, DSL is available at lower rates—often cheaper than comparable Viasat satellite plans.

One example: the EarthLink HyperLink 100 Mbps fiber package, widely available in metro areas, advertises monthly pricing around $60, including unlimited data. DSL plans vary, but packages at 12 Mbps often fall under the $50 mark.

🔎 Hidden Fees Matter

• Both providers often charge equipment rental fees, usually between $10 and $15/month.
• Installation fees can also apply—Viasat may charge up to $100 for setup, while EarthLink fees vary depending on technology type and locality.
• Early termination fees and promotional pricing shifts should be reviewed carefully before signing any agreement.

💡 Pricing Variability by Location

Plan availability and pricing can vary significantly based on ZIP code. While EarthLink’s fiber may be cheaper where available, rural users may only have access to its pricier DSL options—or may need to rely on Viasat as the sole high-speed provider.

Understanding Data Caps and Fair Usage Policies: Viasat vs. EarthLink

Viasat: Conditional Unlimited Data with Throttling

Viasat structures its data offerings around a system of priority thresholds. Monthly plans may advertise unlimited data, but the small print reveals a very different experience. Once users exceed their allotted high-speed data—often called “priority data”—Viasat initiates data deprioritization. This means continued access, but at significantly slower speeds during network congestion.

Depending on the plan, priority data thresholds typically range between 40 GB and 150 GB per month. After surpassing these limits, users report drops in streaming quality, increased buffering, and sluggish webpage loading. For example, customers on a 100 GB priority data plan may see download speeds reduce to under 1 Mbps during peak hours once that cap is breached.

EarthLink: Unlimited on Fiber, Less Clarity on DSL

EarthLink's fiber service delivers a clearer promise: no data caps. Subscribers can stream, download, video conference, and game without monitoring data usage. This feature makes it well-suited for households with multiple users or data-heavy activities like 4K streaming and online backups.

However, EarthLink’s DSL plans demonstrate regional variability. While they typically avoid hard data caps, fair usage may still come into play, especially in legacy service areas served via other networks. Customers interested in DSL need to verify policy details based on their ZIP code, as the infrastructure often dictates enforcement policies on bandwidth usage.

Choosing Based on Usage Needs

Who needs to consider these limits most carefully? Think about your daily digital workload. Do you stream Netflix in HD or 4K? Use Zoom for work across multiple hours per day? Rely on cloud-based tools or gaming platforms?

• Viasat will impose soft limits, meaning heavy users will see performance degradation through the month.
• EarthLink’s fiber provides consistent speeds with no enforced data thresholds—ideal for high-output households.
• DSL users with EarthLink must double-check availability and any associated conditions in their area.

Match your provider choice with your bandwidth appetite. High-data households or remote professionals stand to benefit significantly from EarthLink’s unlimited fiber model, while Viasat demands more conservative usage patterns post-threshold.

Where You Live Determines What You Get: Comparing Coverage Between Viasat and EarthLink

Viasat: Ubiquitous Reach Through Satellite Connectivity

Viasat delivers internet coverage to nearly every corner of the United States by leveraging satellite technology. From remote farmhouses in the Midwest to mountainous cabins in the Rockies, Viasat skips the need for terrestrial infrastructure. Its footprint spans all 50 states, presenting a viable option where cable or fiber lines haven't been laid.

Data from the Federal Communications Commission (FCC) confirms that Viasat’s satellite service covers more than 98% of the U.S. population, regardless of local geography or topography. This puts Viasat in a unique position to serve users in sparsely populated counties and underserved regions where wired ISPs haven't extended their networks.

EarthLink: Concentrated Access Via Fiber and DSL

EarthLink offers service based on leased access to fiber-optic and DSL infrastructure, with its footprint largely shaped by its partnerships with larger backbone carriers. You'll find EarthLink primarily in metropolitan and suburban markets—cities like Atlanta, Los Angeles, Chicago, and Dallas register strong coverage due to existing fiber corridors and telephone line networks.

The American Customer Satisfaction Index (ACSI) data shows that EarthLink provides internet service in over 30 states, but service quality and speed vary widely depending on whether the local network supports DSL or fiber. Fiber availability remains concentrated in high-density areas where rollout has historically been economically feasible.

Regional Suitability: Satellite vs. Terrestrial Network

• Rural areas: Users with limited or no wired infrastructure benefit from Viasat's satellite model, which functions independently of local utility lines.
• Urban centers and suburbs: EarthLink's hybrid DSL/fiber network aligns with the layout of populated areas, providing higher speeds where fiber is available.
• Geographic accessibility: Viasat's coverage does not rely on roadways, wiring, or traditional telecom grids, making it more flexible in rugged or remote terrains.

Choosing between Viasat and EarthLink starts with a home address. Satellite beams from Viasat reach locations terrestrial networks don't. In contrast, EarthLink capitalizes on existing infrastructure to offer potentially faster and more stable connections—when that infrastructure exists. Want performance or reach? The answer lies on the map.

Installation and Equipment: What to Expect from Viasat and EarthLink

🛠 Viasat Installation Process and Equipment

Choosing Viasat means preparing for satellite-based infrastructure. Every new customer requires a professional installation, and there’s no DIY option available. A certified technician mounts a satellite dish—typically on a roof, exterior wall, or pole mount—and runs the cabling to a Viasat-compatible modem/router combo installed inside the home.

The process includes aligning the dish to a specific orbital satellite, ensuring signal strength meets performance requirements. Installation time varies by location and technician availability, and setup fees may apply depending on the plan and promotional offers.

Viasat does not support third-party hardware. Customers must use the provided modem/router, which integrates Wi-Fi functions but lacks advanced settings found in enterprise-grade equipment.

⚙ EarthLink Installation and Hardware Options

EarthLink’s setup experience depends entirely on the underlying technology—DSL or fiber. For DSL users, the company often supports a straightforward self-installation. Customers receive a pre-configured modem with setup instructions. Plug in, follow the steps, and connect. No technician required in many cases.

Fiber installations, on the other hand, generally involve a professional technician. Fiber-to-the-home (FTTH) requires ONT (Optical Network Terminal) placement, internal wiring, and configuration of either EarthLink-supplied or customer-provided equipment.

• Modem/router provided: EarthLink includes hardware with most plans, but compatibility varies.
• Bring your own device (BYOD): Customers may use approved third-party modems or routers, ideal for those preferring advanced network control or mesh systems.
• Installation fees: Charges depend on location, tech type, and promotional terms offered at signup.

Installation scheduling remains an unpredictable factor. Fiber setups may involve coordination with local utility crews, potentially extending lead times. DSL installs, especially self-service ones, can typically be completed within a few days.

Customer Service and Support: Viasat vs EarthLink

☎ Viasat: Inconsistencies and Wait Times

Viasat customers often report inconsistent experiences with customer support. One of the recurring issues centers on long wait times when reaching out via phone. In particular, response delays tend to spike during peak service hours. Additional pain points include billing disputes and unclear resolution processes—some users cite prolonged ticket handling with minimal follow-up.

Support access is available through phone and online chat, and while the website offers a knowledge base, its navigation can feel clunky and limited in scope. Interactive troubleshooting tools are minimal, forcing more users to reach out by phone for basic queries.

✉ EarthLink: A White-Glove Approach

EarthLink positions its support as a premium differentiator. Live representatives based in the United States serve several regional centers, which shortens resolution time and eliminates international call center inconsistencies. In many customer reviews, the availability of human support—without excessive automation or long hold times—stands out.

EarthLink’s white-glove support model includes help setting up networks, handling billing, and providing guidance on equipment. End users often cite a one-stop-shop feeling, especially valuable for less tech-savvy customers who prefer a hands-on communication style.

💬 Multi-Channel Support: Comparing User Interfaces

• Viasat: Offers phone lines, online chat, and a self-service portal. Chat support, however, often redirects users to phone lines for complex issues, blunting its utility for quick problem solving.
• EarthLink: Provides phone, email, and online chat—all handled within U.S. support centers. The chat function includes live technician consult, resulting in fewer transfers and solutions delivered in the first interaction.

Even though both providers deliver online support options, the execution varies. EarthLink focuses on resolving issues within a single session, while Viasat’s support tends to funnel users through multiple channels before resolution.

Contract Commitments and Cancellation Costs: Viasat vs. EarthLink

Viasat: Locked In for Two Years

Viasat ties its residential internet customers to a 24-month service agreement. This standard contract term applies across most of its satellite internet plans. Exiting the agreement early triggers a cancellation fee that scales depending on the remaining time in the contract.

According to Viasat’s official service terms, customers who cancel before the end of their 24-month term face charges of up to $15 for each remaining month. For example, canceling with 10 months left incurs a $150 termination cost. This policy applies regardless of reason—relocation, service dissatisfaction, or performance issues won’t reduce the penalty.

EarthLink: Terms Depend on the Network

EarthLink operates differently. It partners with multiple infrastructure providers—such as AT&T, Frontier, and CenturyLink—to deliver DSL and fiber internet nationwide. As a result, contract terms vary depending on availability and the backend provider behind the connection in a given area.

• No-contract options: In certain regions, EarthLink offers month-to-month service with no long-term commitments.
• 12-month agreements: Some DSL and fiber plans may require a one-year contract, typically with lower upfront setup fees.

Cancellation policies follow the contract length. Month-to-month customers can terminate service without further cost at any time, but those with a 12-month contract could see early termination charges, especially if hardware was provided at a discount or waived activation fees were part of the offer.

Read the Fine Print Before You Sign

Contract outlines might seem minor compared to speed or pricing, but a few overlooked clauses can lead to unexpected charges. Before enrolling, review the full agreement—including details buried in footnotes and supplementary documents. How long is the commitment? What happens if you move? Does downgrading your plan count as breaking the agreement? Getting these answers upfront prevents expensive surprises later on.

Satellite vs. Fiber and DSL: A Deep Dive into Internet Tech

Viasat: Satellite Internet Technology

Viasat operates its network via geostationary satellites that transmit signals between user terminals and satellite gateways. This setup enables internet access in areas unreachable by wired infrastructure, which makes Viasat an option for rural and remote users across the United States.

However, the trade-off for that geographical flexibility comes in the form of higher latency and limited throughput. Latency for satellite networks like Viasat’s averages around 600 milliseconds, largely due to the distance data must travel—about 22,236 miles up and back down. Data is also constrained by both spectrum availability and infrastructure capacity, which tends to cap download speeds between 12 Mbps and 100 Mbps.

Environmental conditions also play a significant role. Heavy rain, snow, or dense cloud cover can disrupt the signal transmission between the satellite and ground equipment, temporarily degrading service quality or causing brief outages.

EarthLink: Fiber and DSL Technologies

EarthLink offers services using both DSL and fiber-optic technologies, depending on market availability. Fiber—its most advanced offering—delivers symmetrical speeds up to 1 Gbps, meaning users get equal download and upload capacities. This structure supports bandwidth-heavy tasks like video conferencing, gaming, and cloud backups with minimal lag.

Fiber’s latency typically ranges between 10ms to 20ms, contributing to smoother real-time communication. Data transmits over glass strands using light, allowing more capacity and virtually no interference from weather or electromagnetic sources.

Where fiber isn't available, EarthLink deploys traditional DSL, which uses existing telephone lines. While significantly slower than fiber, DSL speeds can still range from 10 Mbps to 100 Mbps in optimized conditions and offer more stability than satellite, especially in urban and suburban areas with established copper infrastructure.

Technology Comparison Table

Which Tech Wins Where?

• For remote homes: Satellite connections from Viasat remain a viable—and often the only—option.
• For urban or suburban users: A fiber connection through EarthLink provides vastly superior performance in speed, reliability, and latency.
• In transitional zones: DSL could serve as a middle ground where fiber hasn't reached but satellite's latency creates usability issues.

Reliability and Network Uptime: Viasat vs EarthLink

How Dependable Are These Networks Day-to-Day?

In any internet service comparison, reliability often becomes the silent deal-breaker. Getting high speeds or low prices loses appeal fast when your connection drops out mid-meeting or streaming session. Here's how Viasat and EarthLink stack up when consistent uptime is the priority.

Viasat: Satellite Sensitivities

Viasat operates via geostationary satellites orbiting over 22,000 miles above Earth. This distance introduces latency and increases vulnerability to atmospheric interference. Rain, snow, and heavy cloud cover can degrade signal strength—phenomena known as "rain fade" in satellite engineering.

Congestion also plays a role. Unlike terrestrial internet, where local traffic can be isolated, Viasat's space-based infrastructure routes thousands of users through limited satellite bandwidth. During peak usage times—usually evenings—customers report slower speeds and occasional dropouts. These challenges contribute to a lower uptime rate compared to wired alternatives.

EarthLink: Fiber Stability and DSL Limitations

EarthLink taps into existing telecom infrastructure, offering services over both DSL and fiber-optic lines. The distinction between the two is stark. Fiber connections, with their glass-optic cables transmitting data via light, experience minimal external interference and routinely deliver above 99.9% uptime—on par with premium enterprise networks.

DSL, while older, still offers more consistent day-to-day reliability than satellite. It runs on copper telephone lines, which aren't prone to signal loss due to weather. However, DSL speeds and uptime can degrade based on the distance from the nearest central office, and infrastructure age varies drastically by location.

Quick Recap: Which Network Holds Steady?

• Viasat: Satellite infrastructure introduces weather-related instability and congestion-based slowdowns.
• EarthLink: Fiber offers industry-leading uptime; DSL provides decent stability but depends on local infrastructure quality.

In practical terms, wired technology—fiber especially—delivers the most reliable experience. For users who value a consistent connection with minimal disruptions, EarthLink edges out Viasat decisively in this category.

User Reviews and Overall Satisfaction: What People Are Saying

Viasat: Coverage Wins, Speed Disappoints

Viasat has earned favorable remarks from rural users who previously had no access to broadband. The ability to deliver service where cable and fiber providers don’t reach gives it a distinct edge in remote areas. One Montana resident on Trustpilot said, “It’s not perfect, but it’s the only option here that lets us stream and email.”

However, enthusiasm fades when it comes to performance. Users regularly cite erratic speeds during peak hours and frustration over data caps. Several reviews mention degradation of service after hitting monthly data thresholds, with one user commenting, “Even basic web browsing became painful after exceeding our plan.”

Across platforms like PCMag reader surveys and Trustpilot, Viasat’s average user score comes in at 3.2 out of 5 stars. Customers value its availability but temper expectations on consistency and overall user experience.

EarthLink: Fiber Applause, DSL Caveats

EarthLink receives high ratings from its fiber internet users, who frequently praise speed, stability, and straightforward pricing. Reviews highlight low latency and solid streaming experiences. On Reddit and PCMag forums, fiber customers consistently applaud the company's no-throttle policy and reliable uploads—especially attractive for remote workers and gamers.

DSL users, in contrast, offer mixed reactions. Some living in well-served neighborhoods report acceptable speeds and decent service. Others in less-equipped areas experience frequent buffering and service interruptions. A North Carolina reviewer wrote, “When the DSL works, it's fine—but that depends entirely on your zip code.”

Overall, EarthLink scores 3.8 out of 5 stars in aggregated consumer ratings. Reviewers often note improvements in customer support and express optimism about recent infrastructure upgrades.

★ Snapshot: Aggregate User Ratings

• Viasat: 3.2/5 — High marks for accessibility, lower scores for speed consistency.
• EarthLink: 3.8/5 — Strong fiber satisfaction, variable DSL experiences depending on location.

Thinking about your own online habits—would limited bandwidth frustrate your household, or does rural access outweigh speed concerns? That's where the divergence between these providers becomes personal.