Discover the Potentials of High-Speed Satellite Internet

Welcome to the world of High-Speed Satellite Internet, where cutting-edge technology meets boundless connectivity. Gone are the days when satellite internet was just a backup option. With significant advancements in the field, it has risen as a pivotal solution in today's fast-paced digital world. In this primer, we'll explore the essential concepts behind this revolutionary service and why it's becoming a preferred choice for many.

Understanding the Basics of Satellite Internet

Satellite internet operates by sending data through a signal from your internet-enabled device to an orbiting satellite, which then relays that information to a ground station connected to the web. This seamless process ensures that no matter where you are, whether in a remote location or on the move, you will have access to reliable internet services.

The Competitive Edge of Satellite Internet

One of the most compelling advantages of satellite internet is its global reach. Unlike cable or DSL, it doesn't rely on terrestrial infrastructure, making it the perfect solution for rural or underserved regions. And now, with high-speed satellite internet, users can enjoy faster download speeds, increased bandwidth, and lower latency, offering an internet experience that rivals traditional broadband services.

Fundamentals of Data Transmission via Satellite

At the heart of high-speed satellite internet is a complex yet fascinating process of data transmission. Data packets are transmitted at a lightning-fast pace to and from geostationary satellites, hovering approximately 22,000 miles above Earth. The recent advancements in satellite technology have significantly enhanced the efficiency and reliability of these transmissions, leading to unprecedented internet speeds that can handle a broad range of online activities.

Join us as we delve deeper into the transformative realm of high-speed satellite internet, and understand how it's reshaping the landscape of digital communication and accessibility.

Key Providers: HughesNet and Viasat

HughesNet and Viasat are two of the leading providers in the high speed satellite internet industry, offering a range of services designed to keep you connected even in the most geographically isolated regions. Understanding the unique features and offerings of each can help consumers make an informed choice about their internet service provider.

Overview of HughesNet and Viasat Services

HughesNet is a well-established company known for its consistency and reliability in providing satellite internet access. They offer several service plans tailored to match varying consumer needs for data and connectivity. Viasat, on the other hand, takes pride in its use of advanced satellite technology to offer higher speeds and a broader range of internet plans that can cater to both residential and business customers.

Differences in Technology and Service

The technology powering HughesNet and Viasat services differ significantly in terms of the satellites they use and the frequencies at which they operate. HughesNet operates on the Ka-band frequency, while Viasat utilizes high-capacity communication systems to deliver internet services, allowing them to offer higher peak speeds. The choice between the two often comes down to these technological differences and how they affect internet performance and reliability.

Data Plans and Satellite Broadband Packages

When it comes to choosing a suitable package, HughesNet provides customers with a simple selection of data plans that all deliver the same 25 Mbps download speed, but vary in monthly data allowances. Viasat boasts a more diverse set of broadband packages, with download speeds ranging from 12 to 100 Mbps, and various data thresholds tailored to the user’s online activities and budgets.

• HughesNet — Known for its standard 25 Mbps speed across all plans, focusing on data capacity.
• Viasat — Offers a selection of speeds and data limits, aiming to provide options for heavier internet usage.

Bridging the Gap: Internet Access in Remote Locations

For many individuals in remote and rural areas, staying connected with the wider world is a significant challenge. The lack of robust infrastructure often leaves these communities without reliable internet access, making routine tasks and growth opportunities more difficult to pursue.

Challenges of Providing Internet Access in Remote and Rural Areas

Delivering high-speed satellite internet to sparsely populated or geographically challenging regions presents numerous obstacles. Traditional methods of internet delivery, such as fiber-optic or cable, are often cost-prohibitive due to the extensive physical networks required. Factors like terrain, the small customer base, and the vast distances between users and service hubs exacerbate the problem.

Role of Satellite Internet in Connecting These Locations

Satellite internet technology steps into this breach as a viable solution. By forgoing the need for ground-based infrastructure, it can provide high-speed satellite internet to virtually any location with a clear view of the sky. Satellites orbiting the Earth beam data directly to individual dishes installed at users' homes, thereby bridging the gap in internet access for remote locations.

Impact on the Community and Local Businesses

The arrival of reliable satellite internet can be transformative for remote communities and local businesses. It enables:

• Improved communication with customers and suppliers.
• Access to online educational resources and remote learning opportunities.
• The ability for remote workers and businesses to participate in the global economy.
• Enhanced access to healthcare resources via telemedicine.
• Better opportunities for local tourism businesses to market themselves.

Strong and consistent internet connectivity fosters community development, drives economic growth, and opens up a world of possibilities that were once limited by geographic isolation.

Performance Factors: Broadband Speeds and Data Caps

When considering high-speed satellite internet, it's essential to evaluate the performance factors that can influence your online experience. Among these are the broadband speeds offered and the data caps that may be imposed by service providers. Understanding how these elements impact the usability of satellite internet is crucial for both current and prospective users.

How Satellite Broadband Speeds Compare

Satellite broadband speeds have historically lagged behind terrestrial internet options like fiber, DSL, and cable. However, with advancements in technology, high-speed satellite internet services have begun to close this gap. Providers now offer packages that can compete with traditional broadband solutions, satisfying the needs of users who require swift and efficient internet connections. Despite this progress, it's important to note that the inherent latency in satellite communication can still affect some high-speed applications.

Data Caps and User Impact

Data caps are another significant aspect of satellite internet service. These caps limit the amount of data a user can download or upload during a billing cycle. Once exceeded, providers may reduce internet speeds or charge additional fees. For users with high-speed data needs, such as streaming video or frequent large file downloads, understanding the limitations of data caps is vital. It can be the deciding factor between a seamless online experience and one that is frustratingly restricted.

Satellite Broadband for High-Speed Data Needs

For those living in areas where traditional broadband is unavailable, satellite internet provides a valuable alternative. Its ability to deliver high-speed satellite internet opens up a world of possibilities, from telecommuting to online education. However, it is essential to select a service plan that aligns with your data consumption patterns to avoid the pitfalls of throttling or overage fees.

By carefully considering both broadband speeds and data caps, users can make informed decisions about their satellite internet service and ensure it meets their high-speed requirements.

Addressing the Latency Challenge in High-Speed Satellite Internet

High-speed satellite internet has unlocked the potential for global connectivity, yet one obstacle that often arises is latency. Latency, often referred to as 'ping,' measures the time it takes for data to travel between its origin and destination. This time delay can be particularly noticeable in satellite internet due to the significant distance that signals must travel to and from satellites in orbit.

Understanding Latency in Satellite Internet Connections

Latency in satellite connections is primarily due to the vast expanse between the earth and geostationary satellites, which are located approximately 22,236 miles (35,786 kilometers) above the equator. Unlike terrestrial internet infrastructures, such as cable or fiber optics, where data transmission can occur at a fraction of the elapsed time, satellite signals are bound by the laws of physics, resulting in higher latency figures.

Impact of Latency on User Experience

User experience can be significantly affected by latency, particularly in real-time applications such as video conferencing, online gaming, and voice over IP (VoIP). These services rely on swift data packet exchanges, and delays can lead to interruptions and diminished quality. For activities like web browsing and streaming video, however, the impact of latency can be less pronounced with proper buffering and optimization techniques.

How Modern Satellite Internet is Addressing Latency Concerns

Contemporary providers of high-speed satellite internet are continuously innovating to mitigate latency issues. Strategies to combat these concerns include:

• Advanced Satellite Technology: Next-generation satellites utilize higher frequencies and are positioned closer to the earth in medium or low earth orbits (MEO/LEO) to reduce the distance data must travel.
• Onboard Processing: Modern satellites are equipped with processing capabilities that allow data to be routed more efficiently in space, minimizing the need for ground-based relay.
• Ground Infrastructure Improvements: Investment in ground station networks and enhanced signal processing accelerates data handoff speeds.
• Network Optimization: Providers employ sophisticated algorithms to predict and manage data traffic flows, thereby reducing latency impact on time-sensitive applications.

By tackling latency from multiple angles, high-speed satellite internet is evolving to offer more reliable and responsive connectivity options, even as it extends its reach to the most remote corners of the globe.

Streamlining Your High-Speed Satellite Internet Setup

Embarking on the journey of obtaining HIGH SPEED SATELLITE INTERNET requires an understanding of the essential equipment and an overview of the installation process. Addressing these factors ensures a smooth transition to seamless, high-speed connectivity, even in the most remote locations.

Essential Equipment for Satellite Internet Service

To initiate your satellite internet service, certain hardware must be in place. This setup is paramount to obtain a high-speed connection that meets your digital needs.

• Satellite Dish: A pivotal component that receives signals transmitted by the orbiting satellite.
• Modem: Required to convert incoming signals from the dish into usable internet connectivity for your devices.
• Mounting Equipment: Ensures your satellite dish is securely affixed, typically to your roof, for optimal signal strength.
• Cables and Connectors: Facilitate the link between your satellite dish, modem, and ultimately, your internet-enabled devices.

The Installation Process for a Satellite Internet System

Installation is a critical step in tapping into high-speed satellite internet. This process broadly involves:

• Site survey by a professional technician to determine the ideal location for the satellite dish.
• Mounting of the dish aligned properly to the geostationary satellite for optimal signal reception.
• Running and securing of cables from the outdoor unit (dish) to the indoor modem.
• Final configuration and testing of the internet connection to ensure it meets provider and user requirements.

Potential Area and Location Constraints for Setup

A successful installation is not free from geographical and physical constraints, which might include:

• Clear Line of Sight: The satellite dish must have an unobstructed view of the sky where the satellite is located, away from tall trees or buildings.
• Landlord Permissions: If property rented, securing permission for installation of mounting equipment and a satellite dish is a prerequisite.
• Local Regulations: It is essential to comply with local zoning laws or homeowners association rules related to satellite dish placement.
• Weather Considerations: Areas prone to extreme weather conditions may require specialized installation procedures to safeguard equipment.

Being mindful of these requirements paves the way for a seamless installation and reliable access to HIGH SPEED SATELLITE INTERNET. With proper planning and professional assistance, your satellite internet system will be operational, providing access to fast, reliable internet, irrespective of your location.

Evaluating Costs: Pricing Structures of Satellite Internet

Choosing the right internet service goes beyond speed and connectivity—it's also critical to consider the cost-effectiveness of different options. When evaluating HIGH SPEED SATELLITE INTERNET, understanding the pricing structures can help consumers make an informed decision.

Cost Comparison with Other Types of Internet Service

Compared to terrestrial services like fiber, DSL, and cable, satellite internet often carries a premium due to its unique ability to reach remote locations. However, the initial higher cost might be justified for users where other forms of high-speed internet are not available.

Pricing Structures of HughesNet and Viasat

• HughesNet: Known for offering straightforward plans with no hard data limits, although speeds may be reduced once the data allowance is exceeded. Their packages often come with a two-year price lock guarantee.
• Viasat: Viasat provides a variety of tiered plans, which vary in speed and data caps. They may offer higher speeds, but with the possibility of higher costs for additional data usage.

Understanding the Long-Term Value of Satellite Broadband

When it comes to HIGH SPEED SATELLITE INTERNET, the long-term value is substantial, especially for users in rural or underserved areas. Satellite internet eliminates the need to rely on ground-based infrastructure, which can be costly or impossible to implement in certain locales. This advantage often outweighs the initial setup and monthly service costs.

Ensuring Dependable Connections: The Reliability of High Speed Satellite Internet

The lifeblood of any internet service is its dependability, and high speed satellite internet is no exception. For users who rely on a consistent and stable connection, understanding the reliability of satellite internet is critical. Service providers strive to deliver both robust network performance and high network uptime, ensuring you stay connected when it matters most.

Reliability of Satellite Internet Connections

When it comes to the reliability of satellite internet, advancements in technology have greatly improved the stability of connections. Satellite internet now provides users, especially those in remote and rural areas, with a viable and dependable option for high-speed internet. Network designs have evolved to mitigate connectivity drops, ensuring users can conduct online activities with minimal disruptions.

Network Uptime: A Critical Metric for Providers

Network uptime is an important metric that reflects the service quality of an internet provider. High uptime percentages are indicative of a service you can trust. Leading satellite internet providers are known to report uptime statistics in the range of 99%, suggesting that services remain available nearly all the time. This high level of network uptime signifies the commitment of satellite internet services to provide continuous connectivity.

Weathering the Storm: Tackling Environmental Challenges

Environmental and weather-related challenges are frequently cited concerns with satellite internet service. Providers, however, have implemented sophisticated technologies to mitigate these issues. Satellites are equipped with adaptive mechanisms that adjust signals during inclement weather, which enhances the resilience of your internet connection. Additionally, ground-based infrastructure is fortified to withstand severe weather conditions, ensuring service remains as uninterrupted as possible.

In conclusion, high speed satellite internet offers a dependable solution that stands up to the demand for reliable, always-on internet access. As technology progresses, providers continue to optimize their systems to offer even greater reliability and network uptime, making satellite internet a compelling choice for consumers prioritizing a steadfast online experience.

IoT Goes Rural: Internet of Things and Rural Connectivity

HIGH SPEED SATELLITE INTERNET is not just transforming the way we access the web; it's also revolutionizing rural Internet of Things (IoT) connectivity. The impact of reliable, rapid internet services extends far beyond basic online activities, serving as a critical enabler for innovative IoT applications that drive efficiency, productivity, and improved quality of life in remote areas.

The Importance of High-Speed Internet for IoT Applications in Rural Areas

IoT devices require a seamless internet connection to communicate and operate effectively. In rural regions, where traditional broadband is often unavailable, HIGH SPEED SATELLITE INTERNET is vital for supporting these connected technologies. From precision agriculture to remote healthcare monitoring, the demand for real-time data transfer necessitates the reach and robustness that satellite broadband can provide.

Impact of Satellite Broadband on IoT Expansion

The expansion of IoT in rural areas has been significantly bolstered by the advent of high-speed satellite internet options. With the ability to deliver connectivity across vast and underserved landscapes, satellite internet breaks down the barriers that have previously hindered the deployment of smart technologies in rural settings.

Case Studies of IoT Enhancing Life in Remote Locations

These instances showcase how IoT, powered by HIGH SPEED SATELLITE INTERNET, is delivering practical solutions to the unique challenges faced by rural communities.

Alternative Options: Weighing Satellite Against Fiber, DSL, and Cable

High-speed satellite internet has revolutionized connectivity, especially in remote and rural areas. However, it's crucial to compare it with traditional terrestrial alternatives to understand when it's your best option. The most common alternatives include fiber optic, DSL (Digital Subscriber Line), and cable internet.

Satellite vs. Fiber Internet

Fiber Internet provides the fastest connection speeds available because it uses light to transmit data through optic cables. This technology allows for super-fast download and upload speeds that often surpass 1 Gbps (gigabit per second). Although unrivaled in speed, fiber's availability is limited to urban and some suburban areas, leaving remote locations out of reach.

Satellite vs. DSL Internet

DSL Internet uses existing telephone lines for connectivity. While DSL can offer stable internet access and is widely available, its speeds are generally lower than both satellite and fiber, typically capping out at around 100 Mbps. It's also worth noting that the quality of your DSL connection may deteriorate the further you are from the provider's central office.

Satellite vs. Cable Internet

Cable Internet, distributed through the same coaxial cables used for cable television, offers speeds that can compete with satellite offerings, reaching up to several hundred Mbps. It's more widely available than fiber but can suffer from network congestion during peak times, as bandwidth is shared among users in a locality.

When isHigh-Speed Satellite Internet Preferable?

• In areas where terrestrial options like fiber, DSL, or cable are not available
• For users requiring more consistent upload speeds than DSL or cable typically offer
• When flexibility and installation ease are important, particularly in mobile setups or temporary locations

Pros and Cons of Satellite Internet

Pros:

• Accessibility in remote locations where other options fail to reach
• Easier and quicker to install in areas without existing infrastructure

Cons:

• Typically higher latency when compared with terrestrial solutions, affecting real-time applications
• More susceptible to weather-related disruptions

In conclusion, while high-speed satellite internet is an excellent service echoing the dawn of global connectivity, it's essential to consider your specific situation when choosing between satellite, fiber, DSL, or cable internet.

The Horizon: Future Advancements in Satellite Internet

As we advance into an increasingly connected world, the realm of HIGH SPEED SATELLITE INTERNET is on the cusp of transformative change. Industry experts are continuously exploring emerging technologies to enhance connectivity, particularly for those in remote and underserved regions.

Emerging Technologies in Satellite Internet

The advent of more sophisticated satellite internet technologies promises to revolutionize the user experience. With projects like SpaceX's Starlink deploying vast constellations of small satellites, we're on the threshold of a new era of high-speed internet access, unconstrained by terrestrial limitations. Advances such as laser link communication between satellites and on-the-fly reconfiguration of networks aim to substantially reduce latency and improve overall reliability.

Potential Changes in Bandwidth, Speeds, and Service Areas

The boundaries of bandwidth and internet speeds are being pushed to new heights. Future satellite networks are expected to offer gigabit-speed connections, rivaling, and in some cases surpassing, traditional terrestrial services. Additionally, the expansion of service areas to cover virtually the entire globe means that soon, the phrase "internet dead zones" may become a relic of the past.

Predictions for the Evolution of Satellite Broadband

• Enhanced Coverage: Satellite constellations in low-Earth orbit could enable near-global coverage, eradicating digital deserts.
• Reduced Latency: Technological breakthroughs are hoped to bring latency levels down to those of cable or fiber-optic connections.
• Improved Cost-Efficiency: Economies of scale and technological advancements may lead to more affordable satellite internet, widening its appeal and accessibility.

In summary, the horizons for HIGH SPEED SATELLITE INTERNET are broadening rapidly. With each passing day, new innovations pave the way towards a more connected and inclusive digital future. It's an exciting time for service providers and consumers alike, as the full potential of satellite broadband is on the verge of being unlocked.

Social Implications: Enhancing Education and Business in Rural Areas

High-speed satellite internet has become a pivotal force in transforming the educational and business landscape in rural regions. The advent of this technology means that geographical barriers to accessing information are rapidly being broken down, opening up new opportunities for remote learning and entrepreneurship.

How High-Speed Satellite Internet is Transforming Education Access

The presence of high-speed satellite internet in rural areas has revolutionized the way education is delivered. With improved internet access, students in remote areas can now tap into a wealth of online educational resources, participate in virtual classrooms, and pursue distance learning opportunities with greater ease.

• Enhanced access to multimedia resources and educational platforms.
• Opportunities for remote tutoring and support for students in isolated communities.
• Reduced educational disparities between rural and urban areas.

The Role of Reliable Internet in Supporting Rural Entrepreneurship

Reliable internet connectivity is a cornerstone for modern businesses, and the availability of high-speed satellite internet has enabled rural entrepreneurs to grow their ventures. No longer limited by location, these businesses can reach global markets, leverage cloud services, and utilize e-commerce platforms to effectively compete with urban counterparts.

• Empowerment of local businesses through wider market access.
• Enhanced productivity and efficiency with cloud-based tools and services.
• Promotion of innovation and job creation within rural economies.

Real-life Stories of Satellite Internet Changing Lives

Behind the statistics are countless real-life stories of individuals and communities profoundly impacted by the introduction of high-speed satellite internet. Schoolchildren have been able to participate in global learning initiatives, while local entrepreneurs have successfully expanded their businesses online and connected with customers far beyond their localities.

• Case studies of students who have excelled academically thanks to improved internet access.
• Success stories of rural businesses that have thrived by connecting to a global customer base.

The expansion of high-speed satellite internet into rural areas is not just about connectivity—it's about leveling the playing field in education and business, fostering community empowerment, and steering positive socio-economic change.

Stay Connected Anywhere with High Speed Mobile Satellite Internet

As the world becomes increasingly mobile, the demand for continuous internet connectivity has soared. High speed satellite internet is no longer confined to stationary settings; it's taken to the roads, skies, and seas. Mobile satellite internet services empower users to maintain a reliable internet connection while on the move, ensuring that travel or remote work doesn't equate to digital isolation.

Overview of Mobile Satellite Internet Solutions

Mobile satellite internet offers a form of wireless internet connectivity that utilizes satellites to broadcast and receive data directly to and from mobile setups such as RVs, boats, and vehicles. This technology has been designed to provide service in areas where terrestrial internet options are either unavailable or unreliable.

Benefits for Travelers, Remote Workers, and Mobile Businesses

• Uninterrupted Connectivity: One of the main advantages is continuous access to the internet allowing for seamless communication and business operations on the go.
• Global Coverage: High speed satellite internet covers vast and remote areas, offering a lifeline to those beyond the reach of traditional internet services.
• Flexibility: With satellite internet, you can establish a connection in a variety of mobile environments, from RVs parked in remote areas to vessels navigating international waters.
• Increased Productivity: Remote workers can stay productive no matter where their work takes them, while travelers can plan and stay connected with friends and family.

Selection of Reliable Mobile Satellite Internet Providers

Selecting a dependable provider is crucial for accessing high speed satellite internet on the move. Companies such as HughesNet, Viasat, and others offer various plans and equipment designed to cater to the unique needs of mobile internet users, ensuring that regardless of your location, you remain connected with fast and efficient internet service.

Fair Use and Limitations: Bandwidth Throttling and Fair Access Policy

In the realm of HIGH SPEED SATELLITE INTERNET, maintaining quality service for all users is a substantial challenge. To ensure that satellite internet providers can deliver consistent speeds across their network, certain practices, such as bandwidth throttling and the enforcement of Fair Access Policies (FAP), are put into place.

Understanding Bandwidth Throttling

Bandwidth throttling is a reactive measure used by internet service providers to regulate network traffic and minimize bandwidth congestion. This process involves intentionally slowing down the internet speeds for certain users during peak usage times or when a user exceeds a specified data limit. Throttling helps prevent service degradation for all users by spreading available bandwidth across the network more evenly.

Navigating the Fair Access Policy

The Fair Access Policy is designed to ensure that every subscriber gets a fair chance to use the network without being excessively impacted by those who consume a disproportionately large amount of bandwidth. When users hit their data limit as dictated by the policy, their internet speed is reduced, which is also known as the "data allowance policy." Understanding the specific terms of your service provider's FAP is critical to avoid unexpected slowdowns in your internet speed.

Balancing Network Congestion and User Experience

Satellite internet providers face the unique challenge of balancing network congestion and user experience. The implementation of policies like bandwidth throttling and FAP is a crucial part of this balance. While these measures help maintain the integrity of the service, they can also impact the user experience, particularly for those who are high-volume data users. Providers must continually adjust and update their policies to deliver the best possible performance to their customers.

• Bandwidth Throttling: Upon reaching a certain data threshold, users may experience reduced speeds to alleviate network strain.
• Fair Access Policy: Limits the data usage per billing cycle to ensure equal internet access for all users under the network.

Customers of HIGH SPEED SATELLITE INTERNET must be cognizant of these limitations, which are outlined in their service agreements, to optimize their online activities and manage their data usage accordingly.

Environmental Considerations: Weather-related Challenges

High-speed satellite internet has transformed connectivity across the globe, enabling users in remote and rural areas to enjoy reliable access to the digital world. However, environmental factors, particularly weather conditions, can pose significant challenges to the reliability and consistency of satellite internet services.

The Impact of Weather Conditions on Satellite Internet Reliability

Adverse weather conditions, such as heavy rain, snow, high winds, or dense cloud cover can interfere with the signal quality received by a customer's satellite dish. Known as rain fade, these weather events can result in temporary service disruptions, decreased internet speeds, or loss of connectivity. As the satellite signals traverse the Earth's atmosphere, they are susceptible to attenuation (signal weakening) caused by the increased moisture in the atmosphere during such weather phenomena.

Mitigation Strategies Employed by Service Providers

Service providers of high-speed satellite internet are well aware of the potential disruptions caused by weather-related phenomena. To mitigate these effects, several strategies are in place:

• Deployment of advanced modulation and coding techniques that increase the robustness of the transmitted signals.
• Implementation of uplink power control, allowing the ground station to increase signal strength during adverse weather conditions to maintain connectivity.
• Installation of larger, more sensitive satellite dishes that are better able to collect and focus the satellite signal.
• Utilizing a network of ground-based repeaters to help stabilize and boost signals as needed.

Future Tech Improvements to Combat Weather-related Disruptions

As technology continually advances, the ability to withstand the impact of inclement weather is expected to improve. Emerging technologies and ongoing enhancements in satellite design, signal processing, and network architecture are being developed to further reduce the effects of the environment on high-speed satellite internet services. Innovations such as low Earth orbit (LEO) satellite constellations and advanced error correction algorithms hold promise in providing more consistent and reliable internet access, irrespective of weather conditions.

In conclusion, while high-speed satellite internet users may face challenges during adverse weather conditions, ongoing efforts and future technologies aim to strengthen the resilience of such systems, ensuring that rural and remote communities can enjoy uninterrupted connectivity.

Seizing the Skies: The Potential of High-Speed Satellite Internet

The expedition through the digital realm of HIGH SPEED SATELLITE INTERNET arrives now at its conclusion, and thus we look back on a journey marked with incredible potential. High-speed satellite internet has illuminated a path for global connectivity, stretching its signals to the furthest reaches, and promising a more inclusive future where no location is too remote for access to the information superhighway.

The Vanguard of Connectivity: HughesNet and Viasat

Corporate pioneers like HughesNet and Viasat have not just participated but have been influential in shaping the growing market for satellite internet. Their relentless pursuits for higher speeds, broader bandwidths, and more reliable service have set the bar for industry standards and continue to push the boundaries of technology.

Envisioning Tomorrow's Broadband Landscape

As we contemplate the rapidly transforming landscape of satellite broadband technology, we usher in a sense of optimism about the future. With continued advancements poised to overcome current limitations, the dream of universal, unhampered internet access via satellites becomes increasingly attainable.

As the constellation of opportunities expands above us, we encourage you to ponder if HIGH SPEED SATELLITE INTERNET is your gateway to boundless discovery. Are you ready to embrace the new wave of digital connectivity that traverses both land and sea, closing distances with a signal from the sky?

High-Speed satellite internet has revolutionized rural internet. Today, satellite internet service providers deliver internet service to even the most remote locations utilizing orbiting satellites in combination with small satellite dishes at each satellite internet customer’s location. Exact satellite internet speeds will vary from one location to another based on the satellite beams that serve the region, but almost every address in the United States now has access to some form of high-speed internet service. All you need to have high-speed satellite internet installed at your home or business is a clear view of the southern sky so that your satellite signal will be uninterrupted.

You Can Get High-Speed Satellite Internet Almost Anywhere

When you call to order high-speed satellite internet, a customer service rep will help you determine the best satellite internet plan for your address. We offer internet service at a range of speeds and have satellite internet service that’s free from data caps. The most affordable unlimited internet plans offer download speeds up to 12 Mbps or 25 Mbps, depending on location, and no data caps. If you use internet primarily to check email or look up information, the 12 Mbps plan may be all you need. Those who use the internet more extensively will want to choose a plan with at least 25 Mbps download speed. The most popular high-speed satellite internet plans offer 25 Mbps download speeds, while the most powerful satellite internet plan delivers up to 100 Mbps downloads.

Viasat (formerly Exede) High-Speed Satellite Internet vs. HughesNet High-Speed Satellite Internet
Viasat high-speed satellite internet offers several packages at most locations. The base plan offers download speeds up to 12 Mbps with unlimited data, while the newest plan offers download speeds of 100 Mbps. The most popular Viasat internet plans offer 25 Mbps download speeds with unlimited data, but new plans with download speeds up to 50 Mbps are attracting more and more satellite internet customers.
HughesNet keeps high-speed satellite internet simple. All home internet plans offer 25 Mbps download speeds and no hard data limits so you aren’t charged for exceeding your data threshold, although your service will slow down.
HughesNet and Viasat modems have built-in Wi-Fi to allow you to connect all your wireless devices to your high-speed satellite internet. Both Viasat and HughesNet offer a video data saver to allow you to stream more videos without crossing your internet plan’s data threshold.
While neither HughesNet not Viasat have hard data limits, once you meet your threshold, both prioritize your internet traffic behind customers who have data remaining. HughesNet provides a Bonus Zone with 50 GB of free data, a late-night option to allow customers to schedule large downloads between 2 a.m. and 8 a.m. Viasat Liberty plans offers Free Zones with unmetered data during the early morning hours.

Both Viasat and HughesNet high-speed satellite plans come with free or low-cost standard installation.
Viasat and Exede (now Viasat) offer a 2-year price lock on their high-speed satellite internet plans. If you expect to move before two years is over, Viasat offers a “no long-term contract option.” Be sure to tell our customer service rep about your plans so that we may offer the best internet solution for you.

High-Speed Satellite Internet Gives You New Options for Work, School and Entertainment
High-speed satellite internet has given many people the option to work from home utilizing online video conferencing, VoIP phone service and fast digital-file transfers. The features that make working from home an option bring new educational opportunities through online classes. When you take away the expense of commuting to a metropolitan area for work or school, many satellite internet users discover a savings when they buy a high-speed satellite internet plan.

When you add high-speed satellite internet to your home, you open a new world of entertainment options that include streaming video, internet radio and seemingly endless social media options. Enjoy high-speed internet on all your devices with built-in Wi-Fi.
While satellite internet delivers sufficient download speeds for gaming, it has greater latency than wired connections because of the distance the satellite internet signal must travel. Because of signal latency, high-speed satellite internet works great for everything but first-person shooter games.

Bundle High-Speed Satellite Internet with TV and Phone to Save
When you bundle Viasat high-speed satellite internet with DIRECTV satellite television, you enjoy new entertainment options with real savings each month.
Add phone service for still more savings and enjoy unlimited calling via VoIP in much of North America. The high-speed satellite internet plan you choose will determine your exact calling plan.