Establishing a network connection for a television enables access to a wide array of online content, transforming it from a traditional broadcast receiver into a multifaceted entertainment and information hub. This process typically involves either a wired (Ethernet) or wireless (Wi-Fi) connection, facilitating the retrieval of streaming services, on-demand video, and potentially interactive applications directly on the television screen.
The ability to stream content directly to a television set provides numerous advantages. Viewers gain access to a significantly expanded library of movies, television shows, and other video content, often exceeding what is available through conventional cable or satellite providers. Furthermore, the integration of internet connectivity allows for software updates that can improve performance, introduce new features, and enhance overall user experience. The historical context involves a shift from solely relying on broadcast signals to leveraging broadband networks for content delivery, thus increasing choice and convenience for the consumer.
The subsequent sections will detail the practical steps involved in establishing both wired and wireless connections, troubleshooting common connectivity issues, and maximizing the benefits of a network-enabled television. These instructions will offer a clear guide for achieving optimal performance and enjoyment from connected television systems.
1. Ethernet cable (wired)
The use of an Ethernet cable establishes a direct, wired connection to the internet, representing one method of achieving television internet connectivity. This approach bypasses the need for a wireless signal and, in many cases, provides a more stable and reliable connection compared to Wi-Fi. The direct link eliminates potential interference from other wireless devices or physical obstructions that can weaken Wi-Fi signals. As a result, it often leads to improved streaming quality and reduced buffering, particularly when viewing high-resolution content or engaging in bandwidth-intensive activities.
In situations where the television is located near the internet router, an Ethernet connection becomes a straightforward and advantageous solution. For example, a user experiencing frequent interruptions during streaming over Wi-Fi might resolve this issue simply by connecting the television directly to the router via an Ethernet cable. The practical significance lies in the tangible improvement in performance, evidenced by smoother playback and a more consistent viewing experience. The physical nature of the connection guarantees a dedicated bandwidth allocation to the television, unlike Wi-Fi where bandwidth is shared among all connected devices.
In summary, the Ethernet cable method offers a robust and often superior solution for television connectivity. While wireless connections provide convenience, a wired connection via Ethernet delivers a more dependable and stable link, directly addressing concerns of signal degradation or interference. This method remains a crucial option for establishing robust television internet connectivity, particularly when high-bandwidth applications are prioritized, provided that the proximity of the router permits.
2. Wi-Fi password (wireless)
The Wi-Fi password serves as the key credential necessary to establish a wireless connection between a television and a local network, a critical step in enabling internet connectivity for the device. Without accurate entry of the Wi-Fi password, the television cannot authenticate with the wireless router and gain access to the internet. This password functions as a security measure, preventing unauthorized devices from joining the network and potentially compromising network security or bandwidth availability. The correct password ensures that only authorized devices, such as the television, are granted access to the network’s resources.
The practical significance of the Wi-Fi password becomes evident during the initial setup process of a smart television or when re-establishing a connection after a network disruption. For instance, when a user acquires a new smart television, one of the first steps involves navigating to the network settings and selecting the appropriate Wi-Fi network name (SSID). Subsequently, the television prompts the user to enter the corresponding Wi-Fi password. Entering an incorrect password results in a failed connection attempt, preventing access to streaming services, online applications, and firmware updates. The user must then verify the password’s accuracy, potentially consulting the router’s documentation or contacting the network administrator for assistance.
In conclusion, the Wi-Fi password is an indispensable component of the wireless television internet connection process. Its primary role is to authenticate the device and grant access to the network’s resources, safeguarding against unauthorized access and maintaining network security. Accurate entry of the Wi-Fi password is a prerequisite for accessing the internet and utilizing the full range of functionalities offered by a network-enabled television, especially for streaming services. Challenges may arise from forgotten or incorrectly entered passwords, necessitating password recovery or resetting procedures, but without the correct credentials, a wireless internet connection for the television remains unattainable.
3. TV network settings
Television network settings represent a crucial interface for establishing internet connectivity. These settings act as the control panel through which a television device is configured to recognize and interact with either a wired or wireless network. Accessing and correctly configuring these settings is a fundamental step within the process of establishing a network connection for a television.
The relationship between television network settings and establishing internet connection is causal. Incorrect configurations within these settings inevitably impede internet access. For instance, selecting the wrong network name (SSID) in a wireless setup, failing to input the correct Wi-Fi password, or not specifying the correct IP address and gateway in a static IP configuration will prevent the television from connecting to the internet. A correctly configured network setting, conversely, initiates the process of authentication and data transfer, ultimately resulting in internet access. The network settings is significant because they enable the choice between wired and wireless connection and the configuration of parameters of the network connection for data transfer.
Effective navigation and adjustment of television network settings are indispensable for unlocking the full potential of a network-enabled television. Understanding the purpose and proper configuration of each setting is crucial for a seamless connection and optimal performance of internet-dependent features, which include streaming applications and software updates. Therefore, familiarity with television network settings is a prerequisite for a functional network connection.
4. Router proximity (signal strength)
Router proximity, which directly influences signal strength, is a critical factor affecting the success and reliability of establishing television internet connectivity wirelessly. Insufficient signal strength can lead to a variety of connectivity problems, degrading the viewing experience and limiting the functionalities available to a network-enabled television.
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Signal Attenuation and Distance
Wi-Fi signals weaken as they travel through space and encounter obstructions like walls, furniture, and electronic devices. Increased distance between the television and the router results in signal attenuation, where the signal strength diminishes to a point that compromises the connection. Real-world examples include televisions located in rooms far from the router, or those separated by multiple walls, experiencing frequent buffering or disconnections. This attenuation directly impacts the ability to stream high-definition video and utilize other bandwidth-intensive applications.
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Interference and Obstructions
Other electronic devices operating on the same frequency bands (2.4 GHz or 5 GHz) can interfere with Wi-Fi signals, reducing signal strength and stability. Microwave ovens, Bluetooth devices, and even neighboring Wi-Fi networks can contribute to interference. Furthermore, physical obstructions such as concrete walls or metal structures can significantly impede signal propagation. Televisions located in environments with substantial interference or physical barriers may exhibit reduced connectivity performance, requiring either relocation of the router or the use of signal-boosting devices.
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Impact on Streaming Quality
Weak signal strength directly correlates with degraded streaming quality. Insufficient bandwidth resulting from a poor signal leads to frequent buffering, reduced video resolution, and even complete disconnection from streaming services. A television receiving a weak Wi-Fi signal may be forced to lower the video resolution to maintain a stable stream, resulting in a less-than-optimal viewing experience. In extreme cases, the television may be unable to connect to the internet at all, rendering its network features unusable.
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Solutions and Mitigation Strategies
Several strategies can mitigate the effects of poor router proximity and weak signal strength. These include relocating the router to a more central location, minimizing obstructions between the router and the television, using Wi-Fi extenders or repeaters to amplify the signal, and upgrading to a more powerful router. Alternatively, employing a wired Ethernet connection bypasses the issue of wireless signal strength altogether, providing a more reliable and stable connection. Each of these solutions aims to improve the signal strength at the television’s location, enhancing connectivity and streaming performance.
The relationship between router proximity, signal strength, and successful television internet connectivity is direct and undeniable. Understanding the factors that affect signal strength and implementing appropriate mitigation strategies are crucial for ensuring a reliable and enjoyable viewing experience. While wireless connections offer convenience, they are inherently susceptible to signal degradation, necessitating careful consideration of router placement and potential interference sources.
5. Firmware update availability
Firmware updates are a critical aspect of maintaining and enhancing the functionality of a television connected to the internet. These updates, provided by the manufacturer, address software bugs, improve performance, and introduce new features. Connectivity is a prerequisite for receiving and installing these updates, underlining the integral relationship between firmware update availability and enabling a network-connected television.
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Importance of Network Connection
A network connection is essential for a television to receive firmware updates automatically. When connected, the television periodically checks for updates from the manufacturer’s servers. Without internet access, the television remains on its current firmware version, potentially missing crucial improvements and security patches. For example, a television experiencing software glitches may resolve these issues through a firmware update, which is only accessible via a network connection.
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Security Patching and Vulnerability Mitigation
Firmware updates frequently include security patches that address newly discovered vulnerabilities. Televisions connected to the internet are susceptible to security threats, and manufacturers release updates to mitigate these risks. By remaining connected to the internet, a television can promptly receive and install these security updates, reducing its vulnerability to potential exploits. A network connection is vital for ensuring the device remains secure.
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Feature Enhancements and New Functionality
Beyond bug fixes and security patches, firmware updates often introduce new features and enhancements to existing functionalities. These updates can improve streaming performance, add support for new video formats, or enhance the user interface. A television that is disconnected from the internet misses out on these enhancements, effectively remaining stagnant while connected devices evolve. For example, new streaming codecs or features might be incorporated. If the user does not update the firmware, those will not be included to their old TV set.
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Compatibility with Streaming Services
Streaming services frequently update their applications and protocols, requiring compatible firmware on the television to ensure seamless playback. Firmware updates address compatibility issues and maintain access to these services. A television running outdated firmware may experience difficulties accessing or streaming content from certain platforms, requiring an update to restore functionality. Firmware updates frequently add supports new streaming apps or services to the old tv set.
In summary, firmware update availability is inextricably linked to a television’s internet connectivity. The network connection enables the device to receive vital updates, including bug fixes, security patches, feature enhancements, and compatibility improvements. Failing to maintain a network connection deprives the television of these benefits, potentially compromising its performance, security, and functionality. Therefore, ensuring television internet connectivity is essential for maximizing the lifespan and capabilities of the device.
6. Internet speed testing
Internet speed testing serves as a diagnostic procedure to ascertain the data transfer rate of a network connection, a crucial step following the process of establishing television internet connectivity. The results of this test directly indicate the network’s capacity to support various bandwidth-intensive applications commonly used on connected televisions.
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Assessment of Streaming Capabilities
Internet speed testing is instrumental in determining the suitability of a network connection for streaming video content on a television. Streaming services require specific minimum download speeds to ensure smooth playback without buffering. For example, high-definition (HD) streaming typically necessitates download speeds of at least 5 Mbps, while ultra-high-definition (UHD) streaming often demands 25 Mbps or higher. Testing the internet speed confirms whether the connection meets these requirements, informing the user of the expected streaming quality.
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Identification of Network Bottlenecks
Speed tests can help identify bottlenecks within the network infrastructure that may impede the television’s internet connection. If the measured speed is significantly lower than the subscribed speed from the internet service provider (ISP), it may indicate issues with the router, cabling, or ISP’s network. For instance, an outdated router or faulty Ethernet cable could limit the television’s data transfer rate, necessitating an upgrade or replacement. Testing helps pinpoint these issues for remediation.
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Optimization of Network Settings
The outcome of a speed test can inform decisions regarding the optimization of network settings on the television. If the test reveals a weak or unstable connection, adjustments such as changing the Wi-Fi channel, relocating the router, or switching to a wired Ethernet connection may improve performance. The speed test provides empirical data to guide these optimization efforts, ensuring the television receives the best possible connection.
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Verification of ISP Performance
Internet speed testing allows users to verify whether their ISP is delivering the promised bandwidth. Discrepancies between the advertised speed and the actual measured speed can prompt users to contact their ISP for resolution. In cases where the ISP consistently fails to provide the contracted bandwidth, users may consider switching providers to obtain a more reliable internet connection for their television and other devices.
In conclusion, the process of internet speed testing is an integral step in optimizing the experience of a connected television. By assessing streaming capabilities, identifying network bottlenecks, informing network settings adjustments, and verifying ISP performance, speed tests provide valuable insights that contribute to a stable and high-quality internet connection for the television. The data gathered empowers users to make informed decisions and address potential issues, ultimately enhancing their streaming and viewing experience.
7. IP address acquisition
IP address acquisition is a fundamental, often transparent, process for enabling television internet connectivity. An IP address serves as a unique identifier for a device on a network, facilitating communication between the television and other network devices, including internet servers. Without a valid IP address, a television cannot transmit or receive data over the internet, rendering its network features inoperable. The process occurs automatically in most home network configurations using Dynamic Host Configuration Protocol (DHCP), where the router assigns an IP address to the television upon connection.
The practical significance of IP address acquisition is evident in troubleshooting connectivity issues. For instance, a television that fails to connect to the internet may display an error message indicating an inability to obtain an IP address. This could stem from a malfunctioning router, DHCP server issues, or conflicts with other devices on the network. Diagnosing this problem often involves checking the television’s network settings to ensure it’s configured to automatically obtain an IP address or, in less common scenarios, manually configuring a static IP address if DHCP is unavailable or unreliable. Should the television is setup with wrong IP address, it will not be able to communicate outside the local area network.
In summary, IP address acquisition is a foundational step in establishing television internet connectivity, enabling communication and data transfer between the device and the internet. Successfully obtaining an IP address is critical for accessing streaming services, receiving firmware updates, and utilizing other network-dependent features. Troubleshooting connectivity issues frequently involves verifying the IP address acquisition process, emphasizing its essential role in a functioning network-enabled television system.
8. Device compatibility verification
Device compatibility verification is a preliminary assessment performed to confirm that all components of a system designed to establish television internet connectivity possess the requisite features and specifications for interoperability. This verification process is crucial to avert operational conflicts, ensure optimal performance, and prevent the inefficient allocation of resources in attempting to integrate disparate systems.
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Protocol Adherence
Verification includes confirming that the television and the router or network access point adhere to compatible networking protocols (e.g., IEEE 802.11 a/b/g/n/ac/ax for Wi-Fi, Ethernet standards). Incompatibility in protocol support can prevent the television from recognizing and communicating with the network. For example, a television only supporting older Wi-Fi standards may experience difficulty connecting to a router using newer, more efficient protocols, resulting in a limited or nonexistent connection.
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Hardware Compliance
Hardware verification involves assessing the physical interfaces and capabilities of the television and network hardware. This includes ensuring the television possesses an Ethernet port if a wired connection is intended, or that it supports the frequency bands (2.4 GHz or 5 GHz) utilized by the router for wireless communication. Discrepancies in hardware capabilities can preclude the establishment of a connection. A television lacking a 5 GHz Wi-Fi radio, for instance, would be unable to leverage the faster speeds and reduced interference offered by this band.
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Software and Firmware Version Validation
Compatibility also extends to the software and firmware versions running on the television and the router. Outdated firmware on either device can lead to connectivity issues, protocol incompatibilities, and security vulnerabilities. Verifying that both devices are running the latest available firmware is crucial for ensuring proper functionality and optimal performance. Manufacturers often release updates to address compatibility issues and improve network performance. Failure to update may result in incompatible interaction between the television and the router.
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Digital Rights Management (DRM) Support
For streaming services, device compatibility verification also encompasses assessing the television’s support for necessary DRM technologies. Streaming platforms employ DRM to protect copyrighted content, and televisions must be equipped with the appropriate DRM modules to decrypt and play this content. Lack of DRM compatibility can prevent the television from accessing certain streaming services or playing specific content. Ensuring that the television supports the DRM schemes required by the user’s intended streaming services is essential for a seamless viewing experience.
In conclusion, device compatibility verification is an indispensable precursor to establishing television internet connectivity. Assessing protocol adherence, hardware compliance, software and firmware versions, and DRM support ensures that all components are capable of working in concert, mitigating potential issues and maximizing the likelihood of a successful and optimal connection. Failure to verify these factors can result in connectivity problems, reduced performance, and an inability to access desired content, negating the intended benefits of a network-enabled television.
9. Streaming service activation
The activation of streaming services represents the culminating step in leveraging television internet connectivity. It signifies the transition from establishing a technical connection to actively utilizing the enhanced entertainment options that a network-enabled television affords.
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Account Authentication and Subscription Verification
Activation necessitates the authentication of user credentials with the chosen streaming platform. This entails verifying subscription status and ensuring the account is in good standing. For example, a user must enter their username and password, or utilize a device activation code provided by the service, to validate their subscription and gain access to the content library. Failure to authenticate correctly will preclude access to the streaming service, rendering the network connection functionally useless for that purpose.
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Application Installation and Compatibility
The process may require the installation of a dedicated application on the television. Streaming services often provide proprietary applications optimized for specific television platforms and operating systems. Ensuring the correct application is installed and compatible with the television’s firmware is crucial for seamless streaming. Incompatibility can lead to application crashes, playback errors, or a complete inability to access the service. Users should verify these applications are compatible with the television to avoid streaming issues.
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Device Registration and Concurrent Stream Limits
Many streaming services impose limits on the number of devices that can be concurrently streaming content under a single account. Activation frequently involves registering the television with the service and confirming that the device count does not exceed the allowable limit. Exceeding this limit can result in playback interruptions or the inability to stream on the television until another device is deactivated. The streaming service activation process should be tested on other devices to confirm that there is no concurrent stream limits.
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Regional Content Restrictions and VPN Usage
Streaming services often enforce regional content restrictions, limiting access to specific titles based on the user’s geographic location. The activation process may involve verifying the user’s IP address to enforce these restrictions. Attempting to bypass regional restrictions using a Virtual Private Network (VPN) may violate the service’s terms of use and result in account suspension or termination. It is essential to verify whether regional content restrictions apply, and adhere to those rules for lawful use of the service. The tv streaming service is restricted by regional content restriction.
In conclusion, streaming service activation epitomizes the practical outcome of establishing television internet connectivity. Successfully completing the activation process unlocks the full potential of a network-enabled television, granting access to a vast array of on-demand content. The intricacies of account authentication, application compatibility, device registration, and regional content restrictions must be carefully navigated to ensure a seamless and compliant streaming experience, all resulting from successfully completing the setup steps outlined in establishing television internet connectivity.
Frequently Asked Questions
The following addresses common inquiries and misconceptions regarding the process of connecting a television to the internet. This section aims to provide clarity and address potential concerns in a direct, informative manner.
Question 1: Is a smart television required to access internet streaming services?
While smart televisions possess integrated network capabilities, older, non-smart televisions can also access streaming services via external devices, such as streaming sticks or set-top boxes. The key requirement is a device capable of connecting to the internet and supporting streaming applications.
Question 2: What minimum internet speed is recommended for reliable streaming?
For standard definition (SD) streaming, a minimum download speed of 3 Mbps is generally sufficient. High definition (HD) streaming typically requires 5 Mbps or more, while ultra-high definition (UHD) streaming necessitates 25 Mbps or higher. These speeds represent minimum recommendations; higher speeds may be necessary for optimal performance, particularly when multiple devices are using the network simultaneously.
Question 3: Does a wired Ethernet connection provide a more stable connection than Wi-Fi?
In most scenarios, a wired Ethernet connection offers superior stability and reliability compared to Wi-Fi. The direct connection eliminates potential interference from other wireless devices or physical obstructions that can weaken Wi-Fi signals. Consequently, a wired connection is often preferred for bandwidth-intensive applications, such as UHD streaming.
Question 4: How are firmware updates typically installed on a connected television?
Most smart televisions automatically check for firmware updates when connected to the internet. The television typically prompts the user to install the update, which is downloaded and installed in the background. In some cases, the user may need to manually initiate the update process via the television’s settings menu.
Question 5: What steps can be taken to improve a weak Wi-Fi signal affecting television connectivity?
Improving Wi-Fi signal strength can involve relocating the router to a more central location, minimizing obstructions between the router and the television, or using Wi-Fi extenders or repeaters to amplify the signal. Upgrading to a more powerful router or switching to the 5 GHz band (if supported) can also enhance signal strength and stability. Finally, ensure that the televisions firmware is updated.
Question 6: What security measures should be considered when connecting a television to the internet?
Securing a connected television involves several measures, including ensuring the router is protected with a strong password, keeping the television’s firmware updated to address security vulnerabilities, and being cautious about granting permissions to unfamiliar applications. Regularly changing the Wi-Fi password can also enhance security.
Addressing these points can significantly enhance the understanding and resolution of common issues associated with establishing television internet connectivity, contributing to a more seamless and secure viewing experience.
The subsequent section will provide troubleshooting tips for resolving common connectivity challenges encountered when linking televisions to the internet.
Troubleshooting Tips
The following provides guidance for addressing prevalent challenges encountered when establishing or maintaining a television’s connection to the internet. These tips aim to facilitate swift resolution and minimize disruptions to the viewing experience.
Tip 1: Verify Physical Connections: Ensure that all physical connections, including Ethernet cables and power cords, are securely connected. A loose or disconnected cable is a common cause of connectivity failure. Examine the Ethernet port on both the television and the router for any visible damage.
Tip 2: Restart Network Devices: Power cycling the router and television can often resolve temporary connectivity issues. Unplug both devices from the power outlet, wait approximately 30 seconds, and then plug them back in. Allow sufficient time for the router to re-establish its connection before attempting to connect the television.
Tip 3: Check Wi-Fi Credentials: Double-check the accuracy of the Wi-Fi password entered into the television’s network settings. Incorrect credentials are a frequent cause of failed wireless connections. Consult the router’s documentation or settings interface for the correct password.
Tip 4: Update Television Firmware: Outdated firmware can lead to connectivity problems and compatibility issues. Access the television’s settings menu and check for available firmware updates. Install any pending updates to ensure optimal performance and security.
Tip 5: Conduct Internet Speed Test: Perform an internet speed test on a device connected to the same network as the television. Low speeds can indicate a problem with the internet service provider (ISP) or network infrastructure. Contact the ISP if the measured speeds are significantly lower than the subscribed speeds.
Tip 6: Review Router Settings: Access the router’s settings interface to verify that the television is not being blocked by any firewall rules or parental control settings. Additionally, ensure that the router’s DHCP server is enabled to automatically assign IP addresses to connected devices.
Tip 7: Minimize Wireless Interference: Reduce potential interference from other electronic devices operating on the same frequency bands as the Wi-Fi network. Move cordless phones, microwave ovens, and Bluetooth devices away from the router and television. Consider switching to the 5 GHz band (if supported) to minimize interference from 2.4 GHz devices.
Tip 8: Contact Technical Support: If all other troubleshooting steps fail, contact the television manufacturer’s technical support or the ISP for assistance. They may be able to diagnose and resolve more complex connectivity issues.
These guidelines offer a systematic approach to resolving common television internet connectivity problems. Employing these measures can often restore functionality and mitigate recurring issues, promoting a more consistent viewing experience.
The following concludes the discussion on establishing television internet connectivity. By understanding the underlying principles, employing proper setup procedures, and implementing effective troubleshooting techniques, a stable and reliable connection can be established, unlocking the full potential of a network-enabled television.
Conclusion
The preceding discussion has meticulously examined the process of how to hook up tv to internet, encompassing essential preparatory steps, connection methods, potential challenges, and their respective resolutions. It underscores the importance of understanding network settings, assessing internet speed, ensuring device compatibility, and effectively troubleshooting common issues. A comprehensive grasp of these elements is paramount for successfully integrating a television into a network environment.
The integration of televisions into the broader digital ecosystem through internet connectivity is an ongoing evolution. As streaming services and online content providers continue to expand their offerings, the ability to seamlessly connect and utilize these resources will become increasingly critical. It is incumbent upon users to remain informed and proactive in maintaining optimal network configurations to fully leverage the capabilities of their connected televisions.
