Turning a living room into a comfortable, responsive media space usually starts with a streamer, and many people default to something like a Chromecast. It is inexpensive, small, and simple to set up, which is usually enough for most households. After relying on devices like the Chromecast and Fire TV Stick for years, I decided I wanted more control over my media and a smoother way to play local content. That led me to try a Raspberry Pi 5 running LibreELEC, and the difference surprised me.

The Raspberry Pi turns your entire media collection into a consistent, browsable library.

This combination offers a level of flexibility, reliability, and performance that streaming dongles rarely provide. LibreELEC is lightweight and tuned specifically for media playback, and the Raspberry Pi 5 finally has the horsepower to make it shine. This setup isn’t just an alternative to a Chromecast. It is a real upgrade for anyone who values customization, local libraries, and consistent performance.

👁 5 ways to watch live TV using Raspberry Pi and TV tuner hardware - featured
5 ways to watch live TV using Raspberry Pi and TV tuner hardware

To round out your Raspberry Pi media center and make it more complete, there are several ways to use it to stream live TV

By  Jeff Butts

Why this setup works so well

A focused media OS that gets out of the way

The core reason this combination shines is the simplicity of LibreELEC. The operating system strips away anything that does not directly support playing movies, shows, and music. It boots quickly, uses very few system resources, and puts the interface front and center. That makes navigating large local libraries feel more fluid than with many mainstream streaming boxes.

LibreELEC also benefits from Kodi’s long history, which brings a polished interface and a mature feature set. You get strong codec support, subtitle customization, dynamic refresh rate switching, and a clean library system. Many of these features are available in streamer apps, but Chromecast devices often require workarounds or cloud-based solutions to achieve the same results. With LibreELEC, everything feels designed for direct playback from the start.

Another factor that helps is how well the Raspberry Pi 5 runs the software. The improved CPU and GPU resources keep the interface responsive even with large libraries or heavy skins. It feels like a dedicated appliance rather than a tiny board running a general-purpose operating system. That sense of purpose makes a noticeable difference in use.

Hardware that fits living room needs

Small, quiet, and designed for flexibility

The Raspberry Pi 5 blends into a living room just as easily as a Chromecast. It has a small footprint, stays quiet with a proper case and fan configuration, and consumes very little power. That makes it easy to place near a TV or tuck into a media console without worrying about heat or clutter. Despite its small size, it has enough connectivity to handle almost any setup.

Physical ports also matter more than people expect. With the Pi, you get multiple HDMI and USB 3.0 ports, and expandable storage via microSD, NVMe (with a PCIe HAT), or an external drive. Chromecast devices are built for streaming rather than for direct media access, which can lead to friction if you prefer to store your files locally. Having the option to plug in storage or run content over a wired network is a quality-of-life improvement in everyday use.

The absolute premium option for such a setup relies on an NVMe SSD rather than a microSD card, which requires a HAT to connect the Pi 5’s PCIe bus to an M.2 NVMe socket. Not only does this provide faster read and write speeds, but it’s also more durable and reliable than booting from a microSD card. At a bare minimum, however, you should use a USB drive to store your media files.

The Pi 5’s upgraded hardware accelerates video playback, unlike earlier Pi generations, which struggled with it. High-bitrate local files play more reliably, and the system keeps up even with demanding formats. This is not something Chromecast devices are designed for, and it shows when you push them to the limit. A Pi 5 simply holds up better under local media workloads.

Better for local libraries and offline viewing

You’re not dependent on the cloud to enjoy your media

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A significant advantage of LibreELEC on a Pi is how well it handles local libraries. If you store movies on a NAS, an external drive, or even a large microSD card, the system can scan, index, and present everything without relying on online services. This addresses a pain point for Chromecast users, who often have to jump between apps or rely on casting from another device. The Pi turns your entire collection into a consistent, browsable library.

There is also the benefit of independence from internet connectivity. Streaming dongles are designed to work best when online and often require connecting to cloud services. LibreELEC only requires a network if you want it, which makes it more reliable during outages or in environments with slow connections. The experience stays fast and usable no matter what your Wi-Fi looks like.

That level of autonomy is not just convenient but empowering. You control your library, your playback, and your metadata. When everything is local, performance becomes far more predictable. This is precisely what many home media enthusiasts care about.

Chromecasts still excel at simplicity

They solve problems most households face

Credit: TAKA@P.P.R.S (Flickr)

To be fair, a Chromecast remains the most convenient choice for many people. The setup takes minutes, the interface is familiar, and the device integrates tightly with popular streaming services. If your media habits revolve around Netflix, YouTube, and Disney+, you may not see the immediate need for something more powerful. The simplicity of casting from your phone is a major advantage.

There is also less maintenance involved. LibreELEC is simple by media center standards, but a Pi still requires basic setup and occasional updates. Not everyone wants to think about configuration or storage. Chromecast devices hide all those details behind a polished interface, which is a real selling point for families or anyone who does not want to babysit their hardware.

Finally, streaming apps on a Chromecast enjoy official support and large development teams. Not every service has a Kodi add-on, and even when they exist, they may have limitations. If cloud streaming is your primary use case, a Chromecast might still be the better fit.

Why that counterpoint doesn’t change the advantages

Local media fans have different needs

For users who prioritize control, local playback, and smooth navigation, the compromises of a Chromecast are harder to overlook. A Pi does not need to phone home, sync accounts, or rely on casting devices. The interface is consistent across services, and everything remains in your hands. The experience feels more like owning your media instead of renting it.

LibreELEC also gives you more longevity. When a Chromecast ages out of updates or loses support for a service, you are stuck. A Raspberry Pi gives you the freedom to swap storage, change cases, reinstall the OS, or adopt entirely new media platforms. That flexibility extends the device’s life beyond what a streaming dongle can reasonably provide.

Once you configure the Pi, it becomes an appliance that does exactly what you want without changing on you. For people who dislike messy app ecosystems or constant UI redesigns, that is a real advantage. The certainty of the experience is part of what makes it compelling.

The DIY solution remains the best option

A Raspberry Pi 5 running LibreELEC provides a richer, more customizable, and more reliable living-room media experience than a Chromecast for anyone who cares about local playback and complete control. Chromecasts remain excellent at cloud streaming and simplicity, but they rarely meet the needs of people who want a flexible, self-contained media appliance. A Pi 5 fills that gap with ease and delivers a smoother long-term experience for home media enthusiasts.

Raspberry Pi 5
$65 $80 Save $15
CPU
Arm Cortex-A76 (quad-core, 2.4GHz)
Memory
Up to 8GB LPDDR4X SDRAM
Operating System
Raspberry Pi OS (official)
Ports
2× USB 3.0, 2× USB 2.0, Ethernet, 2x micro HDMI, 2× 4-lane MIPI transceivers, PCIe Gen 2.0 interface, USB-C, 40-pin GPIO header
GPU
VideoCore VII

This SBC, when paired with a media streaming-centric OS like LibreElec, makes a superior streaming device for your TV.