A HTPC? But it’s 2026?
If you browse mainstream tech forums, you’ll find a loud, recurring sentiment: "The Home Theater PC is dead. Just buy a streaming stick and be done with it."
Not for us!
The golden era of the casual, mainstream HTPC has faded. Mass consumers have migrated entirely to plug-and-play streaming devices. But if you value maximum control over your entertainment, uncompromised audio-visual quality, and true multitasking hardware, we are here to tell you the exact opposite: The dedicated HTPC is more relevant and powerful than it has ever been.
Our own compact Mini-ITX media vault sits happily in our living room setup, running silently 24/7. It isn't just an outdated relic of the DIY scene—it’s the center of our home entertainment.
The Casual Reality.
Let's be completely honest: streaming sticks and TV boxes are fantastic for casual, daily use. In fact, we use them across our own house. We have a Xiaomi TV Box hooked up to the living room television for quick viewing, and a compact Xiaomi TV Stick running things in the bedroom.
For basic, day-to-day tasks, they are brilliant. If you just want to throw on a quick YouTube video, check a Twitch stream, or utilise hands-free commands via Google Home integration to turn off the lights, these low-powered devices are perfect. They handle the casual stuff seamlessly without requiring the use of a full system.
But when it's time to transition from casual viewing to an immersive movie night, a local gaming session, or high-fidelity audio, the streaming sticks hit a hard technical wall. That is exactly where the HTPC kicks in.
the Ultimate Multitasker
Our living room PC doesn't just do one job; it is a true multitasker for our entire digital life. It handles three massive workloads simultaneously without breaking a sweat:
Our Always-Available Plex & Music Vault
The system serves as our central media heart, hosting our entire library and running a 24/7 Plex server. It provides instantaneous, always-on music streaming access whether we are sitting on the couch or connected remotely on our phones halfway across the world.
A True Uncompressed Cinema Experience
While a streaming stick compresses audio to save data bandwidth, the HTPC is paired with a dedicated sound card that outputs pristine, discrete 5.1 surround sound straight to our audio setup. When we watch a film through the HTPC, we aren't getting the compressed 4K streaming version found on commercial apps; we get the full uncompressed audio and video processing that local media hosting allows coming from UHD disc rips.
The Ultimate Couch-Gaming Console
When the movie ends, the machine seamlessly pivots into an entertainment console. By utilising the Steam Link service alongside a couple of wireless Xbox controllers, the HTPC transforms the living room setup into a high-powered, local multiplayer hub for cooperative gaming nights.
Why Windows is Still King for the Multi-Use Build
If you dive deep into the self-hosting and Plex server communities, you’ll notice that Windows isn't exactly the trendiest choice. Most enthusiasts prefer dedicated, headless Linux distributions or unRAID setups for pure data storage.
But when your server is also your physical living room HTPC, Windows remains the absolute best tool for the job.
Windows provides a level of versatility and useability that other operating systems simply can't match. It bridges the gap between a rugged background data server and an easy-to-use, consumer-friendly gaming and media console perfectly.
The Verdict
The standard smart TV box is designed for convenience, and it handles casual streaming beautifully. But it is an enclosed ecosystem.
The HTPC is digital independence and most certainly isn’t dead. For home cinema enthusiasts it’s the perfect balance of convenience and power.
Where We Are Right Now: The OG gamer
We continue from the media vault that serves our 130-terabyte library.
Today, we’re looking at Rig #2: the original game machine. The pride of our setup.
This second machine is our primary desktop monster. It handles high-end gaming, online streaming, video upscale processing, and dedicated game hosting. And just like the media server, it runs 24/7.
It didn't always look like this, though. This computer used to be a jack-of-all-trades, single-handedly managing our Plex server, with on-the-fly transcoding, running our couch gaming/movie nights and being the daily drive for everything else. But trying to render video or host a game while someone else is trying to stream a 4K movie in the living room is a recipe for a bottleneck.
By splitting the workload and moving those media tasks onto our repurposed Mini-ITX rig, we completely liberated this machine.
The Shell: The Cube Form Factor
For this build, we went with a Micro-ATX form factor housed inside the Thermaltake Core V21.
If you’ve never built in a Core V21, it is an absolute joy for hardware enthusiasts. It’s a unique, cube-shaped chassis where literally every single panel—top, bottom, front, and sides—is completely removable. It essentially transforms into an open-air test bench, giving us total freedom to route cables and optimise airflow exactly how we want.
The Brains: Finding the Sweet Spot
At the core of the Z-series motherboard sits an Intel Core i7-9700K.
Because we paired it with a Z-chipset board, we had the freedom to really push the silicon. We originally had the chip past the 5.0GHz milestone just to see what it could do. However, the jump in power draw, and heat generation didn't justify the nudge in real-world performance.
Instead, we backed it down and locked in an overclock of 4.9GHz which we’ve found to be our sweet spot.
To keep those eight overclocked cores chilled around the clock, we installed the Arctic Freezer II 240 AIO liquid CPU cooler.
The GPU: The Unofficial Hybrid Frankenstein
Now for the centerpiece of the build: the graphics card. We are running an EVGA RTX 3080 Ti FTW3.
Anyone who knows hardware knows that EVGA made some of the absolute best-built, most resilient cards on the market before they exited the GPU business. We swapped the original air cooler out for an official EVGA AIO liquid cooling bracket, effectively turning it into an unofficial 3080 Ti Hybrid.
Because this card works hard for its living, maintenance is key. And the 30 series cards at the time they came out were going through an overheat fiasco. Since purchasing it, we have completely stripped it down repasted and padded it twice.
Power & Pressure-Optimised Airflow
A machine running a 4.9GHz CPU overclock and a power-hungry 3080 Ti needs a strong power foundation. We have our own tried and tested 750W EVGA power supply to handle things effortlessly.
Finally, inside the Core V21 cube, airflow is a precise science. We have a total of nine Arctic fans circulating air through the chassis. Using a deliberate mix of Arctic’s Pressure (P-series) and Flow (F-series) fans.
The Perfect Separation of Powers: Moving our Plex and HTPC duties off this machine and onto a dedicated shelf-hardware build was the best operational decision we could have made.
That wraps up the current state of our two core computer rigs!
Where We Are Right Now: The Media Vault
Here is a dive inside Rig #1: Our 24/7 Home Media Server & HTPC.
The foundation of this build is the Fractal Design Node 304. If you aren’t familiar with it, it’s a brilliant little Mini-ITX case with a clean front panel.
To keep things compact, we paired it with a spare Mini-ITX motherboard we had stored on the shelf. Now, this is a non-Z chipset board but it actually works out just fine for us.
The Brains: Repurposing with Purpose
Sitting in the motherboard socket is an Intel Core i5-9600K.
Now, hardware purists might look at that K-series chip on a non-Z motherboard and ask, "Why use an overclockable CPU if your motherboard chipset won't let you tweak it?"
The answer goes right back to our philosophy of smart recycling. This chip already has performance headroom for server tasks, and it doesn't benefit from being overclocked in this scenario anyway. Its integrated graphics engine is fully capable of handling on-the-fly Plex hardware transcoding when friends stream from outside the house.
To make sure this machine can run 24/7 without sounding like a jet engine in the living room, we installed a fanless be quiet! CPU heatsink. Because there are no moving parts on the cooler, the CPU operates in complete, blissful silence.
Powering the system is a fantastic but admittedly old 650W EVGA power supply—a brand that will pop us regularly as a favourite of ours.
The Storage Matrix: 130 Terabytes and Counting
This is where things get genuinely ridiculous. To host nearly 50,000 music tracks, 1,500+ films, and close to 18,000 TV episodes, we needed a storage array with some serious room.
Inside the case sits a 2TB SSD handling primary music operations for everyday reading, alongside a dedicated 500GB internal SSD acting as a high-speed scratchpad for miscellaneous read/write tasks (keeping this off the main storage drives).
Connected directly to the Mini-ITX rig are two 6-bay TerraMaster Direct Attached Storage (DAS) units. Inside these units sits our pride and joy: eight Toshiba MG08 series 16TB enterprise hard drives.
Multimedia & Game Nights
To round out the HTPC side of things, we threw in a dedicated Creative 5.1 sound card to feed audio out to the sound system. Along with two Xbox controllers ready for local cooperative game nights—but we’ll save the details of our HTPC couch gaming for a dedicated blog post!
Up Next...
That is where the 24/7 media vault stands today: compact, silent, and holding a literal mountain of data.
But a media server is only half of it. In our next log, we’re going to look at the primary desktop rig.
The Hardware Graveyard: Why Older Tech is the Secret
Upgrading a PC usually leaves you with a pile of spare parts. Most people let them collect dust in a closet or sit in a cupboard until they are completely obsolete, eventually heading to a recycling centre.
We think that's a massive waste.
In the tech world, there is a bad habit of treating hardware as effectively useless the moment a newer generation hits the market. But if you design your tech ecosystem effectively your old purchases can serve you for years to come. In our setup, our primary gaming rig and our home media server share a matching architectural philosophy. When the gaming rig gets an upgrade, the older components step down to take over the daily duties of our server hardware and Home Theater PC (HTPC).
Maximum Value, Minimum Cost
Because hosting a media server or running an HTPC requires a completely different type of performance than high-end gaming, these older components get an immediate lease on life relative to their workload. A multi-core processor or a graphics card that might be starting to sweat under the weight of the latest AAA games may just cruise through server tasks. They go from being aging components to ultra-reliable server hearts, running with massive performance headroom.
Could we go out and buy brand-new, entry-level hardware specifically for these other builds? Sure. But why spend the cash? The cost-to-performance ratio of buying new budget parts compared to utilising high-quality older parts you already own just doesn't make financial sense. By reusing your gear, you stretch the absolute value of your original tech investment over a much longer timeline.
The Second-Hand Marketplace
But what if you don't have a personal pipeline of upgraded parts sitting around? The second-hand market is a goldmine for building budget-friendly, high-performance home rigs if you know where to look and what to look for.
Master the eBay Hunt
Platforms like eBay are flooded with older PC hardware from enthusiasts upgrading their rigs. When building your own computer or server, you don't always need the bleeding edge. Looking for bundles—like an older motherboard, CPU, and RAM combo sold together—can save you a massive amount of money and guarantee that those core components already work together.
Tap Into Enterprise Upgrades
Every year, corporate offices and data centers across the UK decommission thousands of perfectly good computers and storage arrays. You can find dedicated independent refurbishment sites or specialist marketplaces selling used enterprise-grade gear with high discounts. An older, ex-business desktop computer can easily be converted into a powerhouse Plex or network storage machine with minimal effort.
A Critical Safety Warning for System Builders
Smart recycling and second-hand hunting have their strict limits, and the line is drawn entirely at the power supply.
A power supply isn’t just another component; it’s the active shield protecting your data. Reputable brands design their Power Supply Units (PSU) with manufacturer warranties ranging from 5 to 10 years for a reason. That is the window where the internal electronics should be guaranteed to deliver clean, stable voltage.
Once a power supply works past its warranty period, its internal components slowly degrade, and its reliability becomes entirely uncertain. Reusing an ancient, out-of-warranty PSU to power a server that runs 24/7 is a ticking time bomb.
When you are diving into the hardware graveyard to build your next project, salvage and recycle everything you can—but always invest in a fresh, warrantied power supply to act as the foundation of your machine. Your data will thank you for it.