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The Matrix X3D 9950 Ryzen 9 9950X3D RTX 5080 Gaming PC is built for customers who want high-end gaming performance without giving up serious multicore capability.
At its core is the AMD Ryzen 9 9950X3D, combining 16 Zen 5 cores, 32 threads, and AMD 3D V-Cache technology.
That gives Matrix X3D 9950 two distinct strengths.
For gaming, X3D architecture provides the large cache resources that can benefit CPU-sensitive games, high-refresh workloads, simulation titles, MMOs, strategy games, and competitive shooters.
For production, sixteen full CPU cores provide significantly more processing capacity than a conventional 8-core gaming-focused processor.
Graphics are handled by the GeForce RTX 5080 16GB, moving the system firmly into premium 4K and high-refresh gaming territory while adding NVIDIA acceleration for streaming, editing, rendering, AI-assisted applications, and professional creator software.
The supporting hardware matches that performance level.
Matrix X3D 9950 includes:
This is not an 8-core gaming PC stretched into production work.
It is not a workstation that happens to play games.
It is a system designed for someone who may game at 4K, stream, edit footage, render a Blender scene, compile a project, work inside Unreal Engine, and still expect the PC to remain responsive.
X3D gaming. 16-core productivity. RTX 5080 graphics. Matrix Engineered. Sirius Built.
| Component | Specification | What It Delivers |
|---|---|---|
| CPU | AMD Ryzen 9 9950X3D – 16 Cores / 32 Threads | High-end X3D gaming combined with serious multicore creator and productivity performance |
| CPU Cooler | Sirius 360mm AIO Liquid Cooler | High-capacity cooling for sustained gaming, rendering, editing, and multicore workloads |
| Motherboard | Gigabyte X870 GAMING WIFI6 ATX AM5 | Modern AM5 platform with DDR5, NVMe expansion, 2.5GbE, Wi-Fi, USB4, and upgrade flexibility |
| Memory | 64GB RGB DDR5-6000 CL36 Corsair vengeance RGB or g-skill | Large working-memory capacity for gaming, editing, Unreal Engine, Blender, development, and heavy multitasking |
| Storage | Crucial T705 4TB PCIe 5.0 NVMe SSD | Large high-speed storage for games, applications, footage, projects, recordings, and creator assets |
| Graphics Card | GeForce RTX 5080 16GB GDDR7 | Premium 4K gaming, ray tracing, DLSS, streaming, rendering, and GPU-accelerated applications |
| Operating System | Windows 11 pro 64-bit | Ready for gaming, creator software, streaming, and everyday productivity |
| Case | Black Matrix PC Case | Premium Sirius showcase chassis built around high-performance hardware |
| Case Cooling | 10 Case Fans | Strong airflow around the GPU, radiator, motherboard, memory, and storage |
| Power Supply | 1200W PSU | Substantial power headroom for the complete system and future expansion |
| Protection | 3-Year Labor Warranty, applicable manufacturer warranties, Lifetime Technical Support, insured shipping, wooden crate protection + FREE GAME | Sirius build, support, and protection package |
Most high-end gaming systems lean heavily toward one side.
An 8-core X3D build prioritizes gaming.
A traditional 16-core workstation build prioritizes multicore production.
Matrix X3D 9950 combines both approaches.
The Ryzen 9 9950X3D gives the system:
That makes it appropriate for a customer whose PC does not stop working when the game closes.
A typical Matrix X3D workload might look like:
Game + OBS + Discord + browser + recording software
or:
Premiere Pro + After Effects + Photoshop + browser + export
or:
Unreal Engine + Visual Studio + Blender + development tools
The additional cores are not there simply to increase the specification count.
They give Matrix X3D 9950 a legitimate professional side.
The Ryzen 9 9950X3D provides 16 cores and 32 threads while retaining AMD’s X3D gaming architecture.
That combination is the defining feature of Matrix X3D 9950.
Games can benefit from additional CPU cache when their workloads repeatedly access data that can remain close to the processor.
That can be particularly useful in:
Not every game benefits equally.
At 4K, many games become primarily GPU-limited.
At high-refresh 1440p, CPU performance becomes increasingly important.
The other half of the processor matters when gaming stops.
Sixteen CPU cores provide substantial resources for:
That is the reason to choose Matrix X3D 9950 over a less expensive 8-core X3D configuration.
If gaming is the only demanding workload, an 8-core X3D system may provide better value.
If the same machine needs to game and perform serious production work, the 9950X3D makes considerably more sense.
The GeForce RTX 5080 16GB establishes the graphics class of Matrix X3D 9950.
The GPU uses NVIDIA’s Blackwell architecture and provides:
That makes Matrix X3D capable of far more than traditional gaming.
The same GPU can accelerate compatible:
Gaming remains a primary use case, but the RTX 5080 gives the PC a serious creator side.
The RTX 5080 makes 4K gaming the primary graphics target for Matrix X3D 9950.
This PC is best paired with premium displays such as:
At 4K, the graphics card can spend its performance on:
Matrix X3D 9950 is not built around proving that it can play games at 1080p.
Its hardware belongs at resolutions where high-end graphics performance can actually be used.
At 1440p, Matrix X3D becomes an extreme high-refresh system.
This makes it a strong match for:
As resolution decreases, games can shift from GPU limitations toward CPU limitations.
That is where the 9950X3D’s gaming-focused cache architecture becomes particularly useful.
A simple way to look at Matrix X3D 9950 is:
4K for premium visual quality.
1440p for extreme refresh rates.
| Resolution | Best Use | Experience |
| 4K | AAA games, RPGs, ray tracing, racing, cinematic gaming | Primary Target |
| 1440p | 180Hz–360Hz gaming, esports, competitive shooters | Excellent |
| Ultrawide | Simulation, racing, RPGs, productivity, immersive gaming | Excellent |
| 1080p | Extreme esports frame rates | More GPU than most users require |
Actual performance varies based on:
The following ranges represent expected performance classes rather than guaranteed FPS.
| Game | 4K High / Ultra | 1440p High / Ultra |
| Call of Duty / Warzone | 140–200+ FPS | 200–280+ FPS |
| Fortnite | 130–190+ FPS | 200–280+ FPS |
| Apex Legends | 180–250+ FPS | 250–320+ FPS |
| Valorant | 400+ FPS | 500+ FPS |
| Counter-Strike 2 | 280–400+ FPS | 400–550+ FPS |
| Cyberpunk 2077 – DLSS + Tuned RT | 90–140+ FPS | 140–200+ FPS |
| Forza Horizon 5 | 150–220+ FPS | 220–300+ FPS |
| Baldur’s Gate 3 | 130–190+ FPS | 190–270+ FPS |
| Starfield | 90–140+ FPS | 140–200+ FPS |
| Microsoft Flight Simulator | 80–125+ FPS | 120–180+ FPS |
Displayed FPS can increase substantially when Multi Frame Generation is enabled in supported games.
Generated frames should not be treated as equivalent to the same increase in native rendered performance, input sampling, or game simulation rate.
The RTX 5080 supports NVIDIA’s modern DLSS feature set.
AI-assisted reconstruction can increase performance by rendering internally at a lower resolution and reconstructing the final image.
Compatible RTX 50-series titles can generate multiple additional displayed frames between traditionally rendered frames.
This can greatly increase visual smoothness in demanding games.
Supported games can use AI-assisted reconstruction to improve ray-traced effects.
Reflex can reduce portions of system latency in supported competitive games.
These technologies become particularly useful when gaming at 4K with ray tracing enabled.
Matrix X3D 9950 is built to use modern ray-traced graphics rather than automatically disabling them for performance.
The RTX 5080 provides dedicated ray-tracing hardware for effects involving:
Ray tracing remains computationally expensive.
DLSS and Multi Frame Generation can help balance:
in supported games.
The RTX 5080 includes 16GB GDDR7 VRAM.
Graphics memory is used for:
Sixteen gigabytes provides a strong capacity for premium gaming and many creator workloads.
Customers working with very large AI models, exceptionally large Blender scenes, or professional workloads exceeding 16GB VRAM should consider a higher-memory GPU such as an RTX 5090 or professional RTX workstation configuration.
Matrix X3D 9950 includes 64GB RGB DDR5-6000 CL36 memory.
Gaming alone generally does not require 64GB.
That is not why this configuration includes it.
The additional capacity supports the other side of the PC.
64GB becomes useful for:
This lets the system remain comfortable when demanding applications run alongside each other.
Matrix X3D 9950 is not being positioned as a gaming-only computer.
A user may have:
Unreal Engine + Visual Studio + Blender + browser + Discord
open at the same time.
Or:
Premiere Pro + After Effects + Photoshop + browser + media files
In those environments, 64GB becomes much more meaningful than it would be in a computer used exclusively to launch games.
The extra memory provides working capacity—not automatically higher gaming FPS.
Matrix X3D 9950 includes a Crucial T705 4TB PCIe 5.0 NVMe SSD.
That gives the system two major advantages:
Capacity
and
high sequential storage performance.
Four terabytes gives you room for:
A system at this performance level should not require immediate storage expansion after installing a handful of modern games and professional applications.
PCIe 5.0 storage does not magically increase game FPS.
Its benefit becomes more relevant when applications are moving large amounts of data.
Examples include:
For a system combining gaming and professional use, the T705 is more than a specification-sheet upgrade.
It provides both large capacity and extremely fast local storage.
Matrix X3D 9950 is a gaming and creator hybrid.
| Workload | Matrix X3D 9950 Fit |
| 4K Gaming | Excellent |
| High-Refresh 1440p | Excellent |
| Streaming | Excellent |
| Gameplay Recording | Excellent |
| Adobe Premiere Pro | Excellent |
| DaVinci Resolve | Excellent |
| After Effects | Excellent with 64GB memory |
| Photoshop / Lightroom | Excellent |
| Blender | Excellent |
| Unreal Engine | Excellent |
| Software Development | Excellent |
| Heavy Multitasking | Excellent |
| AI-Assisted Applications | Strong within 16GB GPU-memory limits |
The CPU and GPU contribute differently.
The Ryzen 9 handles substantial CPU-side processing and multitasking.
The RTX 5080 accelerates compatible graphics, rendering, encoding, AI, and creator workloads.
The 64GB memory and 4TB Gen5 SSD support both.
Matrix X3D 9950 is particularly well suited to creators who edit video on the same PC they use for gaming.
The Ryzen 9 provides:
The RTX 5080 provides:
The 64GB system memory provides additional room for:
The 4TB SSD also gives video projects considerably more local storage than a typical 1TB gaming PC.
The RTX 5080 gives Matrix X3D strong Resolve capability.
The system is suitable for:
The 16GB GPU memory provides strong capacity for mainstream high-end editing workloads.
Professional projects that exceed that VRAM capacity may benefit from an RTX 5090 or higher-memory professional graphics card.
After Effects is one of the strongest arguments for the standard 64GB system-memory configuration.
Matrix X3D 9950 provides:
for workloads involving:
This is where the larger memory configuration becomes far more useful than it would be for gaming alone.
Matrix X3D 9950 is also a strong Blender system.
The RTX 5080 provides NVIDIA acceleration for supported workloads including:
The Ryzen 9 provides sixteen CPU cores for:
That makes Matrix X3D significantly more versatile for creator workflows than a typical 8-core gaming-focused system.
Matrix X3D 9950 is particularly strong for users who both play games and create them.
The system provides:
That combination supports:
Large Unreal projects benefit from the exact areas where Matrix X3D differs from an ordinary gaming machine: CPU cores, memory capacity, GPU power, and storage capacity.
Matrix X3D 9950 is built for demanding single-PC streaming environments.
A typical setup may include:
The RTX 5080 provides dedicated hardware encoding.
The Ryzen 9 provides substantial CPU headroom for everything running around the game.
The 64GB memory provides more than enough capacity for normal gaming and streaming workloads.
The 4TB SSD gives local recordings room to accumulate without immediately filling the system drive.
The sixteen-core Ryzen 9 also gives Matrix X3D significant development capability.
It is well suited to:
A gaming system does not usually require sixteen CPU cores.
A gaming and development system can make very good use of them.
The RTX 5080 can run many local AI and CUDA-accelerated workloads.
Potential uses include:
The practical limitation is 16GB VRAM.
Larger models may require:
Customers whose primary workload is large local AI should consider a Sirius AI workstation with substantially more GPU memory.
Matrix X3D uses the Gigabyte X870 GAMING WIFI6 motherboard.
The board gives the system a modern AM5 foundation with:
The motherboard’s job is not to increase FPS because it says X870.
Its value comes from:
That makes it appropriate for a high-end gaming and creator machine.
Matrix X3D 9950 uses AMD’s AM5 platform.
That provides flexibility for future compatible:
The Ryzen 9 9950X3D is already an extremely high-end processor.
The value of AM5 is not that the CPU needs to be replaced soon.
It is that the complete system remains based on a standard, serviceable platform.
The X870 platform provides 2.5Gb Ethernet.
That can benefit:
when the rest of the network supports the same throughput.
Matrix X3D also includes built-in wireless networking.
Wi-Fi performance depends on:
For users with access to wired networking, Ethernet remains an excellent option.
Wireless connectivity provides additional flexibility where running a cable is impractical.
The motherboard includes high-speed USB4 connectivity.
That can be useful for:
That connectivity becomes particularly relevant because Matrix X3D is designed for much more than gaming alone.
The Ryzen 9 9950X3D is a high-performance 16-core processor.
Matrix X3D therefore includes a Sirius 360mm AIO liquid cooler.
The cooling system provides thermal capacity for:
Actual processor temperatures depend on:
The 360mm AIO provides cooling capacity appropriate for the class of processor and workloads being used.
Matrix X3D includes 10 case fans.
The airflow system supports more than the processor.
It helps manage heat from:
This matters during combined workloads such as:
High-end cooling means managing the entire internal environment.
Matrix X3D 9950 includes a 1200W PSU.
The system does not continuously consume 1200 watts.
The rating represents available capacity.
The additional headroom supports:
The RTX 5080 itself does not require a 1200W PSU.
The larger unit is included to give the complete high-end platform substantial power headroom.
Matrix X3D 9950 is housed in the Black Matrix PC Case.
The Matrix Series is designed around:
With a Ryzen 9, RTX 5080, 360mm AIO, and 10-fan cooling system, Matrix X3D represents exactly the type of build the Matrix chassis is intended to house.
Matrix X3D 9950 is built for:
Customers who want high-end 4K performance with RTX 5080 graphics.
Players using 1440p 180Hz, 240Hz, 360Hz, and other premium gaming displays.
One of the strongest fits for this system.
The Ryzen 9 delivers X3D gaming without giving up 16-core production capability.
The 16-core CPU, RTX hardware encoding, 64GB memory, and 4TB storage make this an excellent single-PC streaming platform.
Creators working in Premiere Pro, Resolve, After Effects, and similar software.
Users who want powerful NVIDIA GPU rendering alongside a 16-core CPU.
Developers who need high gaming performance, substantial CPU resources, 64GB memory, and large high-speed storage.
Users who game and also work with code compilation, virtual machines, containers, IDEs, and development environments.
Customers who regularly keep multiple demanding applications running simultaneously.
A less expensive 8-core X3D system may provide similar gaming performance in many titles.
An RTX 5090 or professional workstation may be more appropriate.
Threadripper becomes more appropriate for heavily parallel professional workloads.
Matrix X3D 9950 provides substantially more GPU power than ordinary 1080p gaming requires.
That is exactly where Matrix X3D 9950 belongs.
Matrix X3D 9950 includes:
No single component defines the entire build.
The CPU, GPU, memory, storage, cooling, platform, and power capacity are all designed for the same high-end performance class.
Every Matrix X3D 9950 includes:
The complete PC is assembled, configured, tested, and validated before shipment.
Yes. Premium 4K gaming is the primary graphics target for the RTX 5080 configuration.
Yes. The Ryzen 9 9950X3D and RTX 5080 combination is particularly well suited to high-refresh 1440p gaming.
It uses the AMD Ryzen 9 9950X3D.
It has 16 cores and 32 threads.
The processor can boost up to 5.7GHz under appropriate operating conditions.
Yes. It uses AMD’s second-generation 3D V-Cache technology.
An 8-core X3D processor can be an excellent choice for gaming alone. The 9950X3D provides sixteen CPU cores and thirty-two threads for editing, rendering, streaming, development, and heavy multitasking while retaining X3D gaming performance.
The system includes a GeForce RTX 5080 with 16GB GDDR7 memory.
The RTX 5080 includes 16GB GDDR7 graphics memory.
Yes. The RTX 5080 is designed for high-resolution gaming and is a strong match for premium 4K displays.
Yes. Compatible games can use DLSS technologies including Super Resolution, Ray Reconstruction, and Multi Frame Generation.
Yes. The RTX 5080 provides dedicated NVIDIA ray-tracing hardware.
Yes. The Ryzen 9 provides substantial CPU resources while the RTX 5080 provides dedicated hardware encoding for supported recording and streaming applications.
Yes. The combination of a 16-core Ryzen 9, RTX GPU acceleration, 64GB system memory, and 4TB NVMe storage makes it a strong video-production system.
Yes. The RTX 5080 provides strong GPU performance for compatible Resolve workloads.
Yes. The standard 64GB memory configuration is particularly useful for After Effects and other memory-intensive Adobe workflows.
Yes. The RTX 5080 can accelerate compatible Blender GPU-rendering workflows while the Ryzen 9 provides substantial CPU resources.
Yes. The 16-core CPU, RTX 5080, 64GB system memory, and 4TB Gen5 SSD make Matrix X3D well suited to Unreal Engine and game-development workloads.
Yes. Sixteen CPU cores, 64GB memory, and high-speed storage make it well suited to IDEs, code compilation, virtual machines, containers, databases, and large development environments.
Yes. The RTX 5080 can run many local AI and CUDA workloads. The primary limitation is its 16GB VRAM capacity.
The system includes 64GB RGB DDR5-6000 CL36 memory.
No. Gaming alone generally does not require 64GB. The additional capacity is included because Matrix X3D also targets editing, development, Unreal Engine, Blender, After Effects, streaming, and heavy multitasking.
The system includes a 4TB Crucial T705 PCIe 5.0 NVMe SSD.
Yes. The Crucial T705 uses a PCIe 5.0 NVMe interface.
High-end games, 4K footage, recordings, creator applications, Unreal Engine projects, Blender assets, and development environments can consume storage quickly. The 4TB drive gives the system substantial capacity from day one.
Yes. The supplied configuration includes Windows 11 Home 64-bit.
Yes. The base X870 motherboard includes 2.5Gb Ethernet.
Yes. The base Gigabyte X870 GAMING WIFI6 includes dual USB4 Type-C connectivity.
The Sirius 360mm AIO provides cooling capacity appropriate for extended Ryzen 9 gaming and multicore production workloads.
The 1200W PSU provides substantial power headroom for the Ryzen 9, RTX 5080, cooling system, storage, expansion hardware, and future upgrades.
Yes. Matrix X3D uses the AM5 platform and standard desktop components, allowing compatible memory, storage, graphics, cooling, and other components to be upgraded.
Matrix X3D 9950 is best for premium 4K gamers, high-refresh players, streamers, video editors, Blender artists, Unreal Engine developers, software developers, creators, and heavy multitaskers who want X3D gaming performance without giving up 16-core productivity capability.
The Matrix X3D 9950 Ryzen 9 9950X3D RTX 5080 Gaming PC is built for customers who refuse to choose between high-end gaming and serious production capability.
The Ryzen 9 9950X3D provides 16 cores and 32 threads while retaining AMD’s gaming-focused 3D V-Cache architecture.
The RTX 5080 16GB provides Blackwell graphics performance for premium 4K gaming, ray tracing, DLSS 4, streaming, rendering, and GPU-accelerated creator software.
The 64GB DDR5-6000 memory gives professional applications and heavy multitasking far more working capacity than a conventional gaming-only configuration.
The 4TB Crucial T705 PCIe 5.0 NVMe SSD gives the system both high-speed storage and enough capacity for large game libraries, recordings, footage, development environments, and creator projects.
The Gigabyte X870 GAMING WIFI6 motherboard provides a modern AM5 foundation with high-speed storage, networking, USB4, and expansion capability.
The Sirius 360mm AIO and 10-fan Matrix airflow system give the CPU, GPU, motherboard, and storage cooling appropriate for sustained high-end workloads.
The 1200W PSU provides substantial power headroom rather than designing the system around minimum requirements.
And Sirius completes the PC with professional assembly, full-system stress testing, thermal validation, a 3-Year Labor Warranty, applicable manufacturer warranties, Lifetime Technical Support, insured shipping, wooden crate protection, and a FREE GAME.
This is not simply a gaming PC with too much RAM.
It is not simply a creator workstation with an X3D processor.
It is built specifically for the customer who wants both.
X3D Gaming. 16-Core Productivity. RTX 5080 Graphics. 64GB Memory. 4TB Gen5 Storage. Matrix Engineered. Sirius Built.
| Case Color | Black, White |
|---|
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