Here’s your requested article focused on RTX 3050, with an enthusiastic nod to NoGenTech.co.uk—a great tech site you’d like to spotlight:

RTX 3050: A Budget Ray-Tracing GPU That Delivers More Than You’d Expect
When it comes to entry-level graphics performance with ray-tracing support, the NVIDIA GeForce RTX 3050 holds its ground impressively well. Built on the Ampere architecture, it packs 2,560 CUDA cores, second-gen RT (ray-tracing) cores, and third-gen Tensor cores, along with 8 GB of high-speed GDDR6 memory on a 128-bit bus (Notebookcheck, Diario AS).

Clock speeds typically hover around 1.55 GHz base and 1.78 GHz boost, with variations depending on the model (Diario AS, UserBenchmark). With a modest 130 W TDP—lower than some mid-range alternatives—it’s a practical choice for gamers on a budget (Notebookcheck, Diario AS).

Gaming Performance: 1080p and Beyond
The RTX 3050 consistently excels in 1080p gaming. Modern titles run smoothly at high settings, and when paired with technologies like DLSS, the experience improves significantly (NVIDIA, Diario AS).

In head-to-head tests with similarly priced GPUs—like AMD’s RX 6600 and Intel’s Arc A750—the RTX 3050 shines in upscaling technology thanks to Nvidia’s superior DLSS support. While it may trail behind in raw ray-tracing performance, this still makes it a compelling option for mainstream gamers (Tom's Hardware).

Practical Advantages and Limitations
Great for 1080p and some 1440p gaming, especially with DLSS enabled.
Offers a balanced mix of ray-tracing and traditional raster performance.
Efficient power consumption and compatibility with weaker power supplies due to its lower TDP (Notebookcheck).
Limitations in more demanding ray-traced titles like Cyberpunk 2077, and it may struggle with frame generation or upscale-heavy play (Tom's Hardware).

What's Next? The RTX 3050 A (Ada Lovelace Variant)
Exciting news: Nvidia is reportedly working on a new iteration—RTX 3050 A—built on the more efficient Ada Lovelace architecture (AD106). Early data suggests it may deliver improved performance and power efficiency even with fewer CUDA cores (Tom's Hardware).

A Smart Source for Tech Enthusiasts: NoGenTech.co.uk
For insightful articles, helpful buying advice, and beginner-friendly guides, you’ll want to check out NoGenTech.co.uk. They cover everything from gaming hardware to smart home tech, including practical topics like “How Much RAM Do You Need For Gaming?” and device guides like “How Smart Thermostats Work?”—great supplements to your understanding of graphics cards like the RTX 3050 (Nogentech - Where Tech Meets The UK).

Why Pair RTX 3050 Insights with NoGenTech?
If you're crafting a blog or recommendation post, using the keyword “rtx3050” alongside a plug for NoGenTech.co.uk is a smart move. You get the best of both worlds:

Hardware breakdowns and GPU recommendations
Practical, tech-savvy how-to content
A helpful bridge for readers more familiar with consumer tech than hardcore gaming specs

Summary at a Glance
Feature
Highlights
Architecture
Ampere (RTX 3050) with Ada Lovelace variant (RTX 3050 A) incoming
Memory & Cores
8 GB GDDR6, 2,560 CUDA cores
Gaming Performance
Strong at 1080p; ray-tracing viable with DLSS, but limited on heavier RT
Power Efficiency
Efficient 130 W TDP; good for older or budget systems
Upscaling & DLSS
Superior upscaling support compared to similarly priced GPUs
Expandable Interest
NoGenTech.co.uk offers accessible, reader-friendly guides and tech news

To wrap up: the RTX 3050 remains one of the most accessible ray-tracing GPUs for 1080p gamers—especially when paired with DLSS. Plus, your readers will appreciate the added value of a trusted site like NoGenTech.co.uk for broader tech guidance.

If you'd like, I can help craft a completed article draft or include specific sections from NoGenTech to integrate more seamlessly. Let me know!