Radeon RX560 4G 4HDMI Graphics Card review

Have you been looking for a simple, low-power graphics card that can drive multiple monitors without breaking the bank?

Product Overview: Radeon RX560 4G Graphics Card, with 4 HDMI 4 Monitor Graphics Card,Computer PC GPU GDDR5 128 Bit DirectX 12 PCI Express X16 3.0, 4 Port Video Cards (AMD RX560 4G 4HDMI)

I’ll start by telling you what this product is in plain terms and why it caught my attention. The Radeon RX560 4G with 4 HDMI ports is an entry-level discrete GPU built on AMD’s Polaris architecture (Polaris 12), with 4GB of GDDR5 memory on a 128-bit bus. I like that it’s marketed toward users who want multiple displays or light gaming like League of Legends, and that it runs off the PCIe slot power without needing additional connectors.

Key selling points I noticed

I want to highlight the main features that stood out to me before I go deeper into testing and impressions. The card offers four HDMI outputs, consumes little power (no external power needed), and comes with a compact cooling solution and an all-solid-state capacitor design intended for stability. I appreciate the compatibility claims with Windows 7/10/11 64-bit which makes it easy to drop into a variety of older and newer systems.

Specifications Table

I like quick-reference tables, so I put the core specs here to make it easy to compare at a glance.

Specification	Details
GPU Model	AMD Radeon RX 560 (Polaris 12 core, 14nm)
Memory	4GB GDDR5
Memory Bus	128-bit
DirectX	DirectX 12 support
Interface	PCI Express x16 3.0
Outputs	4 x HDMI
Power	Powered by PCIe slot (no external connector, ~50W max)
Cooling	Single fan, aluminum heatsink
Capacitors	All-solid-state capacitors
Supported OS	Windows 11 64-bit, Windows 10 64-bit, Windows 7 64-bit
Dimensions	180 x 120 x 40 mm (full height baffle)

How I use this table

I find a table like that helpful when deciding whether a card fits my needs, especially if I’m juggling multiple monitors or retrofitting an older PC. It lets me immediately check output types, power needs, and physical size so I can plan the installation.

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Unboxing and First Impressions

I always pay attention to packaging and what you get out of the box, because that’s part of the user experience. The card itself arrives in protective anti-static wrapping and minimal packaging, which is fine for a budget-focused product. I immediately noticed the compact size and the fairly standard single-fan cooler; it looked solid and light enough to handle without worrying about bending the PCIe slot.

Visual and build quality

I like to inspect solder joints, capacitors, and the PCB layout on budget cards because that hints at longevity. The RX560 4G I examined uses solid-state capacitors and a clean PCB layout, which gave me confidence in its durability for everyday office or light-gaming use. The single fan and shroud are basic but appear well-mounted; nothing felt loose or cheaply glued.

Physical Fit and Installation

One of the most practical questions I had was whether the card would fit in a variety of cases and how easy it was to install. The card’s dimensions (180 x 120 x 40 mm) meant it fit comfortably in my mini-tower test machine and also in a mid-tower without obstructing other components. The full-height baffle and single-slot-ish profile make it a good choice for constrained builds.

Installation steps I took

I removed the side panel, powered down and grounded myself, slid the card into the PCIe x16 slot, secured the metal bracket with a screw, and booted up. I didn’t need to attach any external power connectors, which made the process painless. In BIOS the card was recognized immediately, and Windows moved on to driver detection during boot.

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Driver Setup and Software Compatibility

A GPU is only as good as the drivers that run it, so I paid attention to the setup process. I installed the latest AMD drivers for the RX 560 family from AMD’s website and also tried Windows Update’s automatic driver detection. Both worked fine, but I found the AMD drivers offered more control over display arrangement and color settings.

Supported operating systems and driver notes

This card officially supports Windows 7, 10, and 11 (64-bit). I tested on Windows 10 64-bit and didn’t have stability issues; the Radeon software let me configure multiple displays and basic video settings. For multi-monitor setups, the AMD control panel made arranging screens straightforward and setting the primary display simple.

Multi-Monitor Performance and Use Cases

This card’s four HDMI ports are its defining feature, and that’s what I focused on first. I set up 4 identical 1080p monitors and drove them from a single RX560 4G card. Window dragging, spreadsheets across displays, and browser-heavy workflows were smooth and responsive. If your priority is desktop real estate rather than high frame rates, this is where the card shines.

Practical scenarios where it worked well

I found the card excellent for stock traders, data analysts, programmers, office work with multiple reference documents, and digital signage. I didn’t encounter framebuffer issues or display dropouts during extended periods of use. The GPU handled multiple HD video streams on different monitors with only modest CPU offload.

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Gaming Performance — What I Experienced

I primarily tested light and competitive titles rather than AAA games. My focus was on League of Legends, Dota 2, CS:GO, and older mid-range games. In League of Legends at 1080p with medium settings, the RX560 4G delivered consistently playable frame rates, letting me push for higher settings in many cases. Competitive shooters like CS:GO also ran very smoothly at lower settings, making the card suitable for casual gamers.

Expectations for AAA titles

I want to be clear: this card is not aimed at 4K or maxed-out AAA gaming. For modern demanding titles at 1080p, you’ll need to turn down quality settings significantly to sustain playable frame rates. If your gaming is occasional and not graphically intense, the RX560 4G will still allow you to enjoy many titles at acceptable settings.

Video Playback and Media Performance

One of the card’s strengths is low-power video playback and streaming. I played local 1080p and 4K H.264 content and streamed 1080p videos on multiple monitors without hiccups. Hardware acceleration lowered CPU usage substantially when playing video in supported players. For media centers or multi-monitor video walls, this card offers a sensible balance of capability and efficiency.

Codec support and streaming

The card supports common codecs handled by the Radeon architecture; I noticed smooth playback for H.264 and decent handling for H.265/HEVC in software that leverages hardware acceleration. For heavier 4K editing or encoding tasks, though, a more powerful GPU would shorten render times significantly.

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Power Consumption and Thermal Behavior

Low power draw was one of the promises, and it held up in my testing. The RX560 4G draws all its power from the PCIe slot and stayed well within the ~50W target. That’s great for older PSUs or small form-factor systems where adding a GPU that requires external power would be problematic.

Cooling effectiveness and noise

The single fan cooler keeps temperatures in a reasonable range under normal desktop loads and light gaming. Under sustained gaming sessions the fan ramps up perceptibly but remains quieter than many reference coolers on higher-end cards. I saw moderate GPU temperatures; nothing suggested thermal throttling in my use cases.

Build Quality, Components, and Durability

I always examine the components for long-term reliability. The card’s use of all-solid-state capacitors and a neat PCB layout made me feel confident about longevity for typical office or home use. The cooler contact and fan mount appeared sturdy and should endure years of operation if dusted occasionally.

What worries me long term

As with many budget cards, the single-fan design could accumulate dust and lead to higher temps if not cleaned periodically. If you’re running the card under continuous heavy load every day, consider monitoring temps and cleaning the fan every few months for optimal lifespan.

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Price-to-Performance and Value

I evaluated the RX560 4G in terms of practical value. For users who need multiple HDMI outputs, low power consumption, and decent 1080p performance for light gaming, the card gives strong bang-for-buck. I think the real value is in multi-monitor use and office acceleration rather than high-end gaming performance.

Who gets the best value

If you’re building an inexpensive trading workstation, multi-display office PC, or HTPC that doesn’t need raw GPU horsepower, this card makes a lot of sense. If you want to run recent AAA campaigns at high detail, you should budget for a more powerful GPU.

Compatibility and System Requirements

Compatibility was straightforward in my experience, but you should always double-check physical fit and software support before buying. The card works with standard PCIe x16 slots (3.0 compatible), and no external power connector simplifies compatibility with older PSUs. Confirm case clearance for the 180 x 120 x 40 mm size to avoid surprises.

OS and BIOS considerations

Because it supports Windows 7/10/11 (64-bit), it’s an option for older corporate systems that haven’t migrated yet. Some older motherboards may require a BIOS update to recognize newer GPUs properly — I recommend checking your motherboard vendor if you encounter detection issues.

Pros and Cons — My Honest Take

I like to summarize succinctly so decisions are easier. Below I list what I viewed as strengths and weaknesses during my hands-on time.

Pros:

• Four HDMI ports for multi-monitor setups.
• No external power required; low 50W slot power draw.
• Decent 1080p performance for light gaming and esports titles.
• Compact size fits many small cases.
• All-solid-state capacitors and stable build.
• Good driver support on modern Windows.

Cons:

• Not ideal for demanding AAA games at high settings.
• Single-fan cooler may need periodic cleaning for sustained heavy use.
• HDMI-only outputs could limit flexibility if you need DisplayPort or DVI without adapters.
• Limited VRAM (4GB) for texture-heavy modern games or professional GPU workloads.

Comparison with Similar Options

When I compare this RX560 4G with nearby alternatives, the logical competitors are NVIDIA GT/GTX lower-tier cards and other AMD RX 460/550/560 variants. Compared to integrated graphics, the RX560 4G is a clear leap in display outputs and gaming responsiveness. Versus newer low-end GPUs, it remains competitive on price for the multi-HDMI niche.

When to pick an alternative

If you need DisplayPort for high refresh rates or daisy-chaining, consider other cards. If you’re targeting smooth 60+ fps in modern AAA titles at 1080p, look at higher-tier GTX/RTX or RX 5000/6000 series cards. For strict power constraints (like passive cooling), there are fanless low-profile options that might suit silent builds better.

Real-World Use Cases I Tested

I like to describe concrete scenarios where I used the card, since that helps set realistic expectations. I ran a four-monitor stock trading layout with browsers, spreadsheets, and real-time charts; the card handled it without hiccups. I also used it as a media center card in a small form-factor PC to drive a TV and two extra monitors for streaming and local playback.

Home office and productivity

For spreadsheet-heavy work where I wanted multiple full HD displays, the RX560 4G let me arrange windows across screens without noticeable lag. Multitasking with dozens of browser tabs and a few video streams was smooth, and I saw lower CPU usage when video hardware acceleration was enabled.

Troubleshooting and Tips

I’ve compiled a few practical tips from my testing that helped avoid common pitfalls. If Windows doesn’t detect all monitors, try updating to the latest Radeon drivers and check cable seating. If you get occasional flicker, swap HDMI cables or lower refresh rates temporarily to diagnose signal issues.

Maintenance tips I recommend

Keep the fan and heatsink dust-free, especially if your system sits on the floor. Use Display settings in Windows or Radeon software to save custom display profiles if you frequently switch work modes. If you plan to use adapters (HDMI to DVI or HDMI to DisplayPort active), ensure they’re active adapters if signal conversion is needed.

Final Thoughts and Recommendation

I’ll be direct: I enjoyed my time using the Radeon RX560 4G because it delivered exactly what it promised for its target audience. It’s a practical, budget-conscious card ideal for multi-monitor setups, media playback, and light gaming. I recommend it to anyone who prioritizes multiple HDMI outputs and low power consumption over raw gaming performance.

Who I would recommend this card to

I recommend this card for office workers, traders, programmers, digital signage integrators, and casual gamers who play eSports or older titles. If you need more horsepower for modern AAA gaming, content creation, or GPU-accelerated compute, budget for a higher-tier card.

Quick Purchase Checklist (My Personal Buying Guide)

Before I buy a card like this, I run through a short checklist to make sure it fits my needs. I share that here so you can use it too.

• Confirm your case has 180 x 120 x 40 mm clearance and appropriate PCIe x16 slot.
• Ensure your PSU is stable and can handle +50W draw on the PCIe slot.
• Verify you need 4 HDMI outputs specifically, or if other outputs would be better.
• Decide if your primary use is multi-monitor productivity or casual gaming.
• Download the latest AMD drivers prior to first boot for the smoothest setup.

Closing Summary

I’ll keep this short and personal: the Radeon RX560 4G with 4 HDMI is a smart choice if your priority is a reliable, low-power multi-monitor GPU that can also handle light gaming and smooth media playback. It won’t replace a high-end gaming card, but it fills its niche very well and represents good value for the right user. If my use case were strictly multi-display productivity and occasional gaming, this card would be near the top of my shortlist.

Disclosure: As an Amazon Associate, I earn from qualifying purchases.