Ps5 Slim Vs Standard Ps5 Does The Smaller Console Have Overheating Issues

The PlayStation 5 has undergone a notable physical transformation since its 2020 launch. Sony introduced the PS5 Slim in late 2023, reducing the console’s size and weight while maintaining its core performance. But with a more compact design comes a common concern among gamers: does the smaller form factor compromise thermal management? This question—whether the PS5 Slim is more prone to overheating than the original model—has sparked debate across forums, tech reviews, and social media.

This article examines the engineering changes behind the PS5 Slim, evaluates real-world performance data, and addresses whether the reduced size affects cooling efficiency. We’ll also explore user experiences, lab-tested results, and best practices for keeping either model running optimally.

Design Evolution: From Original PS5 to PS5 Slim

Sony's decision to release a slimmer version of the PS5 wasn’t just about aesthetics. The PS5 Slim represents a refinement of the original hardware, incorporating lessons learned from three years of mass production, component miniaturization, and feedback from users and technicians alike.

The most obvious change is size. The original PS5 stands at 390mm tall, 260mm deep, and 104mm wide, weighing approximately 4.5 kg (about 9.9 lbs). In contrast, the PS5 Slim measures 358mm tall, 215mm deep, and 120mm wide, and weighs roughly 3.2 kg (7.1 lbs)—a reduction of nearly 30% in volume and over 25% in weight.

Beneath the surface, Sony redesigned the internal layout. The motherboard was reengineered for higher component density, and the cooling solution—a large heatsink and dual-chamber fan system—was restructured to fit within tighter constraints. The SSD expansion slot now supports up to 8TB drives (up from 4TB), and the base storage increased from 825GB to 1TB.

Tip: Always leave at least 4–6 inches of clearance around your PS5 for optimal airflow, regardless of model.

Thermal Architecture: How Cooling Works in Both Models

Cooling efficiency depends on several factors: heatsink size and material, fan speed and design, air intake/exhaust pathways, and ambient room temperature. The original PS5 used a vapor chamber-style heatsink paired with a large 120mm diameter fan capable of variable speeds. This setup effectively dissipated heat generated by the AMD Zen 2 CPU and RDNA 2 GPU, even during extended gaming sessions.

In the PS5 Slim, Sony retained the same core components but optimized the thermal stack. According to iFixit’s teardown analysis, the new model uses a smaller yet denser heatsink with increased fin surface area per cubic centimeter. The fan is slightly narrower but spins faster when needed, maintaining comparable airflow. Additionally, the revised internal layout improves heat distribution by isolating high-output components more efficiently.

One key difference: the Slim’s detachable side panels are now secured with screws instead of being purely snap-on. This allows for better structural integrity and potentially improved contact between the heatsink and processor die, reducing thermal resistance.

“Smaller doesn’t mean worse. With modern thermal interface materials and precision engineering, you can actually improve cooling efficiency in a compact space.” — Dr. Lena Park, Thermal Systems Engineer at NexCool Labs

Performance Comparison: Heat Output and Fan Noise

To assess whether the PS5 Slim runs hotter, we need to compare both models under identical conditions. Multiple independent tests—including those by Digital Foundry and Gamers Nexus—have measured temperatures using infrared sensors and software-based monitoring tools.

In controlled environments (22°C room temperature, vertical orientation, no dust buildup), both consoles maintain similar CPU and GPU junction temperatures during gameplay—typically between 70°C and 78°C. The Slim occasionally shows marginally higher readings under peak load (around +2°C), but these differences fall within normal operating variance and do not trigger thermal throttling.

Fan noise levels tell a similar story. Under light loads (menus, streaming apps), the Slim operates slightly quieter due to refined fan blade geometry. During intense gaming, however, it may ramp up faster to compensate for less total heatsink mass, resulting in brief spikes in decibel output. These differences are subtle and often imperceptible without direct side-by-side testing.

Metric	Original PS5	PS5 Slim
Average CPU Temp (Gaming)	72–76°C	74–78°C
Average GPU Temp (Gaming)	70–75°C	72–77°C
Fan Speed (Max Load)	~4,200 RPM	~4,500 RPM
Noise Level (Max Load)	~48 dB	~49 dB
Power Consumption (Peak)	200–220W	190–210W

The data suggests that while the PS5 Slim runs marginally warmer, it remains well within safe operational limits. Neither model exceeds Sony’s specified maximum temperature threshold of 90°C for critical components.

User Reports and Long-Term Reliability

Anecdotal evidence plays a significant role in shaping consumer perception. On Reddit communities like r/PS5 and r/GamingHardware, some users report that their Slim units feel “hotter to the touch” than the original model. However, this sensation often stems from the outer casing design rather than internal temperature—the Slim’s curved panels sit closer to internal components, creating localized warmth that isn’t indicative of system stress.

There are currently no widespread reports linking the PS5 Slim to premature hardware failure or consistent overheating issues. Repair shops and warranty return statistics show similar failure rates between both models, with power supply and disc drive issues being more common than thermal-related malfunctions.

A mini case study from Austin Reed, a systems technician in Seattle who services over 200 consoles annually, illustrates this point:

“We’ve seen about 120 PS5s this year—roughly half originals, half Slims. Out of those, only two Slim units came in with suspected overheating symptoms. Upon inspection, both had severe dust accumulation inside the heatsink fins. After cleaning, temperatures normalized completely. We haven’t replaced a single motherboard due to heat damage on any PS5 Slim.”

Best Practices to Prevent Overheating in Any PS5 Model

Regardless of which PS5 you own, proper maintenance significantly influences thermal performance. Even the best-designed cooling system will struggle if airflow is restricted or dust accumulates over time.

Step-by-Step Guide to Maintaining Optimal Cooling

1. Position the Console Correctly: Place the PS5 vertically or horizontally in an open space. Avoid enclosing it in cabinets or stacking items on top.
2. Ensure Clearance: Leave at least 4 inches of space around all vents, especially the rear exhaust and side intakes.
3. Monitor Internal Temperatures: Use diagnostic tools through safe mode or third-party apps (on jailbroken systems) to check baseline temps monthly.
4. Clean Vents Regularly: Every 3–6 months, use compressed air to blow out dust from intake grills and exhaust ports. Do not open the console unless under warranty has expired.
5. Control Room Environment: Keep ambient temperature below 25°C (77°F). High humidity should also be avoided.
6. Update System Software: Firmware updates often include fan curve optimizations and power management improvements.

Tip: If your PS5 frequently shuts down unexpectedly or displays an overheating warning, turn it off immediately, let it cool for at least an hour, then clean the vents before restarting.

Checklist: Is Your PS5 Running Too Hot?

• ✅ Console feels warm but not excessively hot to the touch
• ✅ Fan runs smoothly, increases speed during gameplay, quiets during idle
• ✅ No sudden shutdowns or error messages
• ✅ Airflow from exhaust vent is strong and continuous
• ❌ Frequent crashes or automatic power-off → potential issue
• ❌ Burning smell or visible discoloration on casing → stop use immediately

FAQ: Common Questions About PS5 Slim Overheating

Does the PS5 Slim overheat more than the original PS5?

No conclusive evidence shows that the PS5 Slim overheats more than the original. While internal temperatures may run 1–3°C higher under peak load, this difference is negligible and does not affect performance or longevity. Both models operate safely within designed thermal limits.

Can I leave my PS5 Slim on overnight?

Yes, provided it has adequate ventilation and isn't covered or enclosed. Modern consoles are built for long-term operation. However, enabling rest mode instead of full standby can reduce heat generation and power consumption.

Should I buy a cooling stand for my PS5 Slim?

Cooling stands are generally unnecessary. Most add minimal benefit and can sometimes obstruct natural airflow. If you live in a particularly hot climate or notice rising fan noise over time, ensure regular cleaning first before investing in accessories.

Conclusion: Size Doesn’t Dictate Stability

The PS5 Slim is not inherently more prone to overheating than the original PS5. Its smaller footprint reflects advancements in component integration and thermal design, not compromises in reliability. Real-world testing, expert analysis, and user data consistently confirm that both models deliver stable performance under normal conditions.

What matters most isn’t the console’s size—it’s how you use and care for it. Proper placement, routine cleaning, and awareness of environmental factors play a far greater role in preventing overheating than any minor engineering variation between models.

🚀 Take action today: Check your PS5’s current position, clear any nearby obstructions, and schedule a quick vent cleaning. A few minutes of maintenance now can extend your console’s life by years.