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PCCOOLER RT620 PRO CPU Cooler Detailed Review: Performance, Specs, and Real-World Usage Tests
This video analyzes the specs, design, and actual performance of the PCCOOLER RT620 PRO CPU cooler, comparing it to the 3RSYS RC 1900N cooler. A thermal test is performed using the 14600KF CPU, and the cooler's pros and cons are compared with competing models to help with purchase decisions. In addition, a special event for viewers is announced with plans to give away coolers.
1. 📦 PCCOOLER RT620 PRO Cooler Introduction: Specs, Features, and Design Analysis
- ✅ Introduction to the RT620 PRO CPU cooler released by PCCOOLER
- ✅ Supports up to TDP 265W and 5-year AS warranty
- ✅ Consists of 6 heat pipes (6mm) and 120mm dual fans
- ✅ Supports both Intel and AMD sockets
- ✅ Low profile design (153mm height) for compatibility with various cases
- ✅ Combination of hydro fluid bearing and ball bearing ensures long life
- ✅ Maximum 2,200 RPM, airflow 73.3CFM, air pressure 3.28mmH₂O
- ⚠️ Noise is 34dB at maximum RPM operation
- ✅ RT620 PRO has a carbon support to prevent heat sink bending
- ✅ The surface that touches the CPU is smoothly lapped
- ⚠️ The exposed top heat pipe design is a disappointing point
00:13 - 03:31
1. 📦 PCCOOLER RT620 PRO Cooler Introduction: Specs, Features, and Design Analysis
- ✅ Introduction to the RT620 PRO CPU cooler released by PCCOOLER
- ✅ Supports up to TDP 265W and 5-year AS warranty
- ✅ Consists of 6 heat pipes (6mm) and 120mm dual fans
- ✅ Supports both Intel and AMD sockets
- ✅ Low profile design (153mm height) for compatibility with various cases
- ✅ Combination of hydro fluid bearing and ball bearing ensures long life
- ✅ Maximum 2,200 RPM, airflow 73.3CFM, air pressure 3.28mmH₂O
- ⚠️ Noise is 34dB at maximum RPM operation
- ✅ RT620 PRO has a carbon support to prevent heat sink bending
- ✅ The surface that touches the CPU is smoothly lapped
- ⚠️ The exposed top heat pipe design is a disappointing point
03:32 - 05:37
2. 🛠️ RT620 PRO Detailed Design and Assembly Convenience Analysis
- ✅ RT620 PRO applies a carbon support to prevent heat sink bending
- ✅ The CPU contact surface is smoothly lapped to improve adhesion
- ✅ Easy to assemble with screws
- ⚠️ Price in the ₩38,000 range
- ⚠️ The top design with exposed heat pipes is a disappointing part
05:38 - 06:31
3. 🔥 Benchmark Test Preview: 14600KF CPU and RC1900N Cooler Comparison
- ✅ Performance comparison test between RT620 PRO and 3RSYS RC 1900N cooler using 14600KF CPU is scheduled
- ✅ RC1900N maintains a temperature of 77~80°C in the Cinebench R23 test when using the 14600KF CPU
06:32 - 07:32
4. 🎁 Viewer Event Announcement: Free Cooler for PC Purchasers
- ✅ RT620 PRO cooler free giveaway event for PC purchasers
- ✅ Customers who have included a cooler quote will be provided with a replacement with RT620 PRO
07:33 - 08:46
5. ⚙️ Cooling Fan Design and RAM Compatibility Analysis
- ✅ Cooling fan design similar to Arctic fans
- ⚠️ The noise level is somewhat high
- ✅ Clean square design
- ⚠️ Problem of increased cooler mounting height when using RAM with heat sinks
08:47 - 10:30
6. 🌡️ Actual Usage Environment Temperature Test Results: RT620 PRO vs RC1900N
- ✅ Temperature test conducted in an in-case environment
- ✅ Set to Intel default value (184W consumption)
- ✅ B760M Mortar motherboard used
- ✅ Temperature maintained around 80 degrees when RC1900N is installed
- ⚠️ Temperature rises up to 93 degrees when running Cinebench after installing RT620 PRO
- ❌ Cooling performance below expectations
10:31 - 11:16
7. 🤔 14600KF CPU Heat Generation and Cooling Solution Suggestions
- ✅ 14600KF CPU tends to generate a lot of heat
- ✅ Can be used with an air cooler, but high temperatures can cause durability issues
- ✅ Recommended to use a liquid cooler
11:17 - 12:40
8. ⚖️ RT620 PRO Final Evaluation and Comparison with Competing Models
- ✅ Decent performance for the price of ₩38,000
- ✅ Not as outstanding performance as expected
- ✅ Similar performance to competing models such as LG 620, Cooler Master 620S, etc.
- ✅ Can be selected considering design, etc.
- ✅ Honest review provided despite being sponsored