LC-Power LC-CC-120 CPU Cooler - Black

LC-Power LC-CC-120 CPU Cooler – Black

The LC-Power LC-CC-120 is a high‑performance, all‑metal air cooler designed to keep your processor running at optimal temperatures even under heavy load. With its 180 W TDP rating and a single 120 mm fan, this cooler delivers reliable cooling for a wide range of Intel and AMD sockets.

Key Features

• Thermal Design Power (TDP): 180 W – suitable for CPUs with up to 180 W heat output.
• Fan: 120 mm aluminum fan, capable of 500–1400 RPM, providing a balance between cooling performance and noise level.
• Heatpipe Construction: Multiple copper heatpipes ensure efficient heat transfer from the CPU to the fin stack.
• Fin Stack: Dense aluminum fins maximize surface area for heat dissipation.
• Mounting Compatibility: Supports a wide range of sockets including Intel LGA 775, 1150, 1151, 1155, 1156, 1366, 2011 and AMD AM2/AM3/AM4/FM1/FM2.
• Dimensions: Height 152 mm, width 125 mm, depth 75 mm – fits most mid‑tower cases.
• Weight: 583 g – lightweight enough for easy installation yet sturdy for long‑term use.
• Power Supply: 12 V, 2.4 W consumption; 4‑pin PWM connector allows dynamic fan speed control.

Design and Build Quality

The cooler’s chassis is crafted from a combination of aluminum, copper, and plastic components, ensuring durability while keeping the overall weight manageable. The aluminum heat sink provides excellent thermal conductivity, whereas the copper heatpipes act as the primary heat transfer medium between the processor die and the fin stack.

The 120 mm fan is mounted on a single mounting point with a 4‑pin PWM connector, allowing for precise speed adjustments via motherboard BIOS or software utilities. The fan’s maximum speed of 1400 RPM delivers robust airflow (approximately 55 CFM), while the minimum speed of 500 RPM keeps noise levels low during idle or light tasks.

Installation Guide

1. Prepare the Case: Ensure that the case has enough clearance for a 152 mm height cooler. Remove any existing CPU cooler if necessary.
2. Attach the Mounting Plate: Align the mounting plate with the socket’s screw holes. Secure it using the supplied screws.
3. Apply Thermal Paste: Spread a pea‑size amount of high‑quality thermal paste on the processor die before placing the cooler.
4. Place the Cooler: Gently lower the LC-CC-120 onto the CPU, aligning it with the mounting plate. Apply even pressure to ensure full contact.
5. Screw Down: Tighten the screws in a cross‑pattern to distribute force evenly and avoid warping.
6. Connect the Fan: Plug the 4‑pin PWM connector into the CPU fan header on the motherboard. This allows automatic speed control based on temperature readings.

Performance Overview

Benchmarks show that the LC-CC-120 maintains CPU temperatures well below critical thresholds even during sustained workloads such as gaming, video rendering, or 3D modeling. The cooler’s efficient heatpipe network and large fin stack enable it to dissipate up to 180 W of thermal power, making it a reliable choice for overclocked systems.

Noise levels are typically under 30 dB(A) at idle (500 RPM) and rise modestly to around 35–40 dB(A) under full load (1400 RPM). This balance ensures that users experience quiet operation without compromising cooling performance.

Compatibility Matrix

Why Choose the LC-CC-120?

• Versatile Socket Support: One cooler for multiple generations of Intel and AMD CPUs.
• High TDP Handling: Capable of cooling processors with up to 180 W heat output.
• Compact Footprint: Fits into most mid‑tower cases without obstructing other components.
• Quiet Operation: PWM control keeps fan noise low during idle and moderate workloads.
• Durable Construction: Aluminum and copper materials ensure longevity even under heavy thermal loads.

Conclusion

The LC-Power LC-CC-120 CPU Cooler – Black is a robust, all‑round solution for enthusiasts seeking reliable cooling across a broad spectrum of processors. Its combination of high TDP capacity, efficient heatpipe design, and quiet fan operation makes it an excellent choice for both mainstream builds and more demanding overclocked systems.