Arctic Freezer 8i CO Compact Intel LGA1851 LGA1700 100mm PWM Dual Ball Bearing CPU Cooler

Arctic Freezer 8i CO Compact Intel LGA1851 LGA1700 100mm PWM Dual Ball Bearing CPU Cooler

1175 EGP

Part Number ACFRE00130A / 840033403184
Socket Support Intel LGA1851 / LGA1700 (Only)
Fan Type 1x 100mm P10 PWM (200–2300 RPM)
Bearing Type Dual Ball Bearing (Continuous Operation)
Thermal Design 2x Ø 6 mm Copper Direct Touch Heat Pipes
Dimensions 83 (L) x 108 (W) x 136 (H) mm
Warranty 1 Year

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SKU: 840033403184 Categories: AIR & LIQUID COOLING, Air Cooler Tags: 100mm, 100mm PWM, 4895265000515, 840033403184, 8i, ACFRE00130A, ARCTIC, Arctic Freezer series, Ball, Bearing, CO, Compact, Compact CPU Cooler, continuous operation, COOLER, CPU, DUAL, Dual Ball Bearing, Freezer, Freezer 8i CO, intel, Intel Only, Lga1700, LGA1851, MX-6, Pwm Brand: ARCTIC

Arctic Freezer 8i CO Compact Intel LGA1851 LGA1700 100mm PWM Dual Ball Bearing CPU Cooler

The Arctic Freezer 8i CO Compact Intel LGA1851 LGA1700 100mm PWM Dual Ball Bearing CPU Cooler facilitates continuous operation through its industrial-grade bearing architecture. Specifically engineered for professionals who demand compact 136mm height clearance and optimized socket pressure via the included Intel Contact Frame, it bridges the gap between complexity and reliable performance.

100mm

PWM Fan

Dual Ball

Bearing Type

136mm

Total Height

1 Year

Local Warranty

Why the Freezer 8i CO is the Elite Choice for Professionals

Continuous Operation Reliability

Specifically, the “CO” (Continuous Operation) designation facilitates an extended technical lifespan through its dual ball bearing architecture. Unlike standard bearings, this configuration is technically resistant to high ambient heat and dust excursions. Consequently, your workstation maintains an elite level of cooling stability during long-duration computational cycles.

Optimized Socket Architecture

The architecture features an included Intel Contact Frame to facilitate uniform pressure distribution across the processor IHS. Furthermore, the offset heatpipe arrangement technically optimizes heat transfer from the base to the cooling fins. This ensure your professional gear remains synchronized and stable without mechanical CPU bending risks.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	Arctic Freezer 8i CO (ACFRE00130A)
Socket Compatibility	Intel LGA 1851, LGA 1700
Dimensions	83 (L) x 108 (W) x 136 (H) mm
Fan Architecture	100mm PWM Controlled (200–2300 RPM)
Bearing Logic	Dual Ball Bearing (Continuous Operation)
Heatsink Logic	2x Ø 6mm Copper Heatpipes (Direct Touch)
Thermal Interface	Pre-Applied Arctic MX-6 High-Performance Paste
Weight	415 g (Ultra-Lightweight Design)
Warranty	1 Year Limited Warranty

💡 Technical Note: Intel Socket Specialization

Specifically, the Freezer 8i CO architecture facilitates mounting exclusively for Intel LGA 1851 and LGA 1700 sockets. Furthermore, ensure you utilize the included Intel Contact Frame during the installation excursion to technically optimize the contact pressure. This cooler does not support AMD platforms; consequently, verify your motherboard architecture before beginning the professional build excursion.

FAQ

What is the technical benefit of Dual Ball Bearings?

Specifically, dual ball bearings facilitate a significantly higher resistance to heat and dust compared to standard fluid or sleeve bearings. Consequently, this architecture is technically optimized for 24/7 continuous operation excursions, ensuring your professional hardware remains stable over a multi-year lifecycle.

Is this cooler compatible with high-profile RAM modules?

Yes. The architecture features a compact footprint and 136mm height, which technically facilitates maximum compatibility with high-profile desktop RAM. Moreover, the offset heatpipe design ensures that the heatsink does not obstruct nearby motherboard components.

Does the fan support a silent mode during low-load tasks?

Specifically, the 100mm PWM fan facilitates a 0 RPM mode when the PWM signal drops below 5%. This technically allows for silent operation during low-intensity excursions. Furthermore, as the computational load increases, the PWM controller technically scales the speed up to 2300 RPM.

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