Customization:
With a copper-and-aluminum hybrid heatsink design, achieve up to 30% more efficient heat dissipation than all-aluminum models*. The copper core accelerates thermal transfer, while aluminum fins maximize surface area for rapid cooling.
With PWM (Pulse Width Modulation) fan speed control, adapt cooling performance to real-time CPU demands, reducing energy use by ~20% compared to fixed-speed fans*. The 2200 RPM fan ensures powerful airflow without compromising quiet operation.
With a 50,000-hour fan lifespan (ball-bearing construction), operate continuously for over 5.7 years*—60% longer than standard 30,000-hour models. Ideal for 24/7 server environments.
Designed for 350W Intel LGA4677 server CPUs, handle intensive workloads like data centers or content creation rigs. Outperforms consumer-grade coolers in heat dissipation under heavy loads*.
With RoHS, CE, and EPR certifications, meet strict EU and UK environmental and safety standards. Ensures recyclability and absence of hazardous materials.
The Hongyi 4U Intel Socket LGA4677 350W Active CPU Cooler is a high-performance cooling solution designed for server-grade CPUs. Built with a hybrid copper-aluminum heatsink and a PWM-controlled fan, it balances thermal efficiency, durability, and quiet operation. Compatible with Intel LGA4677 sockets, it supports 350W TDP systems and meets global compliance standards like RoHS and CE.
Feature | Specification | Application Scenario |
---|---|---|
Heatsink Material | Copper core, aluminum fins, plastic mounting brackets | High thermal conductivity for server CPUs |
Fan Technology | Ball bearing, 2200 RPM, PWM speed control, 50,000-hour lifespan | Long-term stability in data centers |
Power Efficiency | 3.6W consumption, 4-pin connection | Low power draw for energy-efficient servers |
Certifications | RoHS, CE, EPR_Germany_WEEE, UKCA | Global compliance for enterprise deployments |
Compatibility | Intel LGA4677 socket, modular bracket design | Customizable installation for diverse systems |
Adjustable fan speed (via PWM) and modular bracket configurations allow users to optimize airflow for specific workloads. For example, reduce RPM for quiet office servers or increase cooling capacity for high-TDP applications.
With its hybrid copper-aluminum heatsink and high airflow fan, this cooler ensures reliable cooling for 24/7 server operations. Its quiet design and compact 4U form factor make it ideal for dense server racks or professional workstations.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Thermal Performance | 350W TDP support | +15% heat dissipation | +30% heat dissipation* |
Noise Level | 28 dB (2200 RPM) | 25 dB (adaptive PWM) | 22 dB (low-speed mode) |
Fan Lifespan | 50,000 hours | 60,000 hours | 70,000 hours |
Weight | 1.8 kg | 2.1 kg | 2.5 kg |
Technical Breakthroughs:
Version Selection Guide:
*Pro Model’s heat dissipation improvement validated against industry benchmarks (e.g., Noctua NH-U14S).
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Passive CPU Cooler (Industry Standard) | Basic PCs, low-power CPUs (≤100W) | Aluminum heatsink (25mm thickness), no active fan | ▲ Silent operation (25 dBA), low cost | ▲ Ineffective for high loads, limited to 100W CPUs |
Active CPU Cooler (Base Tier) | Gaming PCs, mid-range servers | PWM fan (2200 RPM), aluminum heatsink (30mm), ball bearings (50,000hrs lifespan) | ▲ 30% better cooling than passive designs, affordable | ▲ Moderate noise (45 dBA), less efficient at >200W loads |
Advanced Active Cooler (Our Advanced) | High-performance servers, overclocked CPUs | Copper core + aluminum fins (▲), PWM fan (2500 RPM ▲), 43 dBA (quieter than fridge) | ▲ 40% lower thermal resistance vs Base, ultra-quiet operation | ▲ Higher cost, requires space for large heatsink |
Server-Dedicated Cooler (Our Advanced) | Data centers, 24/7 servers (350W CPUs) | 350W capacity (matches spec), 50,000hr fan life, RoHS/EPR/CE certifications | ▲ Military-grade durability, 24/7 reliability | ▲ Bulky design, limited to specific server mounts (e.g., 4U chassis) |
Ball Bearing Fan (Base Tier) | Budget builds, low-power systems | 4-pin PWM control, 3.6W power draw, basic plastic fins | ▲ Durable bearings (IEC 60092-588), energy-efficient | ▲ Lower airflow (▲ 15% less than Advanced fans) |
High-Speed PWM Fan (Advanced Tier) | Overclocked systems, high-TDP GPUs | 2200 RPM ▲, 43 dBA (▲ quieter than Base), 50,000hr lifespan ▲ | ▲ 25% faster heat dissipation, noise-optimized blade design | ▲ Higher power draw (▲ 2W vs Base), requires PWM headers |
⭐⭐⭐⭐⭐ James Wilkins - Data Center Operations Manager
"Deployed the Hongyi 4U cooler across 12 of our LGA4677-based server nodes, and the thermal stability has been outstanding. Even under sustained 340W+ loads during peak hours, CPU temps remain 12–15°C lower than with our previous all-aluminum coolers. The PWM control allows us to balance acoustics and cooling—critical in our mixed-use facility."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Alex Rivera - Overclocking Enthusiast & Streamer
"I built a custom workstation around an Intel Xeon w9-3495X, and this cooler is the only thing that keeps it sane. At 2200 RPM, it’s barely audible—around the same level as my case fans. I’ve stress-tested for 8-hour renders and 4K gaming sessions, and it never throttles. The copper-aluminum heatsink is a game-changer for heat transfer."Purchase Date: November 2024 | Usage Period: 7 months
⭐⭐⭐⭐☆ Elena Park - 3D Animation Studio Lead
"We integrated the Advanced Model into three of our rendering workstations. The 25 dB noise level is a huge win—our artists no longer complain about fan noise during quiet editing sessions. Installation was straightforward, though the mounting pressure required careful alignment. Thermal performance is excellent, but I wish the Pro Model was more readily available at retail."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ David Tran - Enterprise IT Consultant
"Specified the Hongyi 4U Pro Model for a financial client’s AI inference cluster. With 24/7 operation and ambient temps up to 30°C, reliability was non-negotiable. After 8 months, zero fan failures and consistent thermal headroom. The RoHS and CE certifications were also key for compliance approval. This is now my go-to recommendation for server-grade air cooling."Purchase Date: May 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Marcus Lee - Home Lab Enthusiast
"Installed the Base Model in my homelab server running virtualized workloads. It keeps the CPU cool without the roar of typical server fans. I’ve used compressed air twice for maintenance—no issues. For the price, it outperforms most consumer coolers on thermal efficiency. Only downside: the weight (1.8 kg) stresses smaller cases if not properly supported."Purchase Date: October 2024 | Usage Period: 4 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Linda Chen, PhD - Senior Cooling Systems Engineer
"The Hongyi 4U series stands out in the active cooling space due to its hybrid copper-aluminum design and industrial-grade ball-bearing fan. In comparative testing, it achieves up to 40% lower thermal resistance than standard aluminum tower coolers. For LGA4677 platforms, especially in dense server racks, this is one of the most thermally efficient air solutions available."
Marcus Holloway - IT Infrastructure Consultant
"After evaluating over 30 server cooling units, I recommend the Hongyi 4U Advanced and Pro models for mission-critical deployments. The 50,000–70,000 hour fan lifespan, adaptive PWM control, and compliance with EPR and UKCA standards make it suitable for regulated environments like healthcare and finance. It’s a rare blend of performance, silence, and longevity."
Posted: 2 days ago
"Using two units on dual-socket Xeon systems. Temperatures are stable even during extended training runs. The modular brackets made installation easy despite tight clearance. Exactly what we needed for quiet, durable cooling."
Posted: 1 week ago
"I was worried about noise in my home studio, but this cooler is whisper-quiet. Renders that used to throttle now complete smoothly. The copper core really makes a difference in heat dissipation."
Posted: 3 weeks ago
"Works flawlessly in our rack server, but the size is tight in 4U chassis. Make sure you measure clearance before ordering. Otherwise, excellent cooling and build quality."
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