[Essential] Water Cooling Solution for Tower Server
Accessories List
| Item | Quantity |
|---|---|
| CPU Water Block | 1 - 2 pcs |
| GPU Water Block | 1 - 2 pcs |
| 480x120x60mm Radiator | 1 pc |
| Pump-reservoir combo | 1 pc |
| Barb Fitting | 8 pcs |
| Clamp | 8 pcs |
| EPDM Tube | 3 m |
| Cooling Fan | 4 pcs |
🚀 Professional DIY Liquid Cooling Kit
Engineered for Personal Workstations & AI Hosts with TDP ≈ 800W
Designed for entry‑level to mainstream AI computing hosts, personal workstations, single/dual‑GPU platforms, and compact tower servers with system TDP ≈ 800W.
Perfectly matched to cost‑effective scenarios for individual developers, AI enthusiasts, university labs, and small startups: 7B/13B LLM fine‑tuning, Stable Diffusion training, YOLO‑based industrial vision, and 24/7 rendering.
Traditional air cooling can barely handle 500–800W, but often suffers from loud noise, heat buildup, and gradual temperature rise that leads to throttling over long runs. This liquid cooling kit uses a single 480mm slim radiator + D5 pump/res combo in a high‑efficiency DIY loop. It delivers far greater thermal headroom and quiet operation than any air cooler – keeping your personal AI host cool, stable, and productive.
🎯 Target Users
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Small AI startup teams and labs: In the early stages, expensive data center hosting fees represent a significant burden. This solution allows teams to develop and fine-tune models 24/7 in a normal office environment, without being constrained by server room air conditioning. The silent operation of the D5 pump ensures no disruption to daily work.
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Independent AI developers and researchers: For those pursuing "local compute freedom," 32GB of VRAM (e.g., RTX 5090) combined with the extremely low temperatures of a custom liquid cooling loop ensures that when experimenting with different hyperparameter combinations, the system consistently runs at peak frequencies—avoiding training delays caused by thermal throttling.
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Custom hardware solution providers: For business owners selling high-end PCs or AI servers, this solution serves as an outstanding "technical business card." Its sleek EPDM industrial aesthetic, paired with meticulous cable management and 8K‑grade commercial photography, quickly builds a "professional, reliable, and high‑end" brand image, attracting government and enterprise clients who value quality.
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Multimodal creative studios: Creative teams that need to handle both AI video generation (e.g., Sora‑like models) and 3D rendering. The water cooling system effectively suppresses heat buildup during prolonged full‑load operation, protecting expensive core hardware.
✅ Core Advantages
1. Precisely Matched for ≈ 800W
Native support for system TDP ≈ 800W. Features a 480×120×60mm slim radiator + 4× 120mm fans – more surface area and airflow than any high‑end air cooler, perfectly sized for single/dual‑GPU mid‑load scenarios without overkill.
2. No Thermal Throttling – Full Daily AI Throughput
Oxygen‑free copper micro‑fin water blocks (CPU/GPU) + efficient single‑radiator loop. During long training or rendering sessions, GPU/CPU temps stay under control – no downclocking, no power limits, faster iteration for personal developers.
3. D5 Pump/Res Combo – Stable & Quiet
The D5 pump & reservoir combo delivers ample flow with integrated air bleeding and easy filling – far more reliable than cheap AIOs or low‑flow pumps. EPDM tubing with barb fittings + hose clamps ensures leak‑free operation.
4. DIY Flexibility – Upgrade Ready
The modular design lets you choose CPU/GPU water blocks as needed, and expand later. Much more cost‑effective and serviceable than all‑in‑one liquid coolers.
5. Extreme Quiet – Desktop & Office Friendly
Only 4 fans running at low speeds are needed for full heat dissipation. Noise level is ≤38 dBA under load – far quieter than air cooling. Perfect for open offices, dorm rooms, and home studios where you work nearby.
📊 Performance vs. Air Cooling & Serial Liquid Cooling
| Comparison Dimension | Traditional High-End Air Cooling (e.g., Top Dual-Tower) | This Solution |
|---|---|---|
| Thermal Dissipation Limit (TDP) | Approx. 250W – 300W (physical limit) | 800W (easily handled) |
| Core Operating Temperature | GPU easily hits 84°C thermal throttle under load | GPU typically stable at 45°C – 55°C under load |
| Noise Performance | Fans need 3000+ RPM under load, sounds like a "jet engine" | D5 pump is silent, fans maintain low RPM, extremely quiet |
| Space Occupancy | Large heatsinks block the motherboard, press against GPU backplate | Internally transparent, good for airflow |
| Reliability & Lifespan | Simple structure, basically no leakage risk | EPDM tubing is corrosion-resistant, aging-resistant, industrial-grade solution |
🔧 Seamless Compatibility
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CPUs: Mainstream Intel LGA 1700/1851, AMD AM4/AM5; optional server brackets.
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GPUs: Single or dual GPU (total power ≈800W recommended). Compatible with RTX 4070/4080/4090, etc.
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Case requirement: Mid‑tower or larger that supports a 480mm radiator (≥120mm width).
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Cooling interface: Standard G1/4” ports, includes 8 barb fittings + hose clamps.
📌 Note
Actual performance may vary with case airflow, ambient temperature, and hardware layout. This kit is optimised for 500–800W total TDP. For loads below 500W, you can further reduce fan speed for near‑silent operation. If your system already approaches 800W or you plan to upgrade to higher‑power hardware, please consider our 800–2000W or 2000–3000W solutions.
CPU Block specification
| Specification | Value |
|---|---|
| Material | Oxygen-free copper, Aluminum |
| Craft | Anodizing |
| Port threads | G1/4" |
GPU Block specification
| Specification | Value |
|---|---|
| Material | Oxygen-free copper |
| Port threads | G1/4" |
Radiator specification(480x120x60mm)
| Specification | Value |
|---|---|
| Size | 522.5 × 129 × 64 mm |
| Material | Aluminum alloy |
| Fan compatibility | 120 × 120 × 25 mm fan (4pcs) |
| Port threads | G1/4" |
Fan specification
| Specification | Value |
|---|---|
| Size | 120 × 120 × 25 mm |
| Material | PVC composite |
| Static pressure | ≥ 300 Pa |
| Airflow | ≥ 80 CFM |
Pump specification
| Specification | Value |
|---|---|
| Size | 145 × 65 × 85 mm |
| Maximum capacity | 350 ml |
| Maximum speed | 7000 RPM |
| Voltage and current | 12V DC 5A |
| Maximum pressure head | 15 meters |
| Maximum flow | 1400 L/H |
| Drive mode | SINE WAVE FOC |
| Power connector | Molex 4Pin and PWM |
| Port threads | G1/4" |