1. Design and Cooling Approach
| Feature | Thermaltake DuOrb | Gelid Icy Vision |
| Cooling Design | Distinctive dual-orb heatsink layout with two circular heatsinks and fans | Conventional GPU cooler with large fin stack and dual fans |
| Fan Configuration | Dual 80 mm fans | Dual 92 mm fans |
| Heatpipes | 2 copper heatpipes | 5 copper heatpipes |
| Heatsink Material | Copper base with copper fins | Copper base with aluminum fin stack |
| Cooling Surface | Smaller, orb-style heatsink design | Large heatsink with 85 aluminum fins |
| Additional Cooling | Small VRAM heatsinks included | Dedicated RAM and VRM heatsinks |
| Dimensions | 180.5 × 98.5 × 30 mm | 216 × 95 × 52 mm |
| Weight | Around 324 g | Larger and heavier due to bigger heatsink |
| Airflow / Noise Rating | Not specified | Around 67 CFM airflow and ~26 dBA noise level |
| Design Focus | Compact size and airflow across the whole GPU | Maximum cooling capacity with modern heatsink design |
2. Cooling Performance
| Aspect | Thermaltake DuOrb | Gelid Icy Vision |
| General Performance | Better than most stock coolers of its era | Generally stronger cooling performance |
| Example Test | Around 75°C under load on an ATI X1950XTX | Around 21°C improvement over reference cooler on GTX 480 (overclocked) |
| Heat Dissipation | Limited by two heatpipes | Greater thermal capacity due to five heatpipes and larger heatsink |
| Handling High-TDP GPUs | Suitable for older GPUs with moderate heat output | More effective for hotter GPUs and overclocking |
3. Noise Levels
| Aspect | Thermaltake DuOrb | Gelid Icy Vision |
| Fan Size | 80 mm | 92 mm |
| Fan Speed | Up to ~2500 RPM | Lower RPM due to larger fans |
| Noise Behavior | Can become noticeably loud at full speed | Generally quieter than stock GPU coolers |
| Fan Control | Often requires fan controller for quieter operation | Early versions lacked PWM, so manual control may be needed |
4. Size and Compatibility
| Aspect | Thermaltake DuOrb | Gelid Icy Vision |
| Physical Size | Compact cooler | Significantly larger |
| Expansion Slots Used | Usually 1 additional slot | Often 2–3 slots |
| Case Compatibility | Works well in smaller cases | Requires more internal space |
| Multi-GPU Setup | Better suited for SLI/CrossFire systems | Large size may limit multi-GPU compatibility |
| Cooling Potential | Lower due to compact design | Higher thanks to large heatsink and heatpipe count |
5. Installation and Usability
Aspect | Thermaltake DuOrb | Gelid Icy Vision |
| Installation Difficulty | Relatively simple installation | Installation takes longer |
| Mounting Hardware | Some users reported fragile mounting hardware | More robust mounting system |
| Additional Components | Basic VRAM heatsinks | Includes many small heatsinks for RAM and VRM |
| Installation Time | Faster | Longer due to more components |
6. Pros and Cons
Category | Thermaltake DuOrb | Gelid Icy Vision |
| Pros | Unique dual-orb design Compact size Good cooling for older GPUs Uses minimal expansion space | Strong cooling performance Five heatpipes and large heatsink Quiet dual 92 mm fans Includes RAM and VRM heatsinks |
| Cons | Limited cooling capacity Fans can be noisy at full speed Basic VRAM cooling | Large size (often 3-slot setup) Early versions lacked PWM fan control Installation takes longer |
7. Final Verdict
Category | Better Option | Explanation |
| Cooling Performance | Gelid Icy Vision | Larger heatsink and five heatpipes provide significantly better thermal capacity. |
| Noise Levels | Gelid Icy Vision | Larger fans move more air at lower RPMs. |
| Compact Size | Thermaltake DuOrb | Smaller footprint and minimal slot usage. |
| Multi-GPU Compatibility | Thermaltake DuOrb | Easier to install in SLI/CrossFire setups. |
| Overall Capability | Gelid Icy Vision | More modern cooling design with superior thermal performance. |
Conclusion
The Thermaltake DuOrb advanced cooling technology through its compact design and unique visual design which delivered superior temperature control compared to standard GPU coolers of that period.
The Gelid Icy Vision, however, represents a more advanced approach to GPU cooling, using more heatpipes, a larger heatsink, and bigger fans to achieve better thermal performance and quieter operation.
The Icy Vision serves as the better choice for users who need extreme cooling performance while the DuOrb maintains its significance through its small size and distinctive dual-orb design.
Tech Reviewer & Product Analyst
Định Bia has spent over 10 years testing consumer electronics with a focus on smart technology. He work as a product advisor at Biareview where he helped customers find the right devices for their needs. He personally tests every product featured on this site using a consistent evaluation framework covering quality, durability, and value. All reviews are based on experience, not influenced by the manufacturer.
