GP-Ultimate Thermal Pad 120x120x3.0mm - Gelid Solutions vs Thermal Pad PTM7950 100x160x0.25mm 8.5W/mK
Overall winner: GP-Ultimate Thermal Pad 120x120x3.0mm - Gelid Solutions
Key Differences
Gelid (Product A) offers a much thicker 120x120x3.0mm pad with higher stated thermal conductivity (15 W/mK) and is non-electrical/non-corrosive, making it suited for larger GPU/VRM gap-filling and general-purpose cooling. JOYJOM (Product B) is a thinner phase-change pad (100x160x0.25mm) with 8.5 W/mK aimed at close-contact CPU/GPU interfaces and claims better stability through high-temperature baking/cycling, but some users report variable room-temperature workability
GP-Ultimate Thermal Pad 120x120x3.0mm - Gelid Solutions
Thermal pad with 15W/mK conductivity for gap filling and easy installation. Helps lower VRM/GPU temps, non-electrical and non-toxic
Pros
- high thermal conductivity (15W/mK)
- easy to install with 120x120mm size
- non-electrical, non-corrosive, non-toxic
- good customer-reported temperature improvement
Cons
- mixed opinions on sturdiness
- varying value for money perceptions
Thermal Pad PTM7950 100x160x0.25mm 8.5W/mK
Phase-change thermal pad with high conductivity for CPUs, GPUs, and storage. Maintains low thermal impedance and reliable performance across cycles. User feedback notes varied ease of application and temperature stability
Pros
- high thermal conductivity 8.5 W/mK
- phase-change material for stable contact
- reliable over high-temperature baking and cycling
- low thermal impedance (<0.04 Ccm2/W) with no shim
Cons
- mixed feedback on room-temperature workability
- mixed opinions on temperature stability
- some find application handling challenging
Head-to-Head
| Criteria | Winner |
|---|---|
| Price | Gelid Solutions |
| Durability | JOYJOM |
| Versatility | Gelid Solutions |
| User Reviews | Tie |