Testseek.es han recogido 96 las revisiones expertas de el Noctua NT-H1 thermal compound y el grado medio es el 91%. Enrolle abajo y vea todas las revisiones para Noctua NT-H1 thermal compound.
May 2008
(91%)
96 Críticas
Puntuación media de los expertos que han realizado una crítica del producto.
Usuarios
(100%)
1 Críticas
Puntuación media de los propietarios del producto.
Great performance, Easy to use, No burnin time, Subzero Cooling, Electrically nonconductive
Slightly more expensive
From this review, it is evident that thermal pastes do not cause a great deal of difference in temperature and so for the general user, it is not overly important which one you use.That said, overclockers and gamers looking to optimise cooling in every...
Simple Application, Great Temps, Price to Quantity Ratio, Informative Packaging, Stood up to and Beat Arctic Silver 5, To a Lesser Degree of Importance: The Pretty Red Head Mascot
Can be Messy in the Wrong Hands (ie mine), Needs an Applicator to be Included in Packaging
The Noctua NT-H1 Thermal Compound did better than many other compounds I have used in the past. I was very impressed with its overall performance and it was very easy to apply with the right tools (ie a compound putty knife). It gets an added bonuses f...
I must admit that I was really impressed by the Noctua NT-H1's performance today. NT-H1 was very easy to apply; demonstrated a better stability than the other greases and provides very satisfactory results straight out of the syringe. If you're looking t...
NonConductive, NonCorrosive, Long shelf life of up to 2yrs and 3yrs when applied to cpu, Many applications in a single tube
Thick consistency makes it a little hard to spread, Limited availability, Somewhat pricey
Long have been the days where the simple answer for looking for the best TIM's use to be, "oh, get Arctic Silver 5 they are the best," but now the years have passed and AS5 is starting to really show its age. Is AS5 still a fordable opponent in the ma...
Resumen: When we reviewed Arctic Coolings MX-2 thermal compound a while back, we were really quite impressed with, commenting that it was well worth the £6 or so that a syringe retailed for - Indeed, its price has since dropped lower still. In essence, Noctu...
Non conductive, non, corrosive, non, curing, etc, Solid performance, No burn, in time
Harder to spread than some
I was impressed by the performance of the Noctua NT-H1 thermal compound, especially considering this is Noctua’s first attempt at such a product. The compound delivers solid performance that is on-par or even slightly better than the some of the bet...
Great performance, No burnin time, Competitive pricing, Easy to use, Easy to clean up, Long storage time, Long usage time, Great for subzero cooling
Too new to verify longterm usage
The Noctua NT-H1 thermal compound was a pleasure to work with. It was easy to apply and the performance was great right from the start. No burn-in time was needed with the NT-H1, unlike Arctic Silver products. The storage and usage time look great, but...
Not electrically conductive, Instant thermal conductivity, Long usage time (up to 3yrs), Large amount in tube, many applications, Low price
Thick consistency, hard to spread, Not widely available
Obviously, from my testing, Noctua has a great product in their new NT-H1 thermal compound, it offers instant thermal conductivity, which translates to great performance from the minute you apply it. NT-H1 has many other features going for it as well,...
For a first try, Noctua has done a very good job. This compound has features that are in line with most other thermal materials being offered and goes a step further by ensuring their customer base that it is perfectly acceptable with phase change coo...
Extremely high performance, Smooth consistency, easy to spread, Easy to remove...
Not as cheap or as widely available as its closest competitor Arctic Silver 5, Requires more effort to spread on bare silicon than Arctic Silver 5...
I wasnt expecting the Noctua NT-H1 to out-perform Arctic Silver 5 (AS5) during the tests, but it did when the system was overclocked and producing the highest heatload, albeit by a very slim margin. The reasoning behind my doubts is the NT-H1 paste a...
