Small form factor builders often want a cooler that clears the side panel, avoids RAM clashes, and still looks intentional when the side glass lights up. The Thermaltake UX150-L ARGB aims at that brief with a 75.6 mm height, copper base, aluminum fins, and an Infinity Mirror fan hub.
Rated around 130W TDP with a 130 mm PWM fan spinning from roughly 500 to 2400 RPM, it sits between barebones low-profile coolers and full towers. This review maps where that middle ground succeeds—and where a bigger cooler still wins.
We cover Intel socket coverage, lighting behavior, memory clearance, and practical setup advice for SFF and standard cases alike.
The UX150-L’s pitch is flexibility: short enough for cramped interiors, yet more substantial than the tiniest aluminum pucks. At 75.6 mm, it targets SFF cases where a classic tower would never fit, while still offering a full-size 130 mm fan for airflow across the fin array. That combination is attractive for compact Intel gaming PCs and creator minis that must stay visually sharp.
Thermally, the copper base is the right foundation. Heat moves from the CPU into copper, then spreads through aluminum fins while the PWM fan modulates from a low 500 RPM floor toward 2400 RPM when loads spike. The 130W TDP guidance frames expectations: strong for many mainstream Intel chips with sensible power limits, less ideal for prolonged high-power multi-core abuse.
The Infinity Mirror treatment on the fan hub is the showpiece. Instead of a flat sticker, the mirrored depth effect gives the cooler presence in RGB-friendly builds. If your motherboard supports addressable lighting, you can sync colors with the rest of the system. If you prefer dark builds, you can usually disable lighting in software—confirm your board’s ARGB header type before purchase.
Memory clearance is a frequent SFF headache. Thermaltake calls out a non-interference design so the cooler does not overhang and bully tall RAM. That matters when you want both RGB memory and a short cooler in a cube case. Still, dry-fit your DIMMs; motherboard VRM heatsinks and odd fan orientations can create surprises no marketing bullet covers.
Hydraulic bearing fans are chosen for smoother, longer-lived operation with lower noise than cheaper sleeve designs in many cases. You will still hear air at high RPM—physics is undefeated—but the wide PWM range lets you write a quiet curve for desktop use and allow ramp-up only when compiling or gaming spikes package power.
Socket coverage across Intel LGA 1851, 1700, 1200, and common 115x mounts makes the UX150-L a useful spare for upgraders hopping between recent Intel generations. That longevity is practical for small studios standardizing on Intel mini towers. Always use the correct mounting kit hardware for your socket and recheck standoff length.
In daily use, expect the cooler to disappear acoustically at idle if your curve is gentle, then become audible as a steady whoosh under load rather than a metallic whine—assuming the fan is seated and cables are clear. Dust the fins during seasonal cleaning; short coolers still clog when intake filters are neglected.
Choose the UX150-L when your case height chart forbids towers but you still want copper-base cooling and tasteful ARGB. Choose something larger when you run hot unlocked CPUs for hours. Within compact Intel builds, this cooler’s balance of size, lighting, and PWM control is coherent and build-friendly.
Who it's for
Ideal for SFF and mATX Intel builds that need sub-80 mm cooler height, ARGB flair, and enough thermal headroom for mainstream CPUs. Also a fit for creators who want a clean windowed mini PC without a thick AIO radiator crowding GPU intake.
Who should skip it
Pass if you need maximum overclocking headroom, prefer huge dual-tower silence at high TDP, or build on AMD sockets not covered by this Intel-optimized kit. Also pass if you have zero ARGB headers and dislike unused cables, though the cooler can still function as a thermal part.
SFF airflow & lighting in practice
Keep a clear path from case intake to the 130 mm fan. Cube cases with rear exhaust only can recirculate hot air; add intake where possible. Sync Infinity Mirror lighting with your board’s ARGB software, and avoid over-bright white themes that wash out the mirror depth effect.
Setup tips & verdict
Mount the copper base evenly, connect PWM and ARGB headers separately, and test a stress load while watching temperatures and fan noise. Verdict: a stylish compact Intel cooler that makes sense for height-limited builds wanting copper contact, PWM flexibility, and an Infinity Mirror accent—within a roughly 130W thermal mission.
- Short enough for many SFF builds without abandoning PWM cooling
- Copper base helps transfer heat into the aluminum fin stack
- Non-interference design aims to avoid overlapping tall memory kits
- Infinity Mirror ARGB adds visual depth without a huge tower silhouette
- Broad Intel socket list from older 115x through 1851
- 130W-class rating is not a substitute for high-end dual-tower coolers
- ARGB needs motherboard or controller headers to look its best
- AMD users are outside this SKU’s stated Intel optimization focus
FAQs
Will the UX150-L fit in my SFF case?
It stands about 75.6 mm tall, which works in many compact cases, but you must compare that number with your case’s official CPU cooler clearance. Also check GPU length and cable bundles near the socket so the 130 mm fan has room to breathe.
Which Intel sockets are supported?
Listed support includes LGA 1851, 1700, 1200, and several 115x variants such as 1156, 1155, 1151, and 1150. Use the hardware packet that matches your board and confirm mounting pressure after the first heat cycle.
What does the 130W TDP rating mean?
It is a guidance figure for the class of processors the cooler is designed to handle under typical conditions. Real results depend on case airflow, paste quality, and power limits. High sustained package power above that comfort zone may need a larger cooler.
Does the Infinity Mirror need a special header?
ARGB lighting generally needs a compatible addressable RGB header or controller. The cooler’s fan motor still cools via the CPU fan header even if you leave lighting disconnected. Match voltage and pin layout to avoid damaging LEDs.
Will it block my RAM?
Thermaltake highlights a non-interference design to reduce overlap with memory. That said, extremely tall heat spreaders and unusual fan orientations can still collide. Dry-fit modules before applying thermal paste to save cleanup time.
How wide is the fan speed range?
The 130 mm PWM fan is specified roughly from 500 to 2400 RPM. That wide band lets you keep the PC whisper-quiet at idle and raise airflow when loads climb. Create a custom curve in BIOS if the default feels aggressive.
Is a hydraulic bearing fan better?
Hydraulic bearings often balance noise and longevity better than basic sleeve bearings in continuous PC use. They still appreciate dust cleaning and not obstructing the impeller. If you ever hear grinding, stop use and check for cable strikes or bearing wear.
Can I use this cooler on a full-size tower?
Yes. Thermaltake notes it can work in full-sized builds too. In a large case you could install a bigger cooler, but the UX150-L remains valid if you want a short aesthetic, easier GPU clearance, or consistent parts across mixed case sizes.