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ID-COOLING

FROZN A620 SLK Spec and Price in Canada

Air

Also rated at 260 W and also six heatpipes, but built around a mismatched fan pair: a slim 15 mm AF-120 SLIM at the front to clear memory, and a 25 mm AM-120-K in the middle that can stop entirely and reach 2500 rpm. ID-COOLING quotes the two at 33.9 and 31.0 dB(A) maximum. The tower is 160 mm tall and weighs 1300 g, and the warranty is three years.

Current best price
$81.51Price too old to confirm

Prices exclude GST/HST.

The last tracked price for FROZN A620 SLK in Canada was $81.51 at Amazon.ca, captured 2026-10-12. Across one tracked merchant and 35 days of recorded prices, the 90-day median for FROZN A620 SLK is $79.81 and the lowest recorded price is $75.97. This site began capturing prices on July 30, 2026; for Amazon listings, prices dated earlier come from Keepa's price history.

Captured periodically and may have changed.

Price history

  • FROZN A620 SLK
May 6, 202632 data pointstoday · $81.51

Each point is one day's recorded price, not a list price. Points dated before July 30, 2026, when this site began capturing prices, come from Keepa's Amazon price history. How we track prices

Specifications

Cooler type
Air
Noise
33.9 dBA
Fans
2
Fan size
120 mm
Warranty
3 years
Height
160 mm
Socket support
AM5, AM4, LGA1954, LGA1851, LGA1700, LGA1200, LGA1151, LGA1150, LGA1155, LGA1156
TDP rating
260 W
Max fan speed
2500 RPM
Bearing
Hydraulic Bearing
Heatpipes
6
PWM
Yes

What owners and reviewers say

Summarised from 1 source(s), reviewed September 14, 2026. A source is counted only where it names this model exactly. How we track prices

Commonly praised

  • Reviewers highlight the offset single-tower layout, which clears the memory slots and the top PCIe slot entirely.
  • With its fans at full speed it trades blows with premium dual-tower air coolers and handles the rated load.
  • Build quality, modular assembly and a nearly tool-light mounting system are called out as strengths.

Commonly criticised

  • Noise-normalised results are much weaker, because the dense fin stack needs high static pressure and temperatures rise noticeably at low fan speeds.
  • At maximum fan speed it becomes loud.

Sources behind this summary

Guides for this category

Sources

Every spec above was pulled from one of these — a field a source didn't state was left off rather than estimated.