G.Skill
DDR4 · 3200 MT/s · CL22 · 2×8GB
Lowest price in CA across retailers
Last updated Oct 12, 2026
G.Skill Ripjaws DDR4-3200 SODIMM 2x8GB price history in CA: current low CA$176.51, 12-month low CA$141.86, 12-month median CA$213.66.
Price history is aggregated from tracked listings at Newegg Canada.
Fair price — current price is 1% above the 3-month median.
Price history is aggregated from tracked listings at Newegg Canada.
This is the laptop counterpart to G.Skill's desktop Ripjaws line — SODIMM rather than the taller UDIMM package, sold as single sticks and matched pairs for machines with two SODIMM slots. The family name spans a few speed grades rather than just one.
A 16GB kit sold as 2×8GB at one speed grade is not the same part as a same-capacity kit at another — rated 3200 MT/s CL22 only holds once the laptop's own firmware and memory controller support that setting, and plenty of machines quietly run a supported module at a lower speed instead. Single-stick listings leave a laptop in single-channel until a second module is added.
It's DDR4 SODIMM, built for laptop and small-form-factor slots. Confirm your machine takes this generation of memory before ordering — SODIMM slots vary by platform in ways a desktop board's UDIMM slots don't.
CAMM2 and SODIMM are physically incompatible laptop memory formats. The difference is not speed at a given rating but how many channels each module carries, how the module attaches, and whether a machine can ever add memory rather than replace it.
Whether a laptop can be upgraded at all depends entirely on which of three physical memory formats it uses, and that has to be confirmed before comparing a single spec sheet.
Vengeance LPX earns its long shelf life through breadth and a low-profile heatspreader, not through any single standout spec — the timing bin on the specific listing is what actually decides whether a given kit is a good buy.
DDR5 doubled the bandwidth and moved power regulation onto the module. Whether that is worth paying for depends entirely on which platform you are building.
A dying memory generation does not get cheaper on its way out — it gets more expensive, because the economics of end-of-life manufacturing are the opposite of the economics of a maturing one.
16 GB is no longer comfortable, 32 GB is the sensible default, and 64 GB is a workload decision rather than a future-proofing one.