Netac
DDR4 · 3200 MT/s · CL16 · 2×8GB
Lowest price in FR across retailers
Last updated Oct 12, 2026
Netac Shadow II DDR4-3200 2x8GB price history in FR: current low €143.78, 12-month low €142.49, 12-month median €149.99.
Good time to buy — current price is 4% below the 3-month median.
Shadow II carries Netac's DDR4 desktop kits at a single speed and timing across the two capacities in this listing set. There isn't a spread of speed bins to compare here, so the data that matters is mostly configuration.
This one comes as 2×8GB, 16GB total, rated 3200 MT/s CL16. With one 3200 MT/s/CL16 pairing across the whole family, choosing between the two listings is a question of how much DDR4 the system needs, not which one runs faster.
Built as 288-pin U-DIMM for desktop boards, it needs the XMP profile enabled in BIOS to run at its rated 3200 MT/s — without it, any DDR4 kit defaults to a slower JEDEC speed regardless of what's printed on the heatspreader.
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.
A 2x16GB kit sits at the highest-volume point on the memory market, and volume is what actually sets price per gigabyte — not capacity, and not how new a kit's specification is.
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.