Flowfinds Solutions
DDR4-3200 memory module with black heat spreader

DDR4-3200 Performance Kit

DDR4-3200

€51.75 Incl. VAT, shipping included

Delivered in 2–3 days

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Not sure your board holds this configuration?

Tell us your CPU and motherboard — we check it and tell you the configuration we guarantee before you pay. If it doesn’t run at that configuration once installed, we replace or refund it.

Check your configuration

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3200
MT/s
2×16
GB modules
288
Pin DIMM
14
Day refund guarantee
Claim refund or replacement
DDR4-3200
Guaranteed fit Specs Delivery Reviews How it is made Overview Shop

Guaranteed configuration

DDR4-3200 is the top JEDEC bin.
Whether your board holds it is a separate question.

A 3200 profile is a property of the module. Whether your board, CPU and firmware reach it depends on the memory controller, how many DIMM slots you populate and the BIOS version — a fully-populated four-DIMM channel commonly derates below the bin printed on the module. Tell us the machine and we will name the configuration we are willing to guarantee on it, before you pay.

One kit, named

Out comes a single recommended kit — plus a lower-cost and an upgrade option — with the reason for each. Not a filtered catalogue for you to guess from.

A certainty level, stated

Every answer carries a level from 1 to 5 saying how sure we are, and what that certainty rests on. Where we have not validated your exact board we say so rather than implying we have.

Replace or refund if it misses

If Flowfinds approves your submitted system and the RAM does not operate at the guaranteed configuration, Flowfinds pays the return cost and provides a replacement or refund.

Before it ships

Every kit is bench-tested.
The ones that fail never reach stock.

Four stages, in this order. A kit that fails any of them is quarantined and never re-enters sellable inventory — what arrives is a kit that passed, not one that was merely boxed.

1 — Inspection

Contact edge clean and unmarked, PCB straight, heat spreader seated, both modules of a pair from matching stock, and the module matches what the order says it is.

2 — Live bench boot

Installed in a real desktop platform of the correct generation — not read out with a sticker scanner. It must POST, report the full advertised capacity and hold a stable speed.

3 — Full memory-test pass

An industry-standard memory test across the entire address space, the class of tool used for this everywhere, such as MemTest86. A single error is a fail; there is no "minor error" category in memory testing.

4 — Verdict

Pass: packed and matched to the order it will fulfil. Fail: quarantined, and it never re-enters sellable stock.

A bench pass proves the silicon works. It cannot reproduce every board, BIOS version and profile combination in the field — no test process anywhere can, and we would rather say that than pretend otherwise. The full process · the validation matrix, which is empty on purpose until real per-platform results fill it.

The comparison

Same silicon class.
Different amount of proof.

Mainstream premium RAM

Good performance and a trusted logo. Batch-sampled rather than unit-tested. The rated profile is printed on the box; whether your board reaches it is your problem to discover after it arrives. Priced for the brand.

Flowfinds

Every kit bench-booted and memory-tested before dispatch. Exact bin, timings, voltage, rank and module count published per capacity. A guaranteed configuration for your board before you pay, backed by replace-or-refund. Two-year warranty, 14-day refund guarantee, tracked EU, UK and US shipping in the price.

Where we hold a loaded, dated, in-stock competitor listing for a capacity, the saving against it is shown on the buy panel with the seller and the date attached. Where we do not hold one, no comparison is shown — an unbacked "you save X" is exactly the claim this site refuses to make.

Specifications

Module configuration
Memory typeDDR4
Kit32 GB as 2 × 16 GB modules, both channels populated
ChannelsTwo modules, one per channel: 51.2 GB/s at DDR4-3200. This is the configuration a dual-channel board is designed around, and on an iGPU or APU machine it is the difference you will actually see, because the graphics share the same bus.
Rank1Rx8 or 2Rx8, by die density. A 16 GB DDR4 UDIMM is 2Rx8 on 8 Gb dies and 1Rx8 on 16 Gb dies. Dual rank interleaves and gains a few percent on memory-bound work; two dual-rank modules load a channel with four ranks, which some IMCs answer by training lower. Both are within the module’s rating.
Form factor288-pin DIMM, desktop
More specifications
Performance profile
SpeedDDR4-3200, 3200 MT/s, 25.6 GB/s per 64-bit channel. The top bin defined in JESD79-4; nothing faster is standard DDR4.
CAS latency / timingsCL16 to CL22 at DDR4-3200, the range for this speed class: JEDEC’s own 3200 bins run CL20 to CL24, and profile kits at 3200 are commonly CL16. CAS latency in nanoseconds is CL × 2000 ÷ MT/s, so a CL number alone means nothing without the bin: CL16 at 3200 is 10.0 ns, CL22 is 13.75 ns.
Operating voltage1.2 V JEDEC, 1.35 V at the rated 3200 profile, 1.2 V is the DDR4 standard rail every module trains at from SPD. A 3200 profile is specified at 1.35 V, which is what raises the module’s own thermal output; below 1.35 V a 3200 bin often will not train.
ProfileIntel XMP 2.0 is the DDR4 profile format. AMD boards read the same profile data under their vendor's own name, DOCP on ASUS, A-XMP on MSI, AMP on ASRock and Gigabyte firmwares. AMD EXPO is not one of them: EXPO is a DDR5-only format and no DDR4 module carries one, whatever a listing says. What profiles do.
JEDEC fallbackDDR4-3200 is itself a JEDEC bin. JESD79-4 defines it, at 1.2 V, and stops there. That makes this the one DDR4 speed where the rated figure can be the SPD figure, unlike a 3600 or 4000 kit where the rated speed only ever exists above JEDEC as a profile. Either way the board POSTs and reaches DDR4-3200: worst case it trains a lower JEDEC bin until the profile is enabled in firmware, which is one toggle.
Physical design
Module heightStandard profile. The JEDEC UDIMM PCB is 31.25 mm and the heat spreader adds to that. Anything above 31.25 mm is spreader, and it only matters where a tower cooler overhangs slot 1. If a millimetre decides your build, ask before ordering and we put callipers on the kit that would ship. Clearance guidance.
Heat spreaderFull-length, black
LightingNone
Platform support & assurance
Platform support
FitsAM4 · LGA1151 · LGA1200 · LGA1700 DDR4 boards, check yours
Does not fitAM5, LGA1851 or any DDR5 board · laptops (SODIMM)
Assurance
ConditionNew. Seated, POSTed at the SPD default and pattern-tested before dispatch (the process)
Availability A physical unit count appears here only when the warehouse ledger holds one for this kit. Where none is shown we hold no count, and we print no estimate in its place, ask us and we check the shelf before you pay.
Product photographyThe images on this page are the ones we hold for this line, published as they are. There is no photograph of the exact unit that would ship to you, and where we hold no photograph of a configuration we show none rather than a stock image of a different module.
WarrantyTwo years from the date of purchase, handled directly by Flowfinds Solutions Kft. Covers defects in materials and function; not physical damage, overclocking beyond the module's specification, or modification. Your statutory rights are unaffected, EU consumers keep the two-year legal guarantee of conformity, UK consumers their Consumer Rights Act 2015 rights. Full terms.

€51.75 Incl. VAT, shipping included

How it arrives

Packed, tracked,
at your door.

Anti‑static packaging inside a rigid outer box, tracked from the moment it leaves us.

Reviews

What buyers report.

Where it is built

Paste, placement, reflow, then test. The clips and stills below show the surface-mount process a module goes through before it is packed.

Placement and reflow, then the trays that go to test.
A finished module lifted into an anti-static tray.
Inside a surface-mount machine: the placement head above a board, with the reflow oven opening behind it
The placement head over a board, reflow oven beyond it.
Finished units in trays moving along a conveyor on a surface-mount line, with operators at benches alongside
Finished units moving down the line towards test.

Pick by machine

What machine will
you use it in?

DDR4 is an upgrade part now, not a build part. Every row below is a machine that already exists, an AM4, LGA1151 or LGA1200 board, or the DDR4 version of LGA1700, and the capacity that suits it.

See the machine guide
Desktop upgrades
Reviving an older desktop32 GB (2×16), the common case. A Ryzen 3000/5000 or 8th-to-11th-generation Intel machine that shipped with 8 or 16 GB is usually held back by memory long before the CPU runs out. Two modules fill both channels, which is where the bandwidth is.
Gaming on a DDR4 board32 GB (2×16). Games rarely need more than 16 GB on their own, but a browser estate, a launcher, chat and a capture tool alongside them do. Dual channel matters more here than the bin does.
An iGPU or APU build32 GB (2×16), and two modules specifically. Integrated graphics share the same memory bandwidth as the CPU, so a single module costs more here than anywhere else in the range.
Second machines, budget builds and repairs
A budget or secondary machine16 GB as one module, leaving a slot free. Enough for office work, a media box or a home server, with a cheap route to 32 GB later.
Replacing a failed module8 GB / 16 GB, single. Note that a replacement is not a matched pair: modules only have to train together at one common setting, and a factory-matched kit is matched to itself. Tell us what is already in the board before you order.
Keeping the upgrade path open32 GB (1×32). One module, both slots not spent, single channel until you add the second. Slower today, cheaper to double later, the only reason to choose it over the 2×16 kit at the same capacity.
High-capacity workloads
Heavy multitasking, a VM host, a render box64 GB (2×32). Largest DDR4 UDIMM density that exists, two modules, both channels populated — the same configuration as the 32 GB kit, just doubled.
A workstation that has to hold everything at once128 GB (4×32), all four slots populated. Rated 3200 needs your board and CPU verified first — check yours — because a fully-populated DDR4 channel commonly derates below the bin printed on the module. The JEDEC SPD default is guaranteed either way.
Where this line is the wrong answer
You need more than 128 GB128 GB (4×32) is the real ceiling for DDR4 desktop UDIMM — there is no 48 GB or 64 GB single DDR4 module the way DDR5 has, so four slots of the largest density is as far as this platform goes. Above that, the DDR5 High Capacity line runs to 256 GB.
A locked OEM or workstation boardIf the firmware exposes no memory profile at all, the DDR4-2400 workstation line is the safer part: its rated speed is its SPD speed, so there is nothing to enable.
A Ryzen 3000/5000 chasing FCLK 1:1The line that lines up 1:1 with the fabric clock is the DDR4-3600 line, not this one. On Intel DDR4 there is no fabric ratio and the gain is a few percent, not a step change.
An AM5, LGA1851 or DDR5 LGA1700 boardWrong generation entirely. The key notch differs and it will not seat. Check which one you have.

Performance

25.6 GB/s
per channel.

This kit, DDR4-32003200 MT/s
JEDEC DDR4 base, DDR4-21332133 MT/s

Transfer rate in megatransfers per second, per 64-bit channel. DDR4-2133 is the base JEDEC bin; DDR4-3200 is the top one. JESD79-4 does not define anything faster, so everything above it is an overclock profile. At 3200 MT/s a channel carries 25.6 GB/s, and a populated second channel doubles that. Whether a board actually trains 3200 depends on its IMC and on how many ranks the channel is loaded with. Timings are quoted as the range for the bin rather than as a measured figure.

Design

Aluminium over
the whole PCB.

DDR4 memory kit, three-quarter angled view Single DDR4 module, front view Macro close-up of DDR4 gold connector pins DDR4 module installed in a DIMM slot on a motherboard

Engineering notes

Why this kit,
and not the other four.

2×16 beats 1×32

Two modules populate two 64-bit channels: 51.2 GB/s at DDR4-3200 against 25.6 GB/s from one module. An iGPU build loses the most from single channel, because the graphics share that same bandwidth. Buy 1×32 only if you plan to add a second module later.

3200 is the ceiling

JESD79-4 defines DDR4-2133 through DDR4-3200 and stops. Every DDR4-3600 or DDR4-4000 kit on the market is a factory overclock with an XMP profile. This bin is standard, which is why it trains on boards that will not hold a profile.

Rank is not decoration

A 16 GB DDR4 UDIMM is 2Rx8 on 8 Gb dies or 1Rx8 on 16 Gb dies. Dual rank lets the controller interleave across ranks and hide part of tRCD/tRP, typically low single-digit percent on memory-bound work. Two dual-rank modules put four ranks on the channel, and some IMCs answer that by training lower. Both configurations are within the module’s rating.

What CL costs

CAS latency in nanoseconds is CL × 2000 ÷ MT/s. CL16 at 3200 is 10.0 ns. CL18 at 3600 is also 10.0 ns. A larger CL number at a higher clock is not automatically slower, which is why we publish the bin and the CL together or neither.

1.35 V, and why

A 3200 profile normally runs 1.35 V rather than JEDEC's 1.2 V. That is where the extra heat comes from, and why this module has a full-length spreader while the 2400 workstation line has none.

Against the range

Cheaper than the RGB line at the same bin, because you are not paying for a diffuser. Slower than the DDR4-3600 line, which only pays off on Ryzen 3000/5000 at FCLK 1:1. Faster than the 2400 and 2666 lines, which exist for boards that cannot use this bin anyway.

Overview

Top JEDEC bin.
Nothing paid for lighting.

2×16, both channels

Two 16 GB modules populate both memory channels: 2 × 25.6 GB/s = 51.2 GB/s at DDR4-3200. The 1×32 option is the same capacity at half that, and exists only to leave a slot free for a later upgrade.

DDR4-3200, the ceiling

JESD79-4 tops out at DDR4-3200. Anything faster on the market is a factory overclock with a profile attached. This is the top standard bin, so it trains on boards that refuse aggressive profiles.

Full-length spreader

Aluminium over the full PCB length, in contact with both sides of the DRAM. A 1.35 V 3200 profile puts more heat into the package than a 1.2 V JEDEC module; the spreader is there for that, not for looks.

POSTed and pattern-tested

Every unit is seated, POSTed and pattern-tested before dispatch. The unit that ships is the unit that passed.

Two-year warranty

Two years, handled directly by Flowfinds Solutions Kft. No routing you to a factory in another jurisdiction.

DDR4 boards only

AM4, LGA1151, LGA1200 and the DDR4 variants of LGA1700. The key notch sits in a different position on DDR5. It will not seat, by design.

Shop

DDR4-3200
Performance Kit.

DDR4 memory kit, three-quarter angled view

DDR4-3200 Performance Kit, 32 GB (2×16 GB)

€51.75 Incl. VAT, shipping included

Tested before dispatch · Delivered in 2–3 days
2-year warranty · 14-day returns · Tracked EU, UK & US shipping

Shipping

Tracked, EU, UK and US, included in the price, not added at checkout. Details

Returns

14-day return right on consumer purchases. Policy

Warranty

Two years, handled directly by Flowfinds Solutions Kft. Terms

Buying more than one

Ten cost ten times
what one costs.

There is no volume discount ladder in our catalogue, so this is the multiplication written out rather than a tier structure designed to make a bigger number look like a saving. What quantity does change is supply, consistency and replacement stock — those terms are on the trade page.

Quantity

Price each: €51.75 · Order total: €51.75

The web checkout takes up to ten per order. Above that, a purchase order is quoted directly — trade terms.

Reviews

No reviews yet.

This product has no customer reviews, so there is no rating, no star count and no review total shown anywhere on this page. When real customers write reviews, they appear here — and everything else we cannot evidence yet is listed openly too.

DDR4-3200 Performance Kit
€51.75