Prihvaćamo kriptovalute — tako kriptovalute koje posjedujete mogu kupiti pravi hardver.Plaćajte kriptovalutom, trošite je na pravi hardver. Besplatna osigurana dostava diljem svijeta iznad 399 $. Obični vanjski kartoni bez oznaka, otpremaju se iz Njemačke.Besplatna osigurana dostava iznad 399 $. Vaš je tečaj blokiran 30 minuta od otvaranja blagajne.Tečaj blokiran 30 minuta. Svaki je artikl zapečaćen, njegov serijski broj provjeren, i pokriven jamstvom od 24 mjeseca.Zapečaćen, jamstvo 24 mjeseca.

Praćeni artikli Prijava

DATO

DATO DT16G4DU32X2 32GB (2x16GB) DDR4 3200MHz CL22 desktop RAM

SKU CH-W79M-08J45

A 32 GB dual-channel DDR4 kit running at 3200 MHz with CL22 timing and 1.2 V operation for desktop systems

  • CAS LatencyCL22
  • Voltage1.2 volts
  • Multi-channel KitDual Channel Kit
  • TimingCL22
  • Capacity32GB Kit (16GBx2)
  • Speed3200 MHz

DDR4 UDIMM 32GB Kit -16GBx2

  • Dual-channel 32 GB kit adds responsive multitasking headroom
  • 3200 MHz DDR4 speed with backward compatibility down to 2133 MHz
  • CL22 latency keeps data flow steady under load
  • 2 V operation reduces power draw and heat output
  • 288-pin UDIMM fits standard desktop motherboard slots

Kit capacity and fit

This DATO kit delivers 32 GB of DDR4 memory in two 16 GB UDIMM modules. It is built for desktop systems that use 288-pin slots and runs at 3200 MHz with CL22 timing. The non-ECC, unbuffered design suits standard consumer motherboards. Backward compatibility lets it drop to lower speeds such as 2133 MHz or 2666 MHz when the platform requires it.

Thermals and power

Each module operates at 1.2 volts, keeping power draw low during typical workloads. The low-voltage design reduces heat output so the sticks stay cool without active cooling. No LEDs or extra circuitry are present, so acoustic impact is effectively zero in normal use. Stable operation is validated through the supplier's testing process.

Physical build and daily use

The green PCB measures 5.24 inches long, 1.18 inches tall and 0.04 inches thick, weighing 1.06 ounces for the pair. Standard-height modules fit under most CPU coolers without clearance issues. Gold-edge contacts on the 288-pin interface ensure reliable seating in the DIMM slots. The kit carries a three-year limited warranty from the manufacturer.

Istaknuto

  • Dual-channel 32 GB kit adds responsive multitasking headroom
  • 3200 MHz DDR4 speed with backward compatibility down to 2133 MHz
  • CL22 latency keeps data flow steady under load
  • 2 V operation reduces power draw and heat output
  • 288-pin UDIMM fits standard desktop motherboard slots

Specifikacije

CAS LatencyCL22
Voltage1.2 volts
Multi-channel KitDual Channel Kit
TimingCL22
Capacity32GB Kit (16GBx2)
Speed3200 MHz
Recommend UseDesktop
ECCNon-ECC
Buffered/RegisteredUnbuffered
FeaturesDDR4 3200MHz (PC4-25600)
CL22 Timing
1.2V Low Voltage
Desktop UDIMM Memory
288-Pin
Non-ECC, Unbuffered
Backward Compatible with Lower Speeds
Tested for Stability
3-Year Limited Warranty
LED ColorNone
BrandDATO
ModelDT16G4DU32X2

Druge verzije ovog modela

još 4 u istoj seriji

Ista obitelj, različita memorija, hladnjak ili frekvencija — usporedite prije kupnje.

Pitanja o ovom artiklu

How do I install the 288-pin DDR4 modules and what step do people often miss?

Align the notch with the motherboard slot key, press down firmly until both side clips click shut, then enable the 3200 MHz profile in BIOS or the kit will run at a lower speed such as 2133 MHz.

What maintenance or replacement will this 32 GB dual-channel kit need later?

No routine maintenance is required; keep the gold contacts clean and ensure case airflow stays clear. If a module fails, the three-year limited warranty covers replacement of the defective stick.

What limit appears first when the 1.2 V CL22 memory runs under sustained load?

The CAS latency of 22 cycles at 3200 MHz sets the response-time floor; thermal throttling is unlikely at the standard 1.2 V operating voltage.

Također u ovoj kategoriji

Kupci su usporedili ovo

Ista polica, ista blagajna — osam valuta i blokada tečaja na 30 minuta.