Momentum DDR5 Non-ECC Modules

Key Features

  • Densities: 8 GB to 32 GB
  • Speed: 5600 MT/s
  • Operating Temperature: 0°C to 85°C
  • JEDEC Compliant
  • Top-tier DRAM chips and production traceability
  • Decreased voltage for better power efficiency
  • Unique ATP TDBI decreases error rate over time
  • In-house design and validation for confident data integrity and compatibility

Description

ATP Momentum Line’s industrial DDR5 non-ECC memory modules operate at blistering speeds up to 5600 MT/s.They deliver higher throughput and significant performance improvements over previous memory generations while consuming only 1.1V power. This energy efficiency is made possible by a new power management structure supported by a power management integrated circuit (PMIC) that brings advanced signal integrity and runtime stability.

These memory modules adhere to all JEDEC standards and use the best DRAM chips from top-tier suppliers to ensure robust, stable performance and broad compatibility.Providing steady performance within a temperature range of 0°C to 85°C, they operate reliably in a variety of settings, including harsh environments and varying temperatures.All modules undergo ATP’s unique system-level testing during burn-in (TDBI), which can detect and screen out error to reduce risks of early failure and ensure long product use.

SpecificationsLatest Update: 2025-02-06 08:51

Momentum DDR5
DIMM TypeNon-ECC UDIMMNon-ECC SO-DIMM
Density8 GB to 32 GB8 GB to 32 GB
Speed (MT/s, up to)56005600
Operating Temp.0°C to 85°C0°C to 85°C
PCB HeightLow ProfileLow Profile

Ordering information

Hot Items Ordering Information
Product DIMM Type Density Speed (MT/s) Operating Temp. PCB Height Part  Number
DDR5 Non-ECC UDIMM 8 GB 5600 0°C to 85°C Low Profile R58G00UD566CAYC
16 GB 5600 0°C to 85°C Low Profile R516G0UD568AAYC
32 GB 5600 0°C to 85°C Low Profile R532G0UD568BAYC
Non-ECC SO-DIMM 8 GB 5600 0°C to 85°C Low Profile R58G00SD566CAYC
16 GB 5600 0°C to 85°C Low Profile R516G0SD568AAYC
32 GB 5600 0°C to 85°C Low Profile R532G0SD568BAYC
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