DDR5 ECC CSO-DIMM

Server
6400 / 7200
  • High-Speed Industrial-Grade CKD-6400/7200 DRAM Module of the Next Generation
  • Durable Sulfur-Resistant Storage Product (Taiwan Utility Model Patent: M611951)
  • Power Management ICs (PMICs) Equipped
  • JEDEC Low Power 1.1V Standards
  • ON-Die ECC for Stable System
  • Military-Grade Resistance to Shocks and Vibrations
  • ES level and Industrial-Grade IC
  • ROHS/CE/FCC Standards

Patented IC Grade Verification Technology

Exclusive IC grade verification technology is adopted in the series for effective IC frequency and temperature grading to ensure compatibility and durability in industrial applications on various equipment. Taiwan Invention Patent (NO.: I751093)

Patented IC Grade Verification Technology

High-Speed Industrial CKD-6400/7200 Memory of the Next Generation

The industrial DDR5 series can be applied industries , the fundamental frequency is drastically upgraded to 6400/7200 MHz . Through the CKD chip, the overall performance and stability could be leveled up.

Durable Sulfur-Resistant Storage Product (Taiwan Utility Model Patent: M611951) The series is equipped with technologies for durable DRAM storage and complemented with sulfur-resistant pressure-resistant passive components and printed circuit boards for increased service life and compatibility with outdoor applications common in the new generation of industrial products.

High-Speed Industrial CKD-6400/7200 Memory of the Next Generation

ES level and Industrial-Grade IC

High-quality ES level IC is selected for the product series to ensure durability and reliability under industrial environments.

ES level and Industrial-Grade IC

Power Management ICs (PMICs) Design for Effective Load Control

The power management functions have been transferred from the motherboard to the DRAM modules for effective load management, increased reliability and performance of the DRAM modules, optimized signals, and minimal interference.

Power Management ICs (PMICs) Design for Effective Load Control

JEDEC Low Power 1.1V Standards

The DDR5 series requires a working voltage of only 1.1V, effectively reducing power consumption and heat production, making it great for low-power industrial systems.

JEDEC Low Power 1.1V Standards

On-die ECC for Stable System

Supports on-die ECCs, a feature that self-corrects DRAM cells for stability and reliability in systems.

On-die ECC for Stable System
DDR5 ECC CSO-DIMM
Frequency
6400 / 7200
Capacity
8GB / 16GB / 24GB / 32GB / 48GB / 64GB
Pin Count
262 pin
Width
72 Bits
Voltage
1.1V
PCB Height
1.18 Inches
Standard Operating Temperature
0°C(+32°F) ~ +95°C(+203°F)(Tc)
Extended Operating Temperature
-40°C(-40°F) ~ +95°C(+203°F)(Tc)
Shock
Operation: 50G/11ms (compliant with MIL-STD-202G Test condition A )
Non-operation: 1500G/0.5ms (compliant with MIL-STD-883K Test condition B)
Vibration
Operation: 7.69 Grms, 20~2000 Hz/random (compliant with MIL-STD-810G General)
Non-operation: 4.02 Grms, 15 ~ 2000 Hz/sine (compliant with MIL-STD-810G General)
Anti-Sulfuration
Optional
Gold Finger
-
Value-Added Service
Conformal Coating / Graphene Heatsink
Warranty
Limited Lifetime
NOTES:
We reserve the right to modify product specifications without prior notice.
 
Name of Files
Type
Date Uploaded
Download
pdf
2026 / 04 / 17

Related Products

DDR5 ECC CU-DIMM

6400 / 7200

DDR5 ECC SO-DIMM

4800 / 5600

DDR5 ECC U-DIMM

4800 / 5600

DDR5 R-DIMM

4800 / 5600 / 6400 / 7200

DDR4 R-DIMM

2400 / 2666 / 3200

DDR4 ECC SO-DIMM

2400 / 2666 / 3200

DDR4 ECC U-DIMM

2400 / 2666 / 3200

DDR3 ECC SO-DIMM

1066 / 1333 / 1600 / 1866

DDR3 ECC U-DIMM

1066 / 1333 / 1600 / 1866

Home Solution DRAM Modules Server DDR5 ECC CSO-DIMM

Inquire

    Compare

      產品搜尋

      Please Enable cookies to improve your user experience

      We are committed to protecting your personal data in accordance with General Data Protection Regulation (GDPR) enforced by the European Union, and we will periodically update our Privacy Policy to comply with GDPR. Please refer to our latest version of Privacy Statement.
      We use cookies to improve your user experience and for web traffic statistics purposes. By continuing to use this website, please agree to our use of cookies.