TEAMGROUP Launches the Industry's First Industrial-Grade DDR5 6400MHz CU-DIMM/CSO-DIMM

[GFreeman]

Team Group Industrial has officially introduced the industry's first industrial-grade DDR5 6400 MHz CU-DIMM/CSO-DIMM memory modules. The innovative product addresses challenges posed by high-frequency operation on signal stability by incorporating a specialized component known as the Client Clock Driver (CKD), which effectively buffers and drives clock signals, ensuring the signals remain stable and complete even under high-frequency conditions. This advancement sets a new benchmark in industrial storage technology, enhancing reliability and performance for demanding applications.

Team Group utilizes DDR5 Clocked Unbuffered Dual Inline Memory Module technology, which enables frequency and voltage adjustments based on system load and operating conditions, facilitating exceptional data transmission speeds and optimized power consumption performance, fully supporting the dynamic load requirements prevalent in industrial applications, and delivering solutions with outstanding performance and reliability.



Incorporating SK Hynix's most advanced DRAM ICs, the DDR5 6400 MHz CU-DIMM/CSO-DIMM modules offer exceptional stability and efficiency. Each module features a built-in On-Die Error Correction Code (ECC) debugging mechanism to enhance the RAS (reliability, availability, and serviceability) of the DRAM IC, ensuring accurate data processing and stable system operations. Designed with a low operating voltage of 1.1 V, these modules meet the stringent requirements of industrial control systems on long run times, significantly reducing energy consumption while maintaining high performance. The memory modules feature advanced power management, enhancing signal integrity and stability through effective power load control.

Team Group employs top-tier original DRAM ICs a unique patented testing and grading technology (U.S. Patent No.: US 11488679 B1; Taiwan Patent No.: I751093) to guarantee that the DDR5 6400 MHz CU-DIMM/CSO-DIMM memory modules underwent rigorous quality assurance processes, achieving unmatched compatibility and reliability.

As the demand for industrial computers evolves, particularly with the rise of artificial intelligence (AI) and edge computing, Team Group's DDR5 6400 CU-DIMM/CSO-DIMM modules are designed to not only meet current market needs but also to adapt to future applications driven by AI technologies. Team Group is committed to advancing the industrial sector through continuous technological innovation, providing high-efficiency storage solutions that align with the dynamic needs of technology applications.

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[N/A]

Good thing it runs at 1.1 V, 6400 CL40 is typically 1.35 V

 

[Woomack]

Good thing it runs at 1.1 V, 6400 CL40 is typically 1.35 V

Standard 6400MT/s CUDIMM is 1.1V .... but CL52.

 

[azrael]

And again, On-Die-ECC is *mandatory* for DDR5. Problem is, it's not the type of ECC you should care about (if you care at all). That's Side-Band-ECC.

 

[TechBuyingHavoc]

And again, On-Die-ECC is *mandatory* for DDR5. Problem is, it's not the type of ECC you should care about (if you care at all). That's Side-Band-ECC.

DDR5 (and DDR6 and beyond) has increasing electrical integrity issues. This is probably a needed step for higher bandwidth modules to have the clock driver on module instead of in the CPU/Mobo. Server-grade registered dual-inline memory modules (RDIMMs) have used this type of hardware for a while now.

 

[azrael]

DDR5 (and DDR6 and beyond) has increasing electrical integrity issues. This is probably a needed step for higher bandwidth modules to have the clock driver on module instead of in the CPU/Mobo. Server-grade registered dual-inline memory modules (RDIMMs) have used this type of hardware for a while now.

I know. The thing is, if you're searching for ECC DDR5 memory you will get an almost 100% hit these days *because* On-Die ECC is an intrinsic feature of DDR5 (for the reasons you mentioned). (R)etailers have a habit of listing On-Die ECC as "ECC", when it's actually more like error correction on SSDs, which is there simply to make things work. If you're searching for the equivalent of ECC like in "the olden days" what you need to look for is Side-Band ECC. And, as I just stated, that is rather difficult, unless you know what to look for. And even then.

 

[TechBuyingHavoc]

I know. The thing is, if you're searching for ECC DDR5 memory you will get an almost 100% hit these days *because* On-Die ECC is an intrinsic feature of DDR5 (for the reasons you mentioned). (R)etailers have a habit of listing On-Die ECC as "ECC", when it's actually more like error correction on SSDs, which is there simply to make things work. If you're searching for the equivalent of ECC like in "the olden days" what you need to look for is Side-Band ECC. And, as I just stated, that is rather difficult, unless you know what to look for. And even then.

I have never tried to buy RAM with side-band ECC and searching for it today, yeah you are right, it is impossible to tell easily what RAM has side-band ECC or just on-die ECC. What does someone who wants side-band ECC RAM do? Buy server hardware?

 

[azrael]

I have never tried to buy RAM with side-band ECC and searching for it today, yeah you are right, it is impossible to tell easily what RAM has side-band ECC or just on-die ECC. What does someone who wants side-band ECC RAM do? Buy server hardware?

Well, yeah. Kingston seems to have some modules under their Server Premier label. Although when you actually want to see the appropriate pages you get a 404. At least I do.

EDIT: Seems the problem has gone away. I no longer get a 404 error.

 

[TechBuyingHavoc]

Well, yeah. Kingston seems to have some modules under their Server Premier label. Although when you actually want to see the appropriate pages you get a 404. At least I do.

EDIT: Seems the problem has gone away. I no longer get a 404 error.

Their own server was not using the Server Premier RAM and suffered from bit flips, giving you a 404 error.