Team Group Releases High-Performing Industrial Ultra-Wide Temperature Product Series

[btarunr]

Team Group today announced the launch of its industrial ultra-wide temperature products series that can withstand operating temperatures of up to 105° Celsius, outperforming the standard industrial-wide temperature range. It includes PCIe Gen 3 M.2 SSDs, DDR4 U-DIMM/SO-DIMM and DDR5 U-DIMM/SO-DIMM memory modules, and microSD memory cards. The 105° operating temperature PCIe M.2 SSDs have been granted Taiwan Utility Model Patent (No. M644258).

All products in the ultra-wide temperature series under Team Group's industrial product line have passed the ISO-16750 Road Vehicles - 5.1.2 High-Temperature and AEC-Q104 Temperature Cycling tests. Both of these standards are widely used in the verification of automotive electronic components. The AEC (Automotive Electronics Council) is a group jointly established by major automobile manufacturers and major component manufacturers, with the main purpose of standardizing the reliability and certification standards for automotive electronic components.



With the increasing share of electric and hybrid vehicles on the road, the booming development of in-vehicle entertainment and vehicle monitoring products, and the application of fanless industrial embedded computers in industrial products, there is a growing demand for storage products that can operate reliably under extreme temperatures in the industrial market. The Team Group industrial product business unit states, "Our ultra-wide temperature product series is designed to address this demand and provide superior performance, reliability, and durability." Team Group always strives for innovation in the development of diverse wide temperature technologies so that customers can overcome any heating issues in harsh operating environments and enjoy superior storage performance. TEAMGROUP will continue to create the most reliable industrial storage solutions in response to the changing landscape and needs of the industrial storage market.

View at TechPowerUp Main Site

 

[LabRat 891]

...can withstand operating temperatures of up to 105° Celsius, outperforming the standard industrial-wide temperature range. It includes PCIe Gen 3 M.2 SSDs, DDR4 U-DIMM/SO-DIMM and DDR5 U-DIMM/SO-DIMM memory modules, and microSD memory cards

Oh, good. New-release memory cards that can withstand the Steam Deck.

 

[ZoneDymo]

High-Performing Industrial Ultra-Wide Temperature Product Series​

these just seem like random words slapped together, like an AI wrote it or something

 

[Cheeseball]

Oh, good. New-release memory cards that can withstand the Steam Deck.

You mean the ROG Ally, since thats the one that currently has the SD card reader problem.

 

[LabRat 891]

You mean the ROG Ally, since thats the one that currently has the SD card reader problem.

Really?! I wonder if it has something to do with some shared off-the-shelf integrate-able PCIe-mSD bridge? I hadn't seen a ton of in-depth research on it, but I seem to recall the Steam Deck (and some other devices) seemed to overvolt the mSD cards.

I'd read about those issues before I'd gotten a card in mine, so I used some scrap NVMe Thermal-Spreader on the card. (cut and trimmed w/ xacto knife).
By highly subjective touch, it gets (at least) as hot as freshly-melted modern-day commercial candle wax.

 

[Cheeseball]

Really?! I wonder if it has something to do with some shared off-the-shelf integrate-able PCIe-mSD bridge? I hadn't seen a ton of in-depth research on it, but I seem to recall the Steam Deck (and some other devices) seemed to overvolt the mSD cards.

I'd read about those issues before I'd gotten a card in mine, so I used some scrap NVMe Thermal-Spreader on the card. (cut and trimmed w/ xacto knife)

I'm not sure about the Steam Deck, but both of mine seem to work fine (I got them in Aug and Sept of 2022), but I only use the microSDs for storing music and downloaded files, not running games off of. Currently the ROG Ally is the one with thermal problems that are causing the card reader to fail. I have not tested this on mine, but I sure won't do it now if it risks ruining the SD card itself.