TeamGroup hardware supports up to 105ºC

The summer season poses challenges for both individuals and electronic devices due to the surging temperatures it brings. This predicament is particularly pronounced in Spain, where a series of extreme heatwaves have been unfolding. In response, Team Group has introduced a line of sophisticated products engineered to endure temperatures as high as 105 ºC.

At first glance, these temperatures might appear to be well within the operational range of most components. In reality, while processors and graphics cards are indeed capable of tolerating such temperatures and even higher, the underlying issue pertains more to the soldering of these components.

Certain environments routinely experience temperatures that approach or exceed the 100 ºC mark. These conditions are particularly prevalent in high-performance industrial settings. As a result, the development of specialized solutions capable of withstanding these elevated temperatures becomes imperative.

teamgroup vehicle

Special solutions for industrial environments

Team Group has ingeniously devised an array of solutions tailored for environments characterized by elevated temperatures. Among these innovations are PCIe Gen 3 M.2 SSD solutions, DDR4 and DDR5 U-DIMM/SO-DIMM memory modules, as well as microSD memory cards.

Of particular note is the remarkable capacity of the M.2 PCIe SSDs to function optimally at temperatures reaching up to 105 ºC. This groundbreaking feat has merited them a utility model patent within Taiwan, underscoring the ingenuity behind their development.

These offerings have successfully secured ISO-16750 Road Vehicles – 5.1.2 High-Temperature and AEC-Q104 Temperature Cycle certifications. These formidable endorsements validate the products’ resilience in the face of exceptionally high temperatures. Notably, these certifications hold immense significance within the automotive industry, where they assume a critical role.

Issued by the Automotive Electronics Council, these certifications are held in high regard by prominent automobile manufacturers and component producers. The council’s mission centers around the formulation of stringent reliability standards and the certification of automotive components.

team group ssd electric vehicle

The stringent quality benchmarks requisite for environments characterized by high temperatures and vibrations, such as those found in the automotive sector, are unequivocal. In response to the rising prominence of electric and hybrid vehicles on the roads, the imperative to develop products tailored to this sector becomes evident. These products must embody specific attributes to excel in these exigent conditions.

Within the sphere of fanless embedded computer applications, a distinct set of solutions emerges as a necessity. Amidst this domain, the creation of storage units possessing reliability and fortitude against demanding conditions stands paramount. These conditions encompass extreme temperatures, which these products must adeptly endure.

It’s a known fact that commercial M.2 SSD storage units often grapple with challenges in this realm. This is particularly pronounced with the surge in speeds, where the concomitant temperature issues are amplified exponentially. In response, a considerable number of M.2 PCIe 5.0 drives are anticipated to feature dedicated cooling mechanisms, illuminating the pressing need to address thermal concerns in tandem with performance enhancements.

Expanding the range of products to emerging sectors

Evidently, a multitude of manufacturers are strategically diversifying into alternate sectors. In today’s landscape, the domains of home computing and gaming notably loom large as influential markets. Yet, a constellation of emerging markets reveals enticing prospects, brimming with potential for substantial gains.

Consider NVIDIA, for instance, which stands as a prime beneficiary of the expansive realm of artificial intelligence. Their years of steadfast investment and preparation in this field are bearing fruitful dividends. The artificial intelligence market, an industry already generating billions, holds the promise of even greater fortunes to come.

Simultaneously, the electric vehicle domain, while still in its nascent stages, commands considerable financial clout. This burgeoning market has already begun to amass substantial capital. With Europe steadfastly striving to phase out combustion engines by 2030, the transformation towards electric vehicles, though compelled, presents a lucrative opportunity, potentially yielding billions in revenue for both automobile manufacturers and component producers.