Crystal Group, Inc., based in Hiawatha, has announced the integration of next-generation processing components into its portfolio of servers and embedded computers.
A designer and manufacturer of rugged high-performance technology solutions, the company works with industry partners to incorporate the latest advancements into its products, as stated in a news release from Crystal Group. Through collaboration from early-stage development to final deployment, it aims to provide reliable tech that meets the needs of defense, government, and industrial customers.
“Our deep-rooted technical partnerships allow us to harness the latest innovations, ensuring our customers have access to cutting-edge performance and reliability where it matters most,” said Todd Prouty, senior business development manager at Crystal Group, in the release. “This integration underscores our unwavering commitment to delivering exceptional solutions that cover the full range of performance and power efficient servers to harsh environments.”
The integration of next-generation technology is intended to enhance memory speeds and processing performance for mission-critical applications, the release states.
Key features include:
- Increased memory performance with memory interface on Intel Xeon 6 processors through compatibility with higher bandwidth DDR5 or MRDIMMS.
- Up to 144 cores with Intel Xeon 6700 series with E-cores, and eight cores to 86 P-cores with Xeon 6700P-series processors.
- Intel Xeon 6 accelerators for encryption, compression, offloading, and load balancing.
“The rugged computing industry is constantly evolving, and at Crystal Group, we thrive in this dynamic environment by staying agile, innovative, and relentlessly focused on delivering solutions that exceed our customers’ expectations”, said Cale Stephens, VP of advanced technology at Crystal Group, in the release. “Our exceptional team of engineers and our commitment to quality and reliability enable us to not only keep pace with industry advancements but often outpace them — pushing the boundaries of what’s possible in ruggedized technology.”
