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Intel NUC 13 Rugged Mini PCs With Alder Lake-N CPUs Spotted: Passive Designs In 6-12W TDPs, Competitive Pricing - Vimarsana News

Intel NUC 13 Rugged Mini PCs With Alder Lake-N CPUs Spotted: Passive Designs In 6-12W TDPs, Competitive Pricing

Intel's next-gen NUC 13 Rugged Mini PC lineup featuring a fully passive design with Alder Lake-N CPUs has been revealed.

American Portwell Announces NURO Product Series - Vimarsana News

American Portwell Announces NURO Product Series

NURO series provides users scalable options with GPGPU server performance...

American Portwell Announces NURO Product Series - Vimarsana News

American Portwell Announces NURO Product Series

Press release content from Globe Newswire. The AP news staff was not involved in its creation.

Source: apnews.com
Review: Asus ROG Strix Z590-E Gaming WiFi - Mainboard - Vimarsana News

Review: Asus ROG Strix Z590-E Gaming WiFi - Mainboard

Introduction Intel recently released 11th Gen Core desktop processors alongside new 500-series chipsets built to get the most out of them. The most feature-rich is the Z590, which over and above the same-socket Z490 offers an explicit four lanes of CPU-attached PCIe 4.0 NVMe storage, PCIe 4.0 x16 graphics, USB 3.2 Gen 2x2, a double-width link between chipset and CPU, and better outputs for baked-in graphics. If you are going down the 11th Gen Core route, Z590 is likely the preferred destination, so which board to use? After a flurry of post-launch BIOSes, the first in the review ring is the ...

Source: hexus.net
Optimal and continuous multilattice embedding - Vimarsana News

Optimal and continuous multilattice embedding

d bar is the manufactured bar diameter corresponding, in this case, to unit cells with edge length of 1.5 mm. In design, we model half of the domain and impose symmetry boundary conditions along the x x 3 plane. Printed cantilevers are 14.5 cm tall. Scale bars, 1.5 mm. Photo credit: Emily D. Sanders, Georgia Institute of Technology. To demonstrate that the proposed multimicrostructure-embedding scheme is capable of generating smooth, well-connected transitions between microstructures composed of unit cells with similar or dissimilar geometries that may or may not have clear connectivity, we...