Motherboards
Power loss of 6 W
With the iBase MI811, Fortec offers an SoC motherboard in the Mini-ITX form factor (170 mm × 170 mm). Equipped with Intel's embedded processors based on the Goldmont microarchitecture, the SoC has a low power dissipation of 6 W.
While the Pentium N4200 used has four cores, a base clock frequency of 1.10 GHz and a burst frequency of 2.50 GHz if required, the Celeron N3350, which can be used as an alternative, has two cores. It clocks at 1.10 GHz and offers a burst frequency of 2.40 GHz on demand. Both processors have a 2 MB L2 cache and integrated HD Graphics 500 (N3350) and 505 (N4200). The ninth generation of Intel HD Graphics is capable of handling three displays independently and is the first integrated GPU for Intel Atom-based processors based on the Gen9 graphics engine. It supports OpenGL, DirectX-12, Direct3D-12, OpenCL-2.0, HLSL-Shader-Model-5.1 and Vulkan-1.0. The board uses HDMI, 2nd-HDMI (or DVI-D) and eDP (or 24-bit dual-channel LVDS) interfaces for display output. The iBase MI811 is available as an ATX-compliant and 12 to 24 V (DC) version.
You might also be interested in
First TSN certification program
AVNU's TSN certification program is the first of its kind to certify Time Sensitive Networking (TSN) capabilities, specifically the 802.1 TSN standards developed by IEEE SA.
read more...Sonja Pierer heads the German business
In addition to her position as Country Manager of the Sales and Marketing Group (SMG), Intel has appointed Sonja Pierer as the new Managing Director in Germany.
read more...Sonja Pierer manages the German business
In addition to her role as Country Manager of the Sales and Marketing Group (SMG), Intel has appointed Sonja Pierer as the new Managing Director in Germany.
read more...Sysgo at the embedded world 2024
Cooperation for safe cobot solution
Sysgo, Nexcobot and Vectioneer are working together with Intel to develop a platform that serves as the basis for cobots. The platform will be presented at the upcoming embedded world.
read more...The Ultra Ethernet Consortium
The Ultra Ethernet Consortium (UEC), which has now been launched, aims to establish a new Ethernet-based communication stack architecture to meet the growing demands on networks for AI & High Performance Computing.
read more...Real-time behavior with dynamic cycle changes
A trend towards consolidating various applications on industrial PCs has been observed for years. This trend is supported by modern processors that can regulate the clock rate per core and are characterized by low-latency switching behavior.
read more...With a focus on edge & cloud computing
The e-paper of issue 03/23
Sustainability is at the top of the embedded community's agenda. Prof. Dr. Peter Fromm from Darmstadt University of Applied Sciences explains in an interview why embedded technologies are becoming the key to a sustainable future - in cars, in...
read more...Neuromorphic hardware saves energy
A newly published study shows that neuromorphic technology for large deep learning networks is up to sixteen times more energy efficient than other AI systems.
read more...The top articles in August
The question of what role artificial intelligence already plays in predictive maintenance was of great interest in the most-read articles in August. And last but not least, the question: What are Google and Tesla planning in terms of robots?
read more...