MICROIP Highlights Innovation at Embedded World 2025

Launches CAPS AI and CATS ASIC Services, Attracting Strong Global Interest and Partnership Opportunities

TAIPEI, March 24, 2025 /PRNewswire/ -- At Embedded World 2025 in Germany, MICROIP introduced groundbreaking CAPS (Cross-Platform AI Powered Solutions) and CATS (Custom ASIC Technology and Solutions) services. These innovative solutions attracted significant attention from companies across Europe, America, and Asia, successfully securing over 100 potential business opportunities during the exhibition, representing more than a threefold growth compared to the previous year and underscoring the strong market demand for cross-platform AI software and ASIC design services.

Chairman Dr. James Yang emphasized, "Our CAPS technology enables seamless AI deployment across diverse sectors, including AIoT, industrial automation, automotive systems, healthcare, smart cities, and consumer electronics. Concurrently, our CATS ASIC design services deliver customized, efficient, and energy-saving chip solutions, helping clients significantly shorten product development cycles, reduce overall costs, and improve market competitiveness."

The CAPS platform showcased multiple demonstrations featuring Mediatek, Kneron, Xilinx, and Rockchip hardware solutions. Utilizing advanced virtualization and middleware frameworks, CAPS facilitates efficient adaptation and integration of AI models across varied hardware architectures, significantly reducing development and deployment time. For instance, using CAPS, MICROIP successfully integrated the Mediatek Genio 700 platform, enabling AI modules to concurrently run 10 different AI applications, clearly demonstrating CAPS's leadership in software-hardware integration.

CATS customized ASIC design services specifically address the growing needs in AIoT, industrial control, automotive electronics, and consumer electronics sectors. MICROIP provides comprehensive, one-stop solutions covering ASIC architecture consulting, customized design, AI accelerator development, and SoC integration. Leveraging extensive experience and technological depth in mature 28nm and 40nm chip design processes, MICROIP ensures clients achieve highly efficient, low-power, and stable ASIC solutions. These capabilities enable businesses to significantly lower their overall development costs, effectively manage power consumption, and accelerate the time-to-market for their products.

Additionally, MICROIP demonstrated the powerful iPROfiler tool from Arculus System, assisting IC design teams in effectively optimizing AI SoC architectures, thus significantly shortening design, verification, and validation timelines.

Embedded World 2025 enhanced MICROIP's international visibility and expanded its global partnerships. Ambassador Shieh Jhy-Wey, Taiwan's representative in Germany, personally visited MICROIP's booth, underscoring strong institutional support and recognition for Taiwan's advanced semiconductor and AI innovation.

About MICROIP

Headquartered in Taiwan, MICROIP provides specialized ASIC design services, and advanced AI software solutions, enabling rapid, cost-effective custom chip development. For more information, visit www.micro-ip.com.

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

MICROIP Highlights Innovation at Embedded World 2025

MICROIP Highlights Innovation at Embedded World 2025

Ink MoU to test and experiment HYLENR's Low-Energy Nuclear Reaction (LENR) technology for space-based compute infrastructure

HYDERABAD, India, March 26, 2025 /PRNewswire/ -- Hyderabad-based startup HYLENR Technologies, a leader in clean energy innovation, has signed a Memorandum of Understanding (MoU) with TakeMe2Space, a pioneering space-tech company, to develop and test LENR powered compute modules in space.

TakeMe2Space is actively exploring multiple energy technologies, including LENR, to assess efficient methods for heat extraction and potential reuse in its compute-focused satellites. This technology could also be applicable for deep space missions which traditionally use radioisotope based thermoelectric generators (RTGs).

As the first step of this collaboration, TakeMe2Space will provide the satellite platform and subsystems required to test HYLENR's LENR-based thermo-electric generator in space.

"Validating our LENR technology in space is a crucial milestone, and TakeMe2Space's platform and expertise provides the perfect opportunity to test our system in a real operational environment," said HYLENR Founder and CEO Siddhartha Durairajan. "This could open new possibilities for long-duration missions and off-grid power solutions in space."

Ronak Kumar Samantray, Founder of TakeMe2Space, added, "We are actively exploring alternative energy solutions for our in-space compute infrastructure and are excited to take this first step with HYLENR to test their technology in space. We are particularly interested in assessing how this approach can be leveraged for efficient heat management and energy reuse in our satellites."

This partnership represents a step towards exploring LENR for space, with TakeMe2Space bringing expertise in space systems and HYLENR demonstrating the viability of its LENR-based power system.

About HYLENR:

Hyderabad-based Startup HYLENR's has demonstrated world's first and a ground-breaking cold fusion technology to generate Clean Energy. This innovation has received a patent from the Government of India for its Low Energy Nuclear Reactor Technology.  HYLENR's Low Energy Nuclear Reactor is a promising alternative for power generation, by amplifying input electricity to produce heat for Space Application (MMRTG), Steam generation for multiple applications, Room Heating across cold regions globally, Induction heating for Domestic and Industrial requirements. Also, HYLENR devices can drastically decrease the risk profile for space missions.

For More Information: https://hylenr.com/ 

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

HYLENR and TakeMe2Space to test LENR Powered Compute Modules