Khadas Unveils Modular Mini PC Powered by Intel Core Ultra Series 2 at CES 2025

LAS VEGAS, Jan. 11, 2025 /PRNewswire/ -- At CES 2025, Khadas captivated global audiences with groundbreaking product designs and innovative technologies, showcasing the immense potential of next-generation computing devices. As a technology brand dedicated to addressing diverse user needs, Khadas delivered an impressive display of cutting-edge solutions that seamlessly blend innovation with practicality.

Mind 2s: The Modular Mini PC Powered by Arrow Lake

Since the launch of its first Mind series, Khadas has earned widespread recognition for its exceptional craftsmanship and superior performance. To meet the demand for the latest technology, Khadas unveiled Mind 2s, modular mini PC powered by the Intel Arrow Lake platform. Featuring the Intel Core Ultra 7 255H processor, built on the all-new Arrow Lake-H architecture, the Mind 2s offers not only significant performance enhancements but also outstanding energy efficiency, improved integrated graphics, and superior AI processing capabilities.

Compared to its predecessor, the Mind 2s boasts remarkable improvements in both single-core and multi-core performance, delivering a more efficient computing experience. With optimized energy consumption, it achieves a perfect balance of high performance and energy efficiency. Whether for professional design, video editing, or complex AI tasks, the Mind 2s is an ideal choice for next-generation computing needs.

Mind 2 AI Maker Kit: Comprehensive AI Development Platform

Understanding the needs of AI developers, Khadas introduced the Mind 2 AI Maker Kit, powered by the Intel Lunar Lake platform and equipped with the Intel Core Ultra 7 258V processor. With up to 115 TOPS of computational power, the Maker Kit significantly enhances AI model optimization efficiency. Its ultra-portable design, weighing only 435 grams and measuring just 2cm in thickness, enables developers to flexibly conduct AI model development and testing, particularly in mobile or remote work environments.

In addition to development, the Mind Maker Kit serves as a deployment server and edge computing platform, allowing trained models to be deployed locally or on the edge. This provides low-latency, high-efficiency AI services for real-time applications such as IoT devices and smart monitoring. By reducing cloud dependency, it improves response speed and enhances data privacy.

Developers can leverage Khadas' extensive support services, including comprehensive development toolkits, technical documentation, and a vibrant developer community. Moreover, the Mind Link interface will soon be open-sourced, empowering developers to create custom expansion modules and peripherals, further enriching user experiences and fostering innovation in AI application development.

Mind xPlay: The Ultimate Solution for Mobile Work and Multitasking

As a new addition to the Khadas Mind ecosystem, Mind xPlay supports mobile work and multi-scenario applications. Seamlessly integrating with accessories like the Mind Dock (I/O expansion module) and Mind Graphics (GPU expansion module), Mind xPlay provides users with enhanced flexibility. Whether for desktop work, outdoor presentations, or mobile entertainment, Mind xPlay transforms the Khadas Mind into a versatile productivity hub.

CES attendees had the opportunity to experience Mind xPlay firsthand, appreciating its portability, robust expansion capabilities, and efficiency in mobile work scenarios.

Innovative Audio and SBC Products

Khadas also showcased its acclaimed audio and Single Board Computer (SBC) product lines. The newly upgraded Tea Pro magnetic portable amplifier features a display screen and a 4.4mm balanced headphone jack, meeting diverse user needs. With a revamped decoding chip, Tea Pro offers a visually appealing and sonically exceptional portable audio experience.

Khadas' SBCs continue to stand out for their powerful performance, expandability, and comprehensive technical support, catering to developers and industries alike. These solutions are widely used in development, testing, prototyping, industrial automation, and smart home applications, pushing the boundaries of innovation and industry advancement.

Looking Ahead: Driving Innovation in Computing

The Khadas booth at CES 2025 attracted global tech experts, media representatives, and consumers. Through live demonstrations and discussions, the Khadas team not only conveyed the brand's core philosophy but also engaged in meaningful exchanges about future technology trends. Industry professionals and attendees lauded Khadas' scenario-driven approach to product development, recognizing its ability to meet diverse user needs.

Khadas remains steadfast in its user-centric approach, driving technological innovation to provide smarter, more convenient solutions. Every breakthrough aims to deliver a more efficient and flexible computing experience, shaping the future of computing devices.

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

Khadas Unveils Modular Mini PC Powered by Intel Core Ultra Series 2 at CES 2025

SINGAPORE, May 20, 2026 /PRNewswire/ -- WisPaper, an AI-powered academic research platform, today highlighted how AI systems are beginning to influence the earliest stages of scientific exploration. As research fields become increasingly interdisciplinary and publication volumes continue to expand, researchers are placing greater emphasis on tools that can help them navigate unfamiliar domains and identify relevant directions more efficiently.

The Growing Complexity of Research Discovery

Early-stage research often involves exploring broad questions, identifying emerging themes, and understanding how ideas connect across multiple disciplines. This process can require extensive reading, repeated searching, and manual comparison of papers before researchers develop a clear view of a field.

Traditional academic search systems are effective at retrieving documents, but researchers frequently face challenges when trying to explore conceptual relationships, evolving terminology, or loosely connected areas of study.

As scientific knowledge grows more fragmented and specialized, the operational cost of exploration is also increasing.

AI-Assisted Topic Exploration

WisPaper is designed to support literature analysis and research discovery through AI-assisted retrieval and semantic understanding workflows. Its Scholar Agent allows users to search using natural-language research questions and supports filtering based on research intent rather than keyword matching alone.

The platform also includes tools for paper organization, citation management, annotations, and AI-powered feeds that track developments related to selected research interests.

By combining retrieval, filtering, and ongoing literature monitoring within a unified workflow, the system is intended to help researchers move more efficiently through the exploratory phase of research.

Supporting Faster Knowledge Navigation

As AI research systems continue to evolve, many platforms are focusing less on simple document access and more on helping researchers interpret and organize information at scale.

WisPaper reflects this broader transition by emphasizing semantic discovery and workflow continuity during early-stage scientific investigation.

In increasingly complex research environments, reducing the friction involved in finding and evaluating relevant knowledge may play an important role in how researchers generate new questions and explore emerging areas of inquiry.

About WisPaper
WisPaper is an AI-powered academic research agent designed as a full-stack research accelerator. It supports literature retrieval, analysis, experiment design, execution, and paper writing within a unified workflow, helping researchers manage complex scientific tasks more efficiently across disciplines. For more information, visit https://wispaper.ai/?utm_source=news.

** This press release is distributed by PR Newswire through automated distribution system, for which the client assumes full responsibility. **

WisPaper Examines How AI Is Changing Early-Stage Scientific Exploration