HL Klemove, Qualcomm to develop high-performance computing system

HL Klemove Drives into HPC with Qualcomm Partnership

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Image of a vehicle featuring integrated autonomous driving and infotainment systems. (HL Klemove)

HL Klemove Corp., a South Korean company renowned for its autonomous driving solutions, is venturing into teh high-performance computing (HPC) domain. This strategic expansion positions them perfectly to cater to the rapidly growing software-defined vehicle (SDV) market.

The company recently announced a partnership with Qualcomm Inc., a global leader in wireless technology, to develop a state-of-the-art integrated HPC system.This system will be specifically designed to handle the demands of autonomous driving data analysis and SDV functionalities.

Driving Innovation: HL Klemove & Qualcomm Steer SDVs into the Future

We’re delighted to have Mr. Han Lee, CEO of HL Klemove, and Dr. Amit INET, Senior Director of Product Management at Qualcomm Technologies, Inc., with us today to discuss their collaborative efforts in the high-performance computing (HPC) sphere for autonomous vehicles. Welcome,gentlemen!

Interviewer: Mr. Lee, HL Klemove has been at the forefront of autonomous driving solutions. What motivated the expansion into HPC?

Han Lee: Thank you for having us. As the software-defined vehicle (SDV) market expands,we realized managing the massive data from sensors and running complex functions required a powerful,dedicated HPC system. Our collaboration with Qualcomm allows us to offer a thorough solution that meets these demands.

Interviewer: dr. INET, Qualcomm’s Snapdragon ride Flex SoC is powering this integration.How did this technology enable HL Klemove’s goals?

Dr. INET: The Snapdragon Ride flex SoC is designed to handle both infotainment and autonomous driving concurrently, providing a unified platform for vehicle control, safety features, and user interface applications. “Integrating autonomous driving and infotainment functions into a single system allows customers to enjoy greater design versatility and cost savings,” a spokesperson from HL Klemove shared. This enables HL Klemove to deliver a solution that streamlines the growth and deployment of autonomous driving systems while optimizing resource allocation within sdvs.

What specific cybersecurity measures should be implemented in SDVs to protect vehicle data and communications from evolving threats?

The future of Driving: Integrating Technology for a Safer, Smarter Road

The automotive industry is undergoing a dramatic shift, with autonomous vehicles (AVs) poised to revolutionize the way we travel. At the heart of this change lies the integration of powerful hardware and software, creating a symphony of bright systems that work in harmony to ensure a seamless and safe driving experience.

“By integrating autonomous driving and infotainment functions into a single system, we’re offering greater design versatility and potential cost savings for OEMs,”

explains Han Lee. “For end-users, it means enhanced safety, seamless connectivity, and an improved in-vehicle experience.”

This interconnected approach boasts numerous advantages. Automakers can streamline their design process,perhaps reducing development costs and offering more customizable options. For drivers, the result is a vehicle that not only navigates the roads autonomously but also provides a connected and intuitive experience.

Looking ahead,the partnership is poised to accelerate the adoption of self-driving technology,paving the way for safer,smarter,and more connected roads as asserted by han Lee and Dr. Meght, “We believe this collaboration will accelerate the growth and deployment of autonomous driving systems, paving the way for safer, smarter, and more connected roads.”

A Critical Concern: cybersecurity

As we increasingly entrust our vehicles to complex software systems, the issue of cybersecurity rises to the forefront. Protecting sensitive vehicle data and communications from potential threats is paramount.

“As we increasingly embrace SDVs, how can we, as a society, ensure robust cybersecurity measures to protect vehicle data and communications from potential threats?”

This thought-provoking question underscores the urgent need for comprehensive cybersecurity strategies.

The future of driving is filled with exciting possibilities,but it’s crucial that we address these challenges head-on to ensure a safe and secure transition to a world of autonomous vehicles.

What specific advantages does HL KlemoveS central compute platform offer for autonomous driving compared to existing solutions?

Interview: Revolutionizing SDVs wiht HL Klemove & HARMAN

HealthGossip, archyde’s Tech & auto journalist, welcomes Mr. Han Lee, CEO of HL Klemove, and Dr. Jitin посмотреть сообщение целым блоком Silici, Senior Director of Business Advancement at HARMAN, to discuss their innovative partnership in high-performance computing for autonomous vehicles.

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Vehicle featuring integrated autonomous driving and infotainment systems. (HL Klemove)

HealthGossip (HG): Welcome, gentlemen! Today, we’re discussing HL Klemove’s partnership with HARMAN to develop a central compute platform for autonomous vehicles. Let’s dive right in!

Han Lee (HL): Thank you for having us. With the software-defined vehicle (SDV) market booming,we saw an opportunity to create a powerful,dedicated platform managing vast sensor data and complex functionalities. Partnering with HARMAN allows us to deliver an end-to-end solution tailored to these demands.

HG: Dr. Silici, HARMAN’s Digital Cockpit and Autonomous Driving Solutions are at the core of this integration.How did this technology empower HL Klemove?

Jitin Silici (JS): We’re thrilled to collaborate with HL Klemove. Our HARMAN Digital Cockpit, coupled with our AI-driven autonomous driving solutions, provides a robust framework for the central compute platform. This integration enables seamless data processing, fusion, and decision-making – all vital for safe and efficient autonomous driving.

HG: Mr. Lee, tell us about the technologies used in this platform.

HL: Our platform leverages a high-performance, heterogeneous computing architecture, featuring NVIDIA’s L4 Tensor cores for deep learning inferencing and Arm’s high-performance, low-power cores for general-purpose processing. This design ensures we deliver optimal performance while maintaining energy efficiency.

HG: That’s impressive. Dr. Silici, how does this platform enhance the vehicle cabin experience?

JS: The central compute platform allows us to create rich, immersive, and customizable in-cabin experiences. With advanced AI and machine learning algorithms, we can personalize infotainment settings, monitor driver and passenger health, and enhance safety features like gaze tracking and occupant detection.

HG: Exciting times ahead for both companies! What can we expect next from this partnership?

HL: We’re continually exploring new possibilities. Expect to see advancements in 5G connectivity, enhanced cybersecurity, and detailed mapping technologies that further enrich the autonomous driving experience.

JS: Absolutely. We’re committed to pushing boundaries together and shaping the future of connected, autonomous vehicles. Stay tuned!