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Kuntek, Imperas Embedded Virtual Machine and
In the field of high-performance software simulation
Introduction of full virtualization simulation and verification tools
On the 1st, Kuntek announced that it is establishing the 'Koontek Design Center' in Pangyo 2nd Techno Valley, Gyeonggi Province, which is officially certified by Imperas, a leader in embedded virtual machines and high-performance software simulation.
With this establishment, Kuntek is now able to provide virtual platform design services to domestic and Asian customers that can accelerate software development and hardware verification.

Virtual platforms have many advantages over hardware prototypes in that they can be designed in a flexible manner. They can also resolve availability and portability issues that arise during the testing process based on traditional hardware prototypes.
The software models of the key elements constituting the virtual platform are combined to form a single executable system. Processors, peripherals, and interfaces must be developed as software models, and not only must the SoC binaries execute accurately on a virtual platform, but performance issues required during rigorous testing must also be considered.
Architecture designs for next-generation AI or machine learning typically utilize SoC designs based on heterogeneous systems and multi-core processors. In this context, an optimal configuration can be found by fine-tuning hardware structures and software algorithms through a virtual platform approach that leverages demanding workloads based on real-world datasets.
To model the array of nodes deployed in various IoT applications in the form of a digital twin, a design approach at the entire system level is required. In such situations, the utilization of a virtual platform is essential to optimize all hardware and software services of the entire system.
Virtual platform development engineers must collaborate closely with system designers or system developers to provide a link that facilitates smooth communication between hardware and software teams, and establish essential evaluation criteria by providing a comprehensive platform for software testing to verify hardware.
"With the establishment of the Kuntek Design Center, we are now able to provide flexible and comprehensive services, including expert support for virtual platform development projects, as well as necessary training, consulting, and engineering services tailored to the customer's situation," said Bang Hyuk-jun, CEO of Kuntek. "By using the OVP modeling infrastructure, we can offer customers the option to manage projects with a flexible combination of internal and external teams through open-source models and virtual platforms."
In the field of high-performance software simulation
Introduction of full virtualization simulation and verification tools
On the 1st, Kuntek announced that it is establishing the 'Koontek Design Center' in Pangyo 2nd Techno Valley, Gyeonggi Province, which is officially certified by Imperas, a leader in embedded virtual machines and high-performance software simulation.
With this establishment, Kuntek is now able to provide virtual platform design services to domestic and Asian customers that can accelerate software development and hardware verification.
▲ Establishment of Kuntek Design Center [Photo = Kuntek]
Virtual platforms have many advantages over hardware prototypes in that they can be designed in a flexible manner. They can also resolve availability and portability issues that arise during the testing process based on traditional hardware prototypes.
The software models of the key elements constituting the virtual platform are combined to form a single executable system. Processors, peripherals, and interfaces must be developed as software models, and not only must the SoC binaries execute accurately on a virtual platform, but performance issues required during rigorous testing must also be considered.
Architecture designs for next-generation AI or machine learning typically utilize SoC designs based on heterogeneous systems and multi-core processors. In this context, an optimal configuration can be found by fine-tuning hardware structures and software algorithms through a virtual platform approach that leverages demanding workloads based on real-world datasets.
To model the array of nodes deployed in various IoT applications in the form of a digital twin, a design approach at the entire system level is required. In such situations, the utilization of a virtual platform is essential to optimize all hardware and software services of the entire system.
Virtual platform development engineers must collaborate closely with system designers or system developers to provide a link that facilitates smooth communication between hardware and software teams, and establish essential evaluation criteria by providing a comprehensive platform for software testing to verify hardware.
"With the establishment of the Kuntek Design Center, we are now able to provide flexible and comprehensive services, including expert support for virtual platform development projects, as well as necessary training, consulting, and engineering services tailored to the customer's situation," said Bang Hyuk-jun, CEO of Kuntek. "By using the OVP modeling infrastructure, we can offer customers the option to manage projects with a flexible combination of internal and external teams through open-source models and virtual platforms."
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