Supergate aims for a future where edge AI and high performance computing (HPC) coexist. It aims to build an integrated computing ecosystem where chips, IPs, and software are organically connected, and realize "people-centered and efficient AI technology."
Supergate aims for a future where edge AI and high performance computing (HPC) coexist. It aims to build an integrated computing ecosystem where chips, IPs, and software are organically connected, and realize "people-centered and efficient AI technology."
Design SoC for Artificial Intelligence and Develop VPU, Vision Processing Unit
It has developed AI inference chips such as Vision Processing Unit (VPU) and is being applied to industrial AI solutions. It recently signed a contract to supply AI VPU chips (worth 10.5 billion won) based on Turn ‑ key in cooperation with Aigland and started mass production.
Research Low Power AI Semiconductors
Based on Chiplet Chiplet
It is developing chip-based low-power on-device AI semiconductors, chips for small language models (sLLMs), and spiking neural network (SNN) accelerators through a national project (worth about W26.5 billion). Supergate aims to achieve global competitiveness by implementing them with Arm Nevers N2-based CPUs and TSMC 5nm processes.
* Sources : Venture square, https://www.venturesquare.net/967109?utm_source=chatgpt.com
build a stack of artificial intelligence on the balance of software and hardware
The Supergate AI team designs a full stack from the bottom to the top of AI technology. Design a detailed structure so that hardware and software can operate organically, and develop a high-performance and high-efficiency system module based on this.
AI Full Stack Design
General Manager of comprehensive development of AI full-stack designs, from the underlying hardware layer to advanced AI applications
Data processing and model learning
The process of collecting and refining data and developing several learning algorithms and model structures to train the model based on this data
Algorithm Optimization and Lightweight Model Development
Building an efficient AI system using optimization techniques such as model compression and acceleration techniques
Porting AI models to hardware systems
Develop APIs and libraries to ensure a seamless combination of AI frameworks and hardware systems
Synthetic Data Applications
Complement items that are difficult to collect due to security and dangerous environments using synthetic data.
Establish an integrated platform
for BSP and embedded systems
It provides a Board Support Package (BSP), including hardware, OS, drivers, and software tools, to help developers easily utilize AI chips. To secure compatibility and scalability with various platforms, we are also considering interworking with Ambarella, NVIDIA, and Qualcomm.
*BSP (Board Support Package)
AI Hardware Platform Engineering
Focus on working with NVIDIA, Ambarella, Qualcomm, Texas Instruments and more to build an embedded edge platform
Building Software Systems with BSP
Configure reliable operating systems and drivers for AI embedded hardware platforms
Front/Backend Full Stack Software Development
Programming of Web Applications and Developing UI/UX for Integrated Monitoring Platform (VMS) Interworking
Make your daily life convenient and safe
Vision artificial intelligence
SG Safety AI, Worker Safety AI solutions, etc. are applied to various industrial sites such as smart factories, logistics hubs, and shipyards.In addition, it is spreading its influence in image analysis-based quality inspection, access control, industrial safety, automobile and traffic control, and health safety.
* Vision AI: A technology that combines computer vision technology and artificial intelligence technology to recognize and analyze images or videos like humans
Industrial Safety Solutions
Personal safety gear wear detection / Fall detection / Heavy equipment danger detection
Access Control and Boundary Protection
Line crossing/area designation control/prevention functions (invasion, deflection, speculation)/travel path analysis
Automobile & Traffic Control
License plate recognition/sign recognition/traffic measurement/speed measurement/signal violation detection
Health and Safety Solutions
Mask wearing/dense analysis/distance measurement
Increase global awareness
through various events with ARM
Supergate has been selected as the Rising Star of Global Fabless 30, an international accreditation program for semiconductor design, and serves as an ARM Approved Design Partner. Based on technology and market potential, we are also actively collaborating with major domestic and foreign partners and government agencies.
* In the ‘Global Fabless 30’ business, ‘Rising Star’ refers to Fabless (a semiconductor design company) with technological innovation capabilities and global growth potential with less than seven years of founding.
