2019 IP-SoC
Design Conference

미-중, 한-일간 반도체 전쟁의 미래와 한국반도체업계의 전략

Byeong seo Jeon / Head of Research / 중국경제금융연구소(CEFRI)

미중의 무역전쟁, “기술전쟁 와중에서 불거진 반도체문제” 어떻게 볼까?
-반도체 소재문제를 들고나온 “일본의 본심”은 무엇인가?
-“중국이 일본을 다루는 방법”에서 한국이 벤치 마크할 것은?
-“한일 반도체전쟁의 수혜자”는 과연 중국인가?
-미국이 만들어준 “중국 반도체 굴기의 좌초”, 한국의 전략은?

시스템반도체 팹리스 및 국내 파운드리 경쟁력 강화를 위한 핵심IP 상용화 기술 전략

김동순 PD

시스템반도체 설계에 있어 IP 사용은 빠른 개발과 함께 설계하고자 하는 칩의 고유 기능 개발에 집중할수 있는 가장 효율적인 방법입니다. 시스템반도체 Foundary의 새로운 Technology 라인 설계시에도 사용 가능한 IP의 확보가 계속 증가하고 있습니다. 하지만 핵심 IP의 경우 해외 기술에 상당부분 의존하고 있는 실정이며, 이는 중소 팹리스 기업의 개발비 증가와 함께 COP (Concept of Product)의 빠른 검증에 많은 제약의 원인이 되고 있습니다. 이에 국내 Foundary를 위한 핵심 IP 자체 보유와 비영리 또는 국가 과제를 통해 개발된 연구 결과물의 IP 상용화 기술 개발에 관한 국가 R&D 지원의 중요성이 크게 대두되고 있고, 본 키노트에서는 이러한 기술 개발 방향에 대해 이야기 하고자 합니다.

Embrace New Opportunities with Arm Flexible Access

SW Hwang / Country Manager / ARM

Arm is the leading semiconductor IP company; over 70% of the world's population uses Arm technology. Arm offers IP licenses, platforms, software, and development tools to different partners with a customized solution from hardware to software. To support businesses seize opportunities from the new era of computing, Arm Flexible Access was recently introduced for companies to lower the barrier to rapid innovation and accelerate the time-to-market. In this keynote speech, we will share why we believe making technology more accessible and affordable to more people is important; how will this initiative impact developer community and the industry, and the actions we took to make it realized. The presentation will also demonstrate DesignStart and Flexible Access for companies and developers easier to select programs to meet their needs. We'll also talk about the important partnership with Korea partners on the top of our robust ecosystem in order to help customers succeed.

Rapid Design Platform based on RISC-V / DesignShare IPs

Yunsup Lee / CTO / Semi-Five

A key way to accelerate innovation in the semiconductor space is to shorten the cycle from idea to a minimal viable product through mass customization automation and a strong ecosystem. Innovators then have all the foundational building block IPs and tools at their fingertips and the foundry support to turn their design from spec to silicon. In this talk, SemiFive will talk about what we have delivered towards that goal, including SiFive’s cloud-based RISC-V core and chip designer to deliver customized processor cores as a service, the DesignShare program to enable customers to easily discover, validate and use 3rd party IPs in their SoC, and the foundry support to turn their designs into test chips and production.

AOM 표준 AV1 영상압축기술

Ethan Kim / CTO / Chips&Media

AOM(Alliance for Open Media)의 새로운 압축표준 AV1의 개요 및 칩스앤미디어 Video IP 제품에 적용 사례 소개

Design & IP Management For Analog/Mixed-Signal Development

Karim Khalfan / VP of AE group / ClioSoft

Increased design complexity in projects coupled with globally dispersed designers makes it challenging for teams to deliver within the shortened release schedules. Ad hoc methodologies that worked in the past among teams for design collaboration no longer work correctly today. Getting to market faster can make all the difference and leveraging from internal/external IPs can have a great impact. Learn how ClioSoft’s products can help make your teams be efficient and enable managers to get answer to questions they have regarding their projects.

Actt's LogicFlash® provides SOC designers with highly reliable, high performance and high process flexibility eNVM solution.

Ming (Samuel) Wang / Device Development Director / ACTT

LogicFlash® is a single-poly embedded non-volatile memory (eNVM) technology with 10K endurance at the lowest implementation cost. This technology is fully compatible with logic, mix-signal, BCD, SiGe and HV process without additional masks. LogicFlash® cell consists of 2T1C (2PMOS + 1Capacitor). It uses channel hot-electron injection into the floating gate (CHEI) to program and turn on the channel of the p-type Floating gate. And it uses Fowler-Nordheim (F-N) Tunneling to erase and turn off the cell. LogicFlash® generally support Chip Erase and Sector Erase, and Byte Erase for some specific application. LogicFlash® features super fast program (~60us/byte), fast read (up to 25MHz at high temperature).Typically LogicFlash® support 10K P/E cycles, but it can also be specially designed to achieve 100K P/E cycle times. Data retention could support 10 years at 85℃ (3.3V gate oxide) and over 10 years at 125℃(5V gate oxide). LogicFlash® has a broad range of applications, including MCU, OIS controller, USB type-C controller, PMIC, wireless charger, touch panels etc. The core functionality of LogicFlash® technology makes it ideal for setting system parameters, code storage or data storage for different chips in a single system. It could be used to replace traditional external SPI flash and EEPROM. LogicFlash® could also be designed to meet automotive grade qualification.

Arm Cortex-M23 and Cortex-M33 Processors for Billions of Securely Connected Devices

Joonki FAE / Senior FAE / ARM

In order to address the growing needs for high-performance generic control functions, as well as digital signal processing, Arm's M series family is set to power the most energy-efficient embedded devices. In this talk, we'll discuss what features & benefits that Arm's Cortex-M23 and M-33 processors can bring to developers and share use cases from different verticals. Arm's Cortex M-33 processors are set to become the general-purpose 32-bit MCU processor of choice for securing embedded applications. It is the first full-featured implementation of Armv8-M with TrustZone security technology and digital signal processing capability. It delivers an optimal balance between performance, power, security, and productivity, that means systems can efficiently process algorithms, yet leverage the advantages of the Cortex-M 32-bit processor family. We'll elaborate on how M-33 processor will help to build a security foundation, add floating point and DSP, hence, to differentiate your product with Software Isolation. Designed to meet the needs of tomorrow's smart and connected embedded applications, Cortex-M23 is the smallest and lowest-power microcontroller with TrustZone security, making it the ideal processor for applications where software isolation and software security are required. Besides the features of M series, we'll demonstrate how M-23 can optimize power usage for specific applications with built-in, low-power features, and to conserves energy to match processing demands.

Fast Start into RISC-V for AIoT with A+ Core

Florian Wohlrab / Technical Manager / Andes Technology

RISC-V is changing the processor landscape rapidly. Being open, modular yet compact and innovative RISC-V is THE game-changer. With Fast start into RISC-V, we will not only introduce our free starter, commercial grade core but also show which other options available, ranging from an ultra-low power MCU over a low power medium sized Core up to Linux capable multicore processors based on RISC-V.

Innovative and Cost-Effective BIST and BISR solutions

TP.Hsieh / Senior Technical Manager / iSTART-TEK

In the emerging electronic devices, more and more devices adopt advanced technology node. And memories also occupy a large amount of chip area. Therefore, how to guarantee the correctness of memory is very important concern in IC design. As a professional memory BIST testing tool vendor – iSTART, we provide convenient and powerful tool to help customers to build a robust and trusty BIST design. From this speech, we will show these powerful functionalities to attendees.

RISC-V Core IP for target vertical markets & software ecosystem

Victor Nam / VP / Semi-Five

RISC-V is an open source CPU architecture that is highly customizable, efficient, and affordable at the same time. It is the key to the 'custom silicon' revolution that is happening throughout the IT industry. In this session, SemiFive will talk about the benefits RISC-V can provide to startups, fabless, system/OEM, and device companies in developing custom silicon for applications ranging from low-power embedded to high-performance computing, and also the supporting software ecosystem.