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웨비나
RISC-V Linux Kernel and Device Driver Porting Methods
Mouser Korea regularly conducts online and offline seminars to assist engineers, and in this webinar, we will share information on RISC-V Linux kernel and device driver porting methods.
While ARM cores are most commonly used in embedded environments, the RISC-V architecture is receiving renewed attention as CPUs advance into 64-bit environments.
RISC-V offers comparable performance to ARM cores but has the advantage of operating at lower power consumption through efficient instruction set design. In the future, ARM and RISC-V are expected to develop in parallel within 64-bit embedded CPU environments, and if RISC-V is distributed at a more affordable price point, we anticipate an increase in the user base.
This webinar will particularly cover the latest Linux kernel source porting methods for RISC-V and device driver operation methods.
The webinar will proceed with an introduction to RISC-V architecture and explanations at the Linux kernel source level regarding clocks, timers, interrupts, device trees, and drivers.
We hope that engineers interested in RISC-V and Linux kernel will actively participate in this Mouser webinar and gain an opportunity to learn in depth.
Webinar Key Topics
-Embedded market trends
-RISC-V architecture overview
-Latest RISC-V Linux kernel source porting methods (hands-on)
-Device driver operation methods (hands-on)
While ARM cores are most commonly used in embedded environments, the RISC-V architecture is receiving renewed attention as CPUs advance into 64-bit environments.
RISC-V offers comparable performance to ARM cores but has the advantage of operating at lower power consumption through efficient instruction set design. In the future, ARM and RISC-V are expected to develop in parallel within 64-bit embedded CPU environments, and if RISC-V is distributed at a more affordable price point, we anticipate an increase in the user base.
This webinar will particularly cover the latest Linux kernel source porting methods for RISC-V and device driver operation methods.
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The webinar will proceed with an introduction to RISC-V architecture and explanations at the Linux kernel source level regarding clocks, timers, interrupts, device trees, and drivers.
We hope that engineers interested in RISC-V and Linux kernel will actively participate in this Mouser webinar and gain an opportunity to learn in depth.
Webinar Key Topics
-Embedded market trends
-RISC-V architecture overview
-Latest RISC-V Linux kernel source porting methods (hands-on)
-Device driver operation methods (hands-on)
댓글
- 34 Comments
- 임*식 (2020-05-14 오전 11:50:09)
- 이 강의 덕분에 RISC v관련 인사이트 항상 많이 얻고있습니다. 감사합니다.
- 박*혁 (2020-05-14 오전 11:12:33)
- 유익하고 재미있는 세미나를 기대합니다.
- 김*완 (2020-05-14 오전 11:07:35)
- 유익한 세미나 감사합니다.
- 박*진 (2020-05-14 오전 10:49:31)
- 잘 듣고있습니다. 감사합니다
- 김*훈 (2020-05-14 오전 10:36:49)
- 벌써시작
- 김*식 (2020-05-14 오전 10:35:54)
- 좋은 세미나 감사합니다
- 김*균 (2020-05-14 오전 10:35:05)
- 감사합니다
- 송*규 (2020-05-14 오전 10:20:44)
- 유익한 강좌가 될것같습니다.
- 최*휴 (2020-05-14 오전 7:55:32)
- 좋은 세미나 감사합니다.
- 최*휴 (2020-05-14 오전 7:55:25)
- 무척 기대합니다.