BH

Byounghak Hong

Samsung: 39 patents #2,807 of 75,807Top 4%
📍 Albany, NY: #41 of 790 inventorsTop 6%
🗺 New York: #2,725 of 115,490 inventorsTop 3%
Overall (All Time): #80,506 of 4,157,543Top 2%
39
Patents All Time

Issued Patents All Time

Showing 26–39 of 39 patents

Patent #TitleCo-InventorsDate
11901363 Resistance measuring structures of stacked devices Seunghyun Song, Myunggil Kang, Kang-ill Seo 2024-02-13
11881455 Through silicon buried power rail implemented backside power distribution network semiconductor architecture and method of manufacturing the same Saehan Park, Hoonseok Seo, Gil Hwan Son, Kang-ill Seo 2024-01-23
11843001 Devices including stacked nanosheet transistors Seunghyun Song, Ki Il Kim, Gunho Jo, Kang-ill Seo 2023-12-12
11764207 Diode structures of stacked devices and methods of forming the same Seungchan Yun, Kang-ill Seo 2023-09-19
11735585 Stacked semiconductor device having mirror-symmetric pattern Seunghyun Song, Hwichan Jun, Inchan Hwang 2023-08-22
11728388 Method for manufacturing a semiconductor device Keunhwi Cho, Myunggil Kang 2023-08-15
11688742 Different diffusion break structures for three-dimensional stacked semiconductor device Seunghyun Song, Kang-ill Seo 2023-06-27
11670677 Crossing multi-stack nanosheet structure and method of manufacturing the same Hwichan Jun, Inchan Hwang 2023-06-06
11664433 Integrated circuit devices including stacked transistors Seunghyun Song, Inchan Hwang 2023-05-30
11605708 Integrated circuit devices including a vertical field-effect transistor and methods of forming the same Seunghyun Song 2023-03-14
11569232 Semiconductor device including self-aligned gate structure and method of manufacturing the same Seunghyun Song, Hwichan Jun 2023-01-31
11502167 Semiconductor device having stepped multi-stack transistor structure Seunghyun Song, Kang-ill Seo, Hwichan Jun, Inchan Hwang 2022-11-15
11355640 Hybrid multi-stack semiconductor device including self-aligned channel structure and method of manufacturing the same Seunghyun Song 2022-06-07
11282928 Semiconductor devices Keunhwi Cho, Myunggil Kang 2022-03-22