Uploaded February 2026 | Updated September 2026, 1 week ago
Watch what happens when PCB tracks are routed over split planes. Thank you very much Yuriy Shlepnev
Links:
- Yuriy's LinkedIn: linkedin.com/in/yuriy-shlepnev-7b39136
- Yuriy's company: simberian.com
- FEDEVEL courses: fedevel.com/courses
Chapters:
00:00 What is this video about
00:58 Setup
04:55 Example: Symmetrical - Solid ground planes on the top and bottom
11:14 Example: Symmetrical with a split on top plane
16:03 Example: Not-symmetrical - Solid ground planes on the top and bottom
20:29 Example: Not-symmetrical with a split plane far
23:53 Example: Gap with a bridge
27:13 Example: Partial cutout
35:52 Example: Crosstalk when routing over gap on far plane
38:22 Example: Crosstalk when routing over gap in near plane
40:15 Example: Crosstalk when routing differential pair over gap
49:33 AI in signal simulation software
------------------------------------------------------
(C) FEDEVEL by Robert Feranec
fedevel.com
Watch what happens when PCB tracks are routed over split planes. Thank you very much Yuriy Shlepnev
Links:
- Yuriy's LinkedIn: linkedin.com/in/yuriy-shlepnev-7b39136
- Yuriy's company: simberian.com
- FEDEVEL courses: fedevel.com/courses
Chapters:
00:00 What is this video about
00:58 Setup
04:55 Example: Symmetrical - Solid ground planes on the top and bottom
11:14 Example: Symmetrical with a split on top plane
16:03 Example: Not-symmetrical - Solid ground planes on the top and bottom
20:29 Example: Not-symmetrical with a split plane far
23:53 Example: Gap with a bridge
27:13 Example: Partial cutout
35:52 Example: Crosstalk when routing over gap on far plane
38:22 Example: Crosstalk when routing over gap in near plane
40:15 Example: Crosstalk when routing differential pair over gap
49:33 AI in signal simulation software
------------------------------------------------------
(C) FEDEVEL by Robert Feranec
fedevel.com










