Have you ever wondered why motherboards look the way they do? In this video, i dive deep into the roles of the chipset, CPU, DDR memory, and VCore and explore how these critical components influence the physical layout and design of a motherboard.
With detailed visuals and insights, this video will help you understand how functionality and performance considerations drive the design of every motherboard.
Download PDF presentation: buymeacoffee.com/fixmyapp/e/374559
Playlist: https://www.youtube.com/playlist?list=PLxYccMa3BuJbQKbsmDuscNFj8ikY2yxDZ
▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬
01:06 - Motherboards form factor
04:16 - What are chipset's
06:40 - Old chipset with north and southbridge
08:56 - 1st generation Intel motherboards and chipset
10:17 - 2nd generation Intel motherboards and chipset
14:09 - 3rd generation Intel motherboards and chipset
15:58 - 4th generation Intel motherboards and chipset
17:52 - 5th generation Intel motherboards and chipset
19:10 - 6th and 7th generation Intel motherboards and chipset
20:10 - 8th and 9th generation Intel motherboards and chipset
21:12 - 10th and 11th generation Intel motherboards and chipset
22:01 - 12th and 13th generation Intel motherboards and chipset
22:53 - AMD Motherboards with socket AM3
23:57 - AMD Motherboards with socket AM4
24:42 - AMD Motherboards with socket AM5
26:15 - AMD vs Intel CPU sockets
26:33 - AMD CPU socket
27:33 - Intel LGA sockets
27:46 - CPU Vcore
31:23 - DDR memory
33:31 - DDR4 Pinout
34:12 - DDR4 important voltages
37:29 - DDR4 slot
38:45 - DDR5 vs DDR4
40:45 - DDR5 important voltages
42:40 - Outro