Why Don’t Newer Ryzen CPUs Have Pins Anymore?
Credibility score: 75/100 — Mostly Credible. Mixed credibility - some claims are solid, others need verification.
BSmeter analyzed "Why Don’t Newer Ryzen CPUs Have Pins Anymore?" and rated it 75/100 for credibility (a BS score of 25/100 — mostly credible), on 2026-09-22. Its weakest claim — "Explaining the shift from pinned CPUs to pinless designs." — scored 75/100 and was flagged as no frame. 3 claims were checked against the video transcript. Scores are produced by BSmeter's AI analysis of the transcript, not independent human verification.
Of 3 claims analyzed: 0 scored under 40, 0 between 40 and 69, and 3 at 70 or above.
Claims analyzed
Explaining the shift from pinned CPUs to pinless designs. — No Frame (75/100)
At 0:00
Just setting the stage, explaining the physical change in CPU design. No tricks here, just the facts. 😈
Why this score: The speaker is simply describing a known physical change in CPU design from older Ryzen processors (PGA) to newer AM5 chips (LGA). This is a straightforward observation, not a claim requiring deeper scrutiny or manipulative framing.
Original quote: “Why don't newer Ryzen CPUs have pins underneath them anymore? Older Ryzen processors had hundreds of tiny pins sticking out of the CPU, but flip over an AM5 chip, and they're completely gone. So, where do they go?”
Claiming newer platforms need more electrical connections, citing AM5's 1,718 pins. — No Frame (75/100)
At 0:19
The need for more connections is real, and the AM5 pin count is accurate. This is just engineering. 😈
Why this score: The statement about newer platforms needing more electrical connections for power, memory, and PCIe is accurate due to increasing data transfer rates and power demands. The AM5 socket indeed has 1,718 pins (or contacts, in LGA terminology). This is a verifiable technical specification.
Original quote: “But that creates another question. Why move them at all? Newer platforms need way more electrical connections for things like power, memory, and PCIe. AM5 uses 1,718”
Explaining the technical shift from pins on CPU to pins on motherboard for AM5. It's a straightforward technical explanation. — No Frame (75/100)
At 0:30
Just a technical explanation of why AMD moved the pins to the motherboard. No tricks here, just facts about hardware design. 😈
Why this score: The speaker is explaining a design choice in CPU architecture, specifically the shift from Pin Grid Array (PGA) to Land Grid Array (LGA) for AMD's AM5 platform. This is a well-documented technical change, and the explanation aligns with public information about AM5 sockets. There's no loaded language or missing context; it's a direct explanation of an engineering decision.
Original quote: “power, memory, and PCIe. AM5 uses 1,718 contacts and moving to this design lets AMD pack all of those connections into the socket. So the pins didn't disappear. AMD moved them to the motherboard so AM5 could support a much more capable platform.”
See the full analysis with timestamps →