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Here is a thought Instead of a chipset on the motherboard. You only get PCIe slots as well as whatever the CPU itself could provide. This way you could cut costs and save space from unnecessary I/Os. Any peripherals that you need can be gained from a PCIe card. 

Specs: Motherboard: Asus X470-PLUS TUF gaming (Yes I know it's poor but I wasn't informed) RAM: Corsair VENGEANCE® LPX DDR4 3200Mhz CL16-18-18-36 2x8GB

            CPU: Ryzen 9 5900X          Case: Antec P8     PSU: Corsair RM850x                        Cooler: Antec K240 with two Noctura Industrial PPC 3000 PWM

            Drives: Samsung 970 EVO plus 250GB, Micron 1100 2TB, Seagate ST4000DM000/1F2168 GPU: EVGA RTX 2080 ti Black edition

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4 minutes ago, williamcll said:

Here is a thought Instead of a chipset on the motherboard. You only get PCIe slots as well as whatever the CPU itself could provide. This way you could cut costs and save space from unnecessary I/Os. Any peripherals that you need can be gained from a PCIe card. 

This is almost the way newer chipsets work.

Gaming PC:

CPU: Ryzen 5800X3D | Motherboard: Gigabyte B550 Elite V2 | RAM: Crucial 2x16gb, 3200  JEDEC. | PSU: EVGA SuperNova 750 G3 | Monitor: LG 27GL850-B , Samsung C27HG70 | 
GPU: Asus Prime RTX 5070ti OC| Sound: Odac + Fiio E09K | Case: Fractal Design R6 TG Blackout |Storage: Kingston Renegade 2TB and Corsair MP510 960gb | Cooling: CPU: Alphacool ST30 420mm rad, Alphacool CPU and GPU Core LT and Core blocks, D5 pump and res combo 

 

Linux PC:

CPU: Ryzen 7700| Motherboard: Asus A620M-CSM | RAM: Crucial Pro 2x48gb, 5600  JEDEC. | PSU: Corsair CX750 | Monitor: LG 27GL850-B , Samsung C27HG70 | 
GPU: MSI Gaming X RTX 3090 | Case: Lian Li Dan Cases A3-mATX black |Storage: SN7100 2TB + Samsung 860 EVO 512gb | Cooling: CPU: Thermalright Peerless Assassin Mini Fan(s): Noctua 1x NF-A14x25 Chromax

 

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Well the X570 is still pretty far away from being non existent from the AM4

Specs: Motherboard: Asus X470-PLUS TUF gaming (Yes I know it's poor but I wasn't informed) RAM: Corsair VENGEANCE® LPX DDR4 3200Mhz CL16-18-18-36 2x8GB

            CPU: Ryzen 9 5900X          Case: Antec P8     PSU: Corsair RM850x                        Cooler: Antec K240 with two Noctura Industrial PPC 3000 PWM

            Drives: Samsung 970 EVO plus 250GB, Micron 1100 2TB, Seagate ST4000DM000/1F2168 GPU: EVGA RTX 2080 ti Black edition

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I talked about this idea a few years ago after i saw a vintage IMSAI 8080 microcomputer for the first time.

It came with the bare basics to classify it as a computer, anything else the user wanted, like a video interface, could be added via S-100 expansion cards.

IMSAI_8080_1_32K.thumb.jpg.cb0d16e522944c5d27059c5bd4168c8e.jpg

 

I think this is a great idea, nowadays we could have a platform similar to this, say with an AM4 or LGA 1151 CPU socket, tons of PCI-E or a newer, similar standard, slots for expansion.

One of the main problems i have with my motherboards is that i just don't use a lot of the features i end up paying for, like high quality audio (which i handle externally), wireless network capabilities, USB 2.0 ports, you name it, in a platform such as this, we would be able to choose exactly what we want to integrate in our systems.

The one thing that could and would doom this idea out is the ATX and ITX standardization, a system like this would need a completely redesigned case, with different mounting points and IO plates at the back.

Not only that, all CPUs for this standard would have to be re engineered to work with it, if PCI-E was the chosen standard we would need tons of lanes to make the system work.

Project Diesel 5.0: Motherboard: ASRock Fatal1ty X370 Professional Gaming /// CPU: Ryzen 5 3600X  /// CPU Cooler: Scythe Ninja 5 /// GPU: Zotac AMP Extreme RTX 2070 /// RAM: 2x 16gb G.Skill Ripjaws V @3200mhz /// Chassis: Lian Li Lancool One Digital (black) /// PSU: Super Flower Leadex III 750w /// Storage: Inland Premium 1TB NVME + Toshiba X300 4TB

 

Peripherals: Mice: Cooler Master MM720 /// Keyboard: Corsair K70 MK2 SE (Cherry Silver), Blitzwolf BW-KB1 (Gateron Reds) /// Monitor: Acer XZ320Q 32' (VA, 1080p @240hz) /// AMP: Topping PA3 (Onkyo Integra A-817XD undergoing restoration) /// DAC: Weiliang SU5 /// Speakers: AAT BSF-100 /// Mike: Alctron CS35U /// Headphones: Blon B8, ISK MDH-9000

 

Living room: TV: Samsung QLED Q7FN 55' 4k /// Amplifier: Denon AVR-X2400H /// Speakers: DALI Zensor 7 /// Consoles: Sony PS4 Pro 1TB, Sony PS3 500gb /// LD/CD/DVD: Pioneer DVL-909 /// Power Supplies: Upsai ACF-2100T + GR Savage CDR2200EX

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28 minutes ago, 1984_C10 said:

I talked about this idea a few years ago after i saw a vintage IMSAI 8080 microcomputer for the first time.

It came with the bare basics to classify it as a computer, anything else the user wanted, like a video interface, could be added via S-100 expansion cards.

IMSAI_8080_1_32K.thumb.jpg.cb0d16e522944c5d27059c5bd4168c8e.jpg

 

I think this is a great idea, nowadays we could have a platform similar to this, say with an AM4 or LGA 1151 CPU socket, tons of PCI-E or a newer, similar standard, slots for expansion.

One of the main problems i have with my motherboards is that i just don't use a lot of the features i end up paying for, like high quality audio (which i handle externally), wireless network capabilities, USB 2.0 ports, you name it, in a platform such as this, we would be able to choose exactly what we want to integrate in our systems.

The one thing that could and would doom this idea out is the ATX and ITX standardization, a system like this would need a completely redesigned case, with different mounting points and IO plates at the back.

Not only that, all CPUs for this standard would have to be re engineered to work with it, if PCI-E was the chosen standard we would need tons of lanes to make the system work.

 

1 hour ago, VegetableStu said:

EPYC literally does this. I have a sneaking suspicion that AMD refuses to qualify Threadripper boards without their respective chipsets ._.

And epyc has tons of lanes.  Explains a thing I saw around here mentioning that enterprise users are always desperate for more pcie lanes.

I could see this making consumer CPUs real expensive.

What a chipset mostly seems to do is run a ton of low speed stuff like motherboard housekeeping, USB, and SATA I/0 and port it through a few lanes of pcie.  I could see it as being extremely wasteful of pcie lane bandwidth.  Imagine running motherboard housekeeping like power /reset buttons on a whole pcie lane.

Not a pro, not even very good.  I’m just old and have time currently.  Assuming I know a lot about computers can be a mistake.

 

Life is like a bowl of chocolates: there are all these little crinkly paper cups everywhere.

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