- Aug 25, 2001
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Have: three AB350M Pro4 micro-ATX boards, two AB350 (no video output) micro-ATX boards, an Asus Prime B350-E, a Gigabyte AB350 Gaming 3, and a Biostar A320 board, maybe the -MH model. It does have video outputs.
So, the AB350 non-Pro4 boards are no-go for Ryzen APU, due to not having any video outputs.
The Gigabyte Gaming 3 and Biostar A320 boards, are brand-new, with no AM4 CPU/APU to go with them.
The Asus B350-E Prime has a Bristol Ridge A8-9600 quad-core APU, which is overclocked to 3.9, with 16GB of DDR4-2133 (rated) RAM. I originally built that rig, to be ready to drop-in the Ryzen APU, but upon finding out that that board in particular, is able to overclock Bristol Ridge, I feel like I "lucked out", and should keep those two together.
I was thinking, tentatively, to drop a pair of 2400G APUs into the AB350M Pro4 boards (got two rigs identical, and a third with a 1600 in it, in a different case).
Then, maybe, get a pair of 2200G APUs, and put one in the Gaming 3, and either drop one into the Biostar A320 and build with those two (would need more DDR4 RAM - apparently, you CAN overclock the RAM clock on the A320 boards too), or move the Bristol Ridge to the A320, and deal with the fact that it can only clock stock to 3.1Ghz, and then get a 2200G for the B350-E Prime board.
Also, the two AB350M Pro4 boards, have Team Vulcan DDR4-3000 RAM in them, and they only clock at 2667 max on those boards, because the UEFI doesn't have any specific support for Team RAM. But with Ryzen APU support 2933 stock for RAM clocks, I'm hopeful I can get those stick running faster, at 2933, off the bat.
That leaves a couple of 1600 CPUs, and those AB350 non-Pro4 boards, without video outputs, which currently have 1200 CPUs in them. I could upgrade them to 1600 CPUs, and then sell or build with the 1200 CPUs (OCed to 3.8Ghz), or just sell the whole things entirely with the 1200 CPUs in them, and drop in some entry-level GPUs, like GTX1050 or RX 560 cards. (One of them has a GTX950 2GB currently.)
So, the AB350 non-Pro4 boards are no-go for Ryzen APU, due to not having any video outputs.
The Gigabyte Gaming 3 and Biostar A320 boards, are brand-new, with no AM4 CPU/APU to go with them.
The Asus B350-E Prime has a Bristol Ridge A8-9600 quad-core APU, which is overclocked to 3.9, with 16GB of DDR4-2133 (rated) RAM. I originally built that rig, to be ready to drop-in the Ryzen APU, but upon finding out that that board in particular, is able to overclock Bristol Ridge, I feel like I "lucked out", and should keep those two together.
I was thinking, tentatively, to drop a pair of 2400G APUs into the AB350M Pro4 boards (got two rigs identical, and a third with a 1600 in it, in a different case).
Then, maybe, get a pair of 2200G APUs, and put one in the Gaming 3, and either drop one into the Biostar A320 and build with those two (would need more DDR4 RAM - apparently, you CAN overclock the RAM clock on the A320 boards too), or move the Bristol Ridge to the A320, and deal with the fact that it can only clock stock to 3.1Ghz, and then get a 2200G for the B350-E Prime board.
Also, the two AB350M Pro4 boards, have Team Vulcan DDR4-3000 RAM in them, and they only clock at 2667 max on those boards, because the UEFI doesn't have any specific support for Team RAM. But with Ryzen APU support 2933 stock for RAM clocks, I'm hopeful I can get those stick running faster, at 2933, off the bat.
That leaves a couple of 1600 CPUs, and those AB350 non-Pro4 boards, without video outputs, which currently have 1200 CPUs in them. I could upgrade them to 1600 CPUs, and then sell or build with the 1200 CPUs (OCed to 3.8Ghz), or just sell the whole things entirely with the 1200 CPUs in them, and drop in some entry-level GPUs, like GTX1050 or RX 560 cards. (One of them has a GTX950 2GB currently.)
