Bosbeetle
Terminally lost
No its not. its 0,19%. And this is the reason why there is so much BS again.
Since when is 0,19% not less than 1% as notaz commented
No its not. its 0,19%. And this is the reason why there is so much BS again.
A DIMM is literally just a plain PCB with a fixed interface, some arbitration circuity and an SPI flash for the SPD - with the SPD being optional on soldered-on RAM, as you can just program fixed timings into the boot loader doing the DDR controller initialization. The DDR chips are really just hooked up in parallel to fill up the available bus width, common bus widths for single DDR3 chips seem to be 4, 8 and 16 bit.So, in the Pyra naked RAM chips are used? Aren't they setup to form something electrically equal to a DIMM slot/bus, then?
Does anybody know what the bus width is between the SoC and the RAM setup in the Pyra? I'm curious.A DIMM is literally just a plain PCB with a fixed interface, some arbitration circuity and an SPI flash for the SPD - with the SPD being optional on soldered-on RAM, as you can just program fixed timings into the boot loader doing the DDR controller initialization. The DDR chips are really just hooked up in parallel to fill up the available bus width, common bus widths for single DDR3 chips seem to be 4, 8 and 16 bit.
According to the schematic published last year, the chips are each MT41K256M16HAs. I can find MT41K256M32's on the internet and those seem to be 32-bit parts, but given ours have M16 in their name and the fact they only seem to have 16 numbered lines beginning with D, I think they're 16 bit parts. There are four of them, two per channel. I'm not familiar with the way these things are actually logically laid out, so perhaps that's two 32-bit buses rather than one 64-bit one, which would perhaps make sense as the ARM chip's MMU is defined in 32-bit chunks.Does anybody know what the bus width is between the SoC and the RAM setup in the Pyra? I'm curious.
Since when is 0,19% not less than 1% as notaz commented
Has someone of you ever tried to overclock a cpu cpu about 0.19%?
For those of you reading that email and wondering what DYN_ODT is, it is Dynamic On-Die Termination, which is explained quite well in this Micron Datasheet in Portable Document Format (pdf):
Dynamic ODT enables the DRAM to switch between HIGH or LOW termination impedance without issuing a mode register set (MRS) command. This is advantageous because it improves bus scheduling and decreases bus idle time.
Mhm so it is possible that another hardware revision for the CPU board is necessary?
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Wow I hope this works.
Hang on to yer butts.