Thank you for your help, I will send you all this by email as soon as possible

Hi ,
I have a problem with astc images.
I can't put multiple ASTC images one behind the other. Is this normal, and is there a way to fix it?
My goal is to be able to modularly load ASTC images into memory.

Thank you for your answer, the pin 33 is well connected to the GND.
Sorry for the readability problem, before I didn't use the label.

Hello,

I made this circuit based on the 815 bt and it does not work,
I do not know if it is a design defect or asenblage but the code works with the VM816C50A and FT811.

Can you tell me if you see errors on my diagrams?
thank you in advance for your help.

"Well, in theory EVE already supports 2048x2048 pixels. :-)"
Thank you for this information, I was not aware. It must be said that Bridgetek is not very clear on this subject

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"The clock frequency already is customizable."

Ok but when i say customizable it is with precision to 1Mhz.
So that everyone can do what they want with these needs, overclooking included.

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"I agree, although even double the amount would be nice, so 16kB and 8kB."

I think that considering the fact that it is possible today to have 1 + 256M of video memory, we can have this parameter to have 64 - 128kb

Hello everyone,

I propose this new topic in order to give us want / need about the new generation of chip "EVE" which I hope is already in the process of preparation
The current EVE BT81x are good but I'm sure Bridgetek can still boost

For my part I think there is 3 something that the new generation can improve. (In addition to always having more power and why not more features for 3D )

The first is the screen resolution. I would say that HD with 1 megapixel on the screen is the priority point.
But in the circumstance that the chips start to be used in time as GPU HDMI as for example with the project of GD3X HDMI of James Bowman the full hd can be very interesent. Maybe even the 4K, let's go crazy   

The second is a customizable clock frequency. in this way it would be easier to achieve the best performace of the screen use. And in addition to that overclock the chip to exceed 60 ip / s  .
I know that it was not all the objective of this chip but for some people (and I think the arduino community that pushes further and further the limits of the material) it can be very very interesent

The last point is about the memory size of the "RAM_CMD" and the "RAM_DL" which are not great in view of the fact that the memory of the bt81x and 4 times larger than the FT801.
Not to mention the fact that we can multiply it again by 256.
The ideal would be at least 64KB instead of 4KB.

Here is my list, if you want to add or discuss some point this topic is made for this 

OK, thank you for your reply.

if I understand correctly it is the TFP410 that will be responsible for converting the video signal of the BT81x or FT81x into HDMI signal.

Hi,

I can not capture what I send to the bt816 but in return all that I send to it is in what I sent you.

PS. NOT if I do not send "REG_PCLK" the screen becomes more and more white