 Okay, let's do some Python on hardware time. There's a couple of things you want to talk about this week. Yeah, yeah, you wanted to talk about, we have 903 released, do check out the links. And then there is expressive chip news. Well, sign up if you want to get notified when we have this ESB32C6 feather, it's still a prototype phase, that's why it's green, but you know, one day it'll not be green, it'll be black, and that's how you know it's released. And then you'll get notified when it's in stock. Another thing that I thought was kind of cool is we saw a preview like almost a year ago about the ESP32P4, which is like a very powerful processor. You want to scroll down a little bit? Yeah. So it's actually, it doesn't have Wi-Fi, but it does have Wi-Fi, it wasn't clear at the time. So it's Wi-Fi, but it has like dual core 400 megahertz processors. I don't know if it's in 10th silica or risk five. It's got like CSI, DSI support, a lot of displays, very serious displays, which they've been sort of practicing a little bit with the S3. The P4 is really cool, very big too. 32K of built-in SRAM, and of course PSRAM can be added. There's 16 kilobytes of ROM, I think that's just to run it. Oh yeah, there you go, up to 64 megabytes of PSRAM built in 768 kilobytes of SRAM, and then 32 kilobytes of low power SRAM. And they're really good at low power stuff, a few DSP, but yeah, basically display stuff is more, it seems to be built in decoders and stuff. So yeah, obviously we all interested in the chip. When it comes out, we'd love to answer your Python support. Yeah, I got a question for you. So they have independent in deep sleep. So when a chip maker says something like this, how would they handle that when they say independent? Like what are they, what are they doing? That's a good question. What are they doing to say independent? Is it another chip that does it? It's like waking up stuff, is it much longer, as they say? They could have a low power chip like a RISC-5 Core. They've done in a couple of chips so far, they've had the main core and then a very, very low power RISC-5 Core. So there could be some sub-processor that is like in deep sleep of the main processor, it is doing little tasks like checking for a voltage or communicating RISC-5T or checking for pins and stuff. I'm assuming that's what that means. I don't know though. Yeah, that'd be interesting. As someone, Todd mentioned the chat, that you know they're keeping the ESP32 brand in, which they don't need to, but like everyone knows what that is. So that makes sense. Yeah, express it. I mean like it, you know, yeah, it's a little confusing if people say ESP32, it's like, well, do you mean the classic or do you mean the S2 or the S3? But you know, it is a very strong brand and there probably is something to that name that means something. It could be that's the Tensilica 32-bit family. Yeah. I don't know, yeah. I mean, like they do have the ESP8225. Well, for tech naming, there's Windows, and Tio in the chat says, you know, .NET. There is a lot of terms. I remember, I did work with Sony a long time ago, they had memory stick, memory stick Duo Pro Plus, memory stick Duo Pro Xtreme, kind of like. Yeah, it's challenging because on one hand, it's like, you know, you wanna lean on a good name. On the other hand, it can be confusing. But you know, like the AVR series I got now had a, you know, still making AVRs. Yeah. And they've changed quite a bit. So I'm kind of curious about how they're gonna do independent deep sleep like is another chip. What is that thing? Like, what is it? Yeah, the deep sleep so I'm very interested. They're very innovative on that. Yeah. Okay, so what else did you wanna talk about? The other thing that's kind of cool is, Todd bought to these cool mini videos about using, click on the Master Don link. So these neat videos, I don't know what's gonna happen. Yeah. You can play the video. So we added this thing called Bitmap Filter for the camera and then like, I kind of like never got to the projects I wanted to do with it. But I like that he's like revitalizing this thing, which allows you to, it basically allows you to set up a kernel for a convolution filter that you can then apply to a bitmap. And I believe we actually did three by three by three. So like true RGB cubic filter. So you could actually like have different channels affect other channels. And others would be kind of cool because then you could like maybe do like some photography filters on it. But like I said, I never got to it. So it's kind of interesting to see that he's like, oh, like I'm doing like process. I can kind of processing like, it'd be cool to have pie processing. Be like, you know, a Python version of processing for making these kind of cool funky filters. That's cool. And yeah, thanks Jebler for Bitmap Filter. Yes. Okay. Is there anything else you want to talk about? That's it. I think that's a lot. Yeah. There's more, I mean, the news. Tons, yeah, tons. And special thanks to Ann, our editor-in-chief for the newsletter. We deliver this every single week to your inbox and you can get that at AdafruitDaily.com. We keep it separate from your store account because we do not spam.