RedPIll me on Arduino/Raspberry PI

What can I do with these two little shits combined?

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flash coreboot onto a Lenovo Thinkpad T420 using the flashrom utility

Make robots

put kali in it then attach the chinese antennas and make a wifi bomb

Retropie

Whatever you want user. Just find a project that looks intresting and jump into it.

This

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I connected a discord bot to my wireless sex toys through an arduino so anyone can control them with commands

Run a CNC and feed it data

There's little point in combining Pi with classic 8-bit Arduino since it barely offers anything in terms of I/O compared to what Pi already has on board, and the CPU is so slow that Pi's OS overhead doesn't matter. It's only useful for some tasks that require very precise timing.

I think my question doesn't deserve new thread
should I choose 1 or 2 gb option for home ftp server and other shit like that? I'm newbie into this stuff and want to learn something and have fun but don't want to spend too much money

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Always go with the most RAM. It's never going to be overkill.

don't touch that shit!
Get a lattepanda alpha youtube.com/watch?v=PCd3HtRfQ8k

I hope you're right

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Collect twice the amount of dust

PWM

>$400 for a weak-ass PC with integrated arduino

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Pi also has PWM

The ultimate dust collector

>Pi also has PWM
>Pi
>PWM
I mean, I guess it does, but if you want pwm thats more responsive and stable, go with the arduino.

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Don't confuse shitty software PWM you get in RPi.GPIO Python library with hardware PWM available through other means.

Also
>implying PWM on Arduino is good
The default API is so shit that you have to manually program registers and break the system timer to get anything useful out of it.

if you do PWM through both the way they are intended/taught by most guides to be done (which is what most people are going to do, especially if they are new), the arduino is the clear winner

>What can I do with these two little shits combined?
Collect twice the amount of dust

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dfrobot.com/product-1727.html

CPU:Intel 8th m3--8100y
Core:1.1-3.4GHz Dual-Core,Four-Thread
Benchmark (PassMark): Up to 4128, double computing power compared with same price range products in the market
Graphics:Intel HD Graphics 615, 300-900MHz
RAM:8G LPDDR3
External Memory:
1x M.2 M Key, PCIe 4x, Supports NVMe SSD and SATA SSD
1x M.2 E Key, PCIe 2x,Supports USB2.0, UART, PCM
Connectivity:
WIFI 802.11 AC, 2.4G & 5G
Dual Band Bluetooth 4.2
Gigabyte Ethernet
USB Ports:
3x USB 3.0 Type A
1x USB Type C, supports PD, DP, USB 3.0
Display:
HDMI Output
Type-C DP Support
Extendable eDP touch displays
Co-processor:Arduino Leonardo
GPIO & Other Features:2x 50p GPIOs including I2C, I2S, USB, RS232, UART, RTC,Power Management,Extendable power button,everything you need
Dimension: 115mm * 78mm * 14 mm


>implying it's not the singleboard pc

It's too limited to be a full-fledged PC (you can get a NUC with a significantly faster CPU and more expansion options for the same price), and it's massive overkill for any automation tasks you can do with Arduino outputs. It's a pretty cool board, but I really don't know who needs it.