JohnCruise:

Hey
I'd advice you used their website
You can get everything you want to get there.
I remember when I was doing a school project I personally went to get them at their store but since that's not an option for you now.
It's best you buy it online.
You'd also see prices and calculate your cost.

princejude:

What is this one saying ?

princejude:

I will arrange the kit and it's cost and inform you. Actually I didn't bought them as a kit, but I have most of what you listed above (not all). From which kit did you get that list from or you just list all the items you need as a kit. 30 LEDs is too much for a kit. I will adjust some of my prizes to the current price because it has been long update the site (busy with some other stuff). We offer one-on-one (and online) training and also help students in their project stuff.

princejude:

You don't know my website, how did you know that I sales Arduino? look well under all my comments ...

Lexusgs430:



You know wetin hapin to goat, wey peep inside lions room.........

Lexusgs430:


tsammani tsakanin bokwei zuwa goma kwanaki.....

crixtech:
Same as doing pay on delivery using transport

crixtech:
Hi, only 1 kit available now. If you can come to PH to pick it up yourself,, I'll consider that price

princejude:

I have Arduino kits but I don't do pay on delivery.

princejude:

You don't know my website, how did you know that I sales Arduino? look well under all my comments ...

princejude:

If you were the distributor, will you offer pay on delivery without sending someone to collect your money before delivery? It seems like you are looking for someone to dash you Arduino kits without payment.

princejude:

If you were the distributor, will you offer pay on delivery without sending someone to collect your money before delivery? It seems like you are looking for someone to dash you Arduino kits without payment.

shockingist:
When do you need it.

45K for the kit with with delivery

princejude:
Hisense may not be a household smartphone brand, but the company does know how to grab attention with things like 10,000mAh batteries and color e-Ink on phones. The latest model is interesting for another reason – it’s powered by a 5G chipset from a new vendor. You don’t hear that every day, even Intel was unable to keep up with the complexities of developing 5G hardware.
The Hisense F50 5G was teased on Weibo today and will be officially unveiled on April 20. This isn’t a premium phone, instead it’s part of the effort to make 5G affordable. The handset uses a pretty standard back-mounted fingerprint reader and a teardrop notch for the selfie cam.
The Unisoc T7510 chipset uses the Chun Teng V510 baseband that was developed in-house by the company Ziguang Zhan Rui. It was first demoed at MWC 2019 and supports sub-6GHz 5G with up to 100MHz of bandwidth.

The rest of the chipset uses off the shelf parts including an octa-core CPU – 4x Cortex-A75 at 2.0GHz and 4x A55 at 1.8GHz. They are joined by an Imagination PowerVR GM9446 GPU and a dual-core NPU (of unknown provenance). Local connectivity supported by the chipset includes Wi-Fi 5 (ac) and Bluetooth 5.0.
As for the Hisense F50 5G itself, it will have a large 5,010mAh battery with 18W fast charging and “PC grade” cooling (whatever that means). The phone also packs a quad camera setup on the back, but there are no official details on the four modules yet. That and the price should be revealed on Monday.

https://googleweblight.com/i?u=https://m.gsmarena.com/the_hisense_f50_5g_will_use_a_new_5g_modem_developed_by_a_company_in_china_no_not_huawei-news-42676.php&hl=en-NG

princejude:


Since the day I heard about and got to play with the Raspberry Pi one a few years ago I've wanted to make a Raspberry Pi powered laptop out of it and now with the rease of the Raspberry Pi three I've decided to finally see it through. Now this isn't my first time attempting to make a fully working laptop using a Raspberry Pi, every other time I've tried the project has been riddled with errors with anything from broken ribbon cables to figuring out the hinge mechanism however I've been able to learn from these failures and I hope to show you how to avoid them when making your own. So lets get started!

Step 1: What Do We Want It to Do

Before we can start choosing and buying the parts we are going to be using we need to figure out everything we want our laptop to be able to do, for example I want my laptop to have:

integrated mouse (trackpad)
long battery life
at least 2 USB ports
full keyboard
integrated Arduino powered battery reader
integrated Arduino with headers for plugging components into
small form factor

Since we are using the Pi 3 we dont have to worry about buying a Wifi or Bluetooth dongle because it has it all integrated. Now this list is by no means exclusive, there are many other things that can be added to make this a better laptop however I think the features im adding will give it some awesome usability such as the integrated Arduino powered battery reader which will be a small OLED screen next to the main screen which will permanently show the battery percent and voltage, another feature I really like is the integrated Arduino with headers, this is basically an Arduino with male headers soldered to it, there are small holes cut in the case that allow the user to access the male pins and plug in components, so all this really is just an Arduino built into the laptop so we always have an Arduino handy.

Step 2: Parts

For this project we will need quite a lot of parts, we will need:

x1 Raspberry Pi 3 (Here)
x2 Arduino Micro (Here)
x1 Seven inch Raspberry PI screen (Here)
x3 Lithium 18650 Batteries (Here)
x1 Powerbank circuit (Here)
x1 USB hub (Here)
x1 Mini USB keyboard (Here)
x1 Male USB (Here)
x1 SPI OLED (Here)
Reinforced cardboard

We are also going to need the trackpad we made in a previous project, you can find the full tutorial here . Once again this is by no means an exclusive list, whats nice about these parts is that the majority arent dependent on each other so you can swap parts for whatever you want. We have alot of parts to setup so to make it easier we are going to set them up individually and then at the end we can put them all together.

Step 3: Setting Up the Pi and Screen
Lets start with our PI and screen, our screen doesn't connect to our Pi through the HDMI port but rather through a 50 pin ribbon cable that plugs into the Pis GPIO however if you just plug it in and start up the Pi it won't work, we need to edit some lines of code in the startup file for the Pi.

We start this by downloading a fresh Raspbian image Here , then we write it to our SD card using 7Zip (or whatever software works for you). Now once its written we need to open a file on the SD card called config.txt and add some code. What this code does is tell the Pi to send the screen data through the GPIO headers rather than the HDMI port (HDMI is the default) on startup. Putting the code in is really easy. Open the config.txt with a notepad program, for windows i'm using notepad ++, and copy this code into the config.txt file now save and close and it should work once the SD card is plugged back into the Pi. If it looks too bright or too dim turn the little petentiomoter on the screen circuit board until it looks right.

Our Pi also needs to physical modification to fit inside our case properly we are going to have to desolder one of the duel usb ports, this is done by putting a fairly large amount of solder on the pins of the USB connector and slowly rocking it back and forth until it becomes free. We do this because we need to solder a usb hub to the Pi to plug in all of our input devices.

The code:

<p>dtoverlay=dpi24<br>enable_dpi_lcd=1
display_default_lcd=1
dpi_group=2
dpi_mode=87
dpi_output_format=0x6f005
hdmi_cvt 1024 600 60 6 0 0 0</p>

to be contd...

http://www.instructables.com/id/Raspberry-Pi-and-Arduino-Laptop/?utm_source=newsletter&utm_medium=email

arduino:

Send catalog request by mail. Thank you.

crixtech:
it is a brand new kit

sweetlo:


50K