It initially started as a circuit switching network, but later packet switching was implemented after integration General Packet Radio Service (GPRS) technology as well. The GSM standard was developed for setting protocols for second generation (2G) digital cellular networks.
GSM or Global System for Mobile Communications is the most popular wireless cellular communication technique, used for public communication.
The other place is graphics, I don't know how well it will run graphics, but if you want something that power full invidea has a similar board that's almost 200 dollars. It only lacks in a configurable memory port, the boys have to be ordered with the amount of ram you want, almost always you will want all 2gb. router, etc, the applications are almost endless, it's a very powerful embedded computer at a really inexpensive price point. anyways that's my idea, I may even use it to run the cnc router design software and to control the cnc router all in one unit instead of having to design on one computer and route from another. Companies have started doing this like Rigol oscilloscopes. someday all those devices will probably be one device with the hardware unlocked with key codes to access the stuff you want instead of a bunch of different devices with differing capabilities.
I am a star trek fan, but I think real tricorders will never be a tool by themselves I think they will be contained in our phones, just like the padd and communicator was joined in a smartphone.
I may get the i2c expansion board for kicks as I doubt it will fit inside the tablet enclosure but I can setup a connectors for it possibly, but since i2c is serial I can use more than one sensor per port, they just need separate addresses, either way I hope to add a full weather suite to the tablet eventually and possibly phone abilities.
I expect to have to program Ubuntu to use some of this, but I am not sure as I have not looked into how Android or ubuntu will interface with the i2c headers. This tablet will be equipped with at minimum the batter and real time clock backup battery, screen side camera for Skype or whatever, Ambient light detector to automatically adjust screen brightness, and the temp/humidity sensor so I can get those readings. The idea here is that I will be able to use it as a full Android/ubuntu tablet by opening it and swapping memory cards.
my first pine I plan to get the tablet enclosure the battery camera 7 inch display as well as the temp and humidity sensor and the light sensors, I also will likely be ordering the 64gb sdhc card loaded with ubuntu, I may get a smaller one with Android installed, I have to look at the install process for Android if it's like I think it is I may just download and get a second card elsewhere. unfortunately that delays my board by a month as I am in the March shipping group. I do, I just got my backer kit mail and some of the stuff I want I will have to wait till April for. If not please make sure if the code had been uploaded well. Refer to the image above.Īfter finished this step, you should get the UI of ArduinoPhone 2.0. Choose the right board(Arduino Leonardo) and port to upload the code. Close and re-open Arduino IDE, click File > Sketchbook > PhoneCode, then the main code of Arduino Phone is open.Ħ. Open your Arduino IDE, click File > Preferences > Sketchbook Location, browse to the folder we had mentioned above - ArduinoPhone-master. Unzip the file you had downloaded from github, you will get a folder namedArduinoPhone-master.Ĥ. The code you downloaded is not an Arduino library, it's a sketchbook, which is include all the library the project need.ģ.
When you get to the github page, find a Download ZIP button, click to download the code. If not please put hand on to getting started.Ĭlick here to get more info about the board.ġ. So if you had ever used Arudino, it's easy for you to make this step. Seeeduino GPRS was in Arudino Leonardo bootloader.