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open-hardware-cell-phone-files Retrieved 13 August In fact, we all need all our help. You want to choose the browse option, which will advance you to Open Hardware Cell Phone Format the next step. Could the v2 be produced open hardware cell phone files smaller volumes for a higher price? If you interested to try out Kite, please pledge to the project.

Install it and then launch the driver. Open USB debug mode on your Android. Pro: Provide professional service to a certain kind of Android phone. Cons: Complicated to use. Slow connecting speed. But you have to install two drivers for transferring files between two Android devices in different brands. Some of the drivers are glitchy, it occurs to me that the connection sometimes fails due to unknown reasons. Pros: Access Android device from PC without installing any software.

Cons: You cannot preview the files or to manage them efficiently like working with a software. Sometimes, it is hard for some Android phones to connect to PC. Comparing with three methods above, the method of using Apowersoft Phone Manager is highly recommended.

The reason is that the phone driver only compatible to certain kind of Android phones and the second method cannot access to the Android files in the internal memory and SD card at the same time. Login My Account Logout. Last updated on March 4, by Ada Reed.

Rating: 4. Last updated on March 4, Leave a Comment 3 Comments. Please input your name! Please input a valid email address! Please input review content! Comment 3. The following phrases are incomprehensible to me. Thank you! Prev 1. News ApowerManager 3. Free Trial Apowersoft Unlimited. All Rights Reserved. The crowdfunding attempt wasn't successful. We are trying to figure out the best way to create the Kite v2. Basically, Kite v2 will be an improved design with a powerful new core board - KiteBoard v2 - based on Snapdragon KiteBoard v2 will be open hardware unlike KiteBoard.

The crowdfunding campaign closes on May 27tth. Kite's design is reasonably well documented in this post. KiteBoard is highly extendable - it has separate connectors for all important interfaces. Kite complements KiteBoard with important components, resulting in a complete smartphone design that is highly customizable. Kite empowers makers to build their own phones that are customized to meet their exact needs.

View all 17 components. Shooting PCBs with a camera, and then converting them into flat images can be frustrating. Fight with lighting, lens correction, perspective correction, remove blemishes, color correction, find the corners, crop I seem to have found the best way to shoot PCBs today - don't shoot them, just scan them using a regullar flatbed scanner:. I like the color output from the scanner. The scan is perfectly rectangular. Could life get simpler? Of course, this technique won't work for PCBs with mounted components.

But that's life. We now have Kites flying around the world as we speak. Lexie is a windows game programmer. He has made a cool game controller Android phone with Kite painting in progress :.

Do checkout his twitter feed for more work-in-progress images. This prototype will be shown at Maker Faire tomorrow, as part of the Hackaday Prize information session :.

Lexie will also have a separate KitePhone with him as demo unit. If you are attending Maker Faire, do give a shoutout on twitter to hxLexie. On the other side of the world, Stuart Longland has been flying one in Australia. He has made a quick review of the unit:. We have another Kite flying in Germany too - it's with an Apple fan! But that update has to wait for Monday. One Kite is with Dave Hakkens of Phonebloks fame! We've passed on a unit to him for evaluation. Our Kickstarter project needs a push at this time.

I have been keeping track of the statistics of the project. Today, I was startled to see the following information on my project dashboard:. Why oh why. Please jump in guys - this project needs your help Kite v2 is the upcoming design of Kite. Compared to Kite v1, the Core board design has a few major changes. Pushing the connectors to the core has an interesting side effect: it makes the expansion board truly optional!

We think that the first assembly of a KitePhone for most users will not include the expansion! This component integrates a fuel gauge and protection circuitry and a Li-poly cell.

To get an accurate estimate of the state of charge battery percentage , the fuel gauge is programmed with the characteristics of the cell. To get accurate fuel gauging, however, the fuel gauge needs to be reprogrammed. Kite v2 will include a camera board. Like the display, an intermediate board is the key to making the connector independent of the actual camera. The camera board is expected to be much simpler than the display board, and extremely compact. To accommodate this, we may need to implement a simple way to detect the peripherals.

Implementation hasn't started yet depends on crowdfunding , but we are at an advanced stage of design.

Here's what we know Kite v2 will be based on KiteBoard v2. KiteBoard v2 will be based on Snapdragon was Snapdragon , but we had to change it - bringing an across-the-board improvement performance in all areas:. Support for two independent displays will make things very interesting. A few combinations would be interesting Got the great news - we are in the finals of the Hackaday Prize !

This project is competing under the "Open Hardware Design Challenge". A great honour for this project! The details of the announcement are at this link! Thanks a lot everyone for all your encouragement too.

These guys dropped the apple on my head. Open hardware is the way to go, I said! A quick introduction for those of you who don't know me: My name is Shree. I am trying to bring a novel idea into this world. The idea that you can make your own smartphone. Free of chains, in every way. I have launched a campaign on Kickstarter to realize this dream.

I have a little more than 25 days from now to make this happen. I need close to a million dollars to make this happen. That's not chump change, I know that. But it's the smartphone we are talking about here.

A million dollars is chump change in that business. Achieving freedom for a smartphone is no small deed. But there is a price to pay, and it is not too high. Individually maybe yes. But collectively? My campaign has been live for a few days. There is a site called kicktraq that helps campaign creators understand their chances. It's not perfect, but it's probably not too bad either!

So, the simple prediction seems to say that this campaign will fail? I refuse to believe that less than people in the world need a DIY smartphone kit I need your support to make this successful.

If you care about this, then you should help me. Not just for me, but for yourself too. Please note that I am only looking to take Kite to the next level here - make it soar, into your hands. I am asking money from you guys to upgrade KiteBoard to v2, running some required safety certifications, and achieve a reasonable volume pieces without burning my own hands.

If you interested to try out Kite, please pledge to the project. If you are reading this far, please note that I need your support. I have the technical know-how - but marketing is not my suite. That's why this project is on hackaday! We can go a long way Frankly, this is not a problem for this project - we only need people to make this happen!

Every donation helps too, and we will use those to ship free kits worldwide to backers. However, if you don't feel like backing the project, then here is my humble request: Please tell me why! Give me the reasons why you do not need it. If you have any need that is not met by the project, please let me know.

I can find ways to fix things, but not everything. I am talking of technical solutions. That's what my project promises! Finally, do help to share our campaign. Share it with your friends.

Let me hope that the hackers, makers and everyone else shows up to the party, before it is too late Please back the project. I can tell you that Glory Days of Open Hardware are ahead - if we do this! If you have any questions, please let me know..

Yes, that's right. I am preparing for a massive launch on Kickstarter. The countdown has already begun Apologies, but I would rather not try to convert the launch time to your time zone!

Here's a handy conversion link. Thanks to all who have subscribed.. If you subscribed to our mailing list, you should have got an email already with the launch information. If not, please do check your spam folder! There is still time to subscribe at www. I look forward to your support KitePhone is coming to Kickstarter And this, I think, is the an important indicator of what is going to happen. I am thrilled to receive this message from a potential backer:.

That's an empowering vision - but written by someone else, and someone who uses Apple products! Who would have thought? To make this idea a reality, I really need your help! In fact, we all need all our help. I said it on twitter in the morning, and I will say it again: Is this history in the making, or an empowering idea that will go down the drain?

You will get to decide, over the next 35 days. The more I think about Kite, the more interesting I find it. It is not about me being the creator of Kite. Kite is, first and foremost, a hardware freedom project for Android. Android is the most prevalent open source platform for phones. There is no open hardware for Android. Kite aims to be that platform. What sort of freedoms are these?

No restrictions there either. This immense freedom in hardware makes the software freedoms more than meaningful - it raises the hardware software combination to a level of freedom never attainable before by the masses.

A whole lot of people are sufficiently empowered to do some bits of hardware, courtesy the maker movement. However, the real problem is in the area of software. The sort of hardware freedom this project gives has been the territory of OEMs. Phone vendors. Folks with big pockets. Most of the freedoms of the underlying platforms are suppressed by OEMs to deliver consumer goods; this is not wrong!

Kite makes those goodies available. Kite shows you how to mod Android to achieve your goals. We provide a great starting point so that you can achieve what you want to — without us getting in the way. Kite begins as a hardware project with a standard configuration — Kite v2.

The hardware configuration of Kite v2 is setup in a way that attracts maximum users at a fair price point for everyone. This is one of the tricky parts of the project. Voter for what? The direction of the project. I can bet, though, that's it is going to be quite diverse. So, before deciding the future direction of the project, we let the community form. Kickstarter ends successfully. The democracy of Kite. What next? Now, people are free to come up with their own list of what they want us, the creators of the project, to focus on.

Feature requests can be related to hardware or software. Let me give you some examples. We can tap that as required. Software features: Can I dual boot linux? How do we act on feature requests? In a reasonably democratic manner. Hardware may involve costs, but not necessarily always. The important update first: assuming all goes well , we should be launching our Kickstarter campaign on 23rd April, i. I do request anyone who has not done so to subscribe at www. Please subscribe if you haven't already.

Thank you. Now, to the other part: I had earlier communicated that we will launch with the Snapdragon I regret to announce that we will not be able to do so. Instead, I am forced to settle for the Snapdragon for reasons read below. Summary: lower performance in some areas I am not able to figure out the GPU performance difference.

Any info here would be useful. How exactly it will impact you, I will leave you to decide that. Sorry for the change. I think it's better to do this right now. I have mixed feelings about this, to be honest. I am sad to see it go. So — why did I decide on the Snapdragon ? To answer that, let me tell you what I think are my responsibilities are in this project:.

This project includes certification plans of all sort. The largest number of folks who are likely to back this project will come from USA.

My subscription list tells me that. A cursory scan on a few projects — and surely projects in the DIY Electronics category — will help prove that too. So — USA is an important geography for this project. Countless projects have been delayed due to cellular certifications. And famous ones. I am talking about people with deep pockets. I have a great plan for predictable, on time delivery — if I stick to the Snapdragon Another equally important reason is that I am unable to see who is buying the Snapdragon , and for what purposes.

This project is expected to deliver in Dec-Jan window for the early orders. I intend to do a great job — and that means that I should expect more people backing me. With larger volumes, and longer life, comes a predictability requirement. The Snapdragon also has most of the goodness of the — two independent displays, two cameras wee bit less powerful , USB 3. What you lose is what I have mentioned earlier. Things kind of evolved to reach the current state. This post is an attempt to explain what has happened till now, and how we intend to change things in the future.

Smartphones are based on SoCs — basically a lot packed into a single chip. Reference designs also include other parts required to build the full phone: RAM, storage, peripherals, connectors, antenna designs, and everything including the enclosure of the phone. Reference designs represent reasonably tuned solutions, from a hardware, software, cost and performance perspective that is saying quite a lot in one sentence, by the way!

Making a smartphone is a tight exercise in space optimization too. Mass market consumer devices essentially go through an aggressive BOM optimization, which eliminates unnecessary components — down to the lowly resistors. Smartphones are designed to sell in the millions. Even a few wasted resistors are a no-no at that scale. Reference designs are the secret to the flood of devices you have been seeing in the market for the past N years.

We wanted to create a design that would allow us to build a variety of devices using a standard set of components. Before I get down to explaining each piece, here is the color coding used in the block diagrams in this post:. View all 17 project logs. Create an account to leave a comment. I've been looking for something like this project for a long time, but not very actively, so looks like I missed the kickstarter by a year and a half.

I'd also need a 60x75mm screen which is a separate problem What are the options for a project like this? Could the v2 be produced at smaller volumes for a higher price? Could you take an existing popular phone motherboard and just produce adapter boards and documentation? Are you sure? I know I'm a bit late to the party, and this may not even still be supported, but, if it is, is there a possibility to provide support for newer Android versions such a Android 10 and on.

S I don't know anything about this phone stuff.

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