Evaluation Type: Development Boards & Tools
Did you receive all parts the manufacturer stated would be included in the package?: True
What other parts do you consider comparable to this product?: Graphics controllers as part of MCUs.
What were the biggest problems encountered?:
I welcome you to my review about Bridgetek ME817EV evaluation board and BT817 Embedded Graphics Engine. RoadTested board is visualized on following photo:
I wrote very long review about this review, so I split it to the multiple blog posts. There are two blog post designed as review. The blog post Review of Bridgetek ME817EV Evaluation Board describes evaluation board itself but do not discuss main chip of this board because it is reviewed in separate detailed blog post Review of Bridgetek BT817 Embedded Video Engine. In blog post reviewing evaluation board, you can find overview of the board, description of all onboard chips, board features, possible modes of operation, available connectors, and jumpers and also about provided software that support this board. Second review blog post describes BT817 chip, what this chip can do for you, its structure, memories, internal engines, describes performance, compares with other possible solutions that enables adding display to the embedded design and describes provided software, software examples and documentation related to this chip. Except these two review blog post there are two project descriptions and one tutorial. There are blog post Pacman using Bridgetek BT817 describing my Pacman project which I have used for gathering experiences with Bridgetek EVE platform, BT817 chip and RoadTested evaluation board. As part of this article there are also tutorial describing some advanced display list commands and concepts used within BT817 chip. Next blog post How does the BT817 coprocessor work? is tutorial describing operation of coprocessor, how does coprocessor execute commands and how outputs from coprocessor could looks like. Finally, third blog post describing my more advanced project will be published later in the future because it is complex, and I still did not complete it. It is project that utilize onboard FT4222 for communication between program running on computer and BT817. Computer program controls display using BT817. At the same time program connects over TCP socket to ZUSI 3 Train Simulator and display information from virtual locomotive to the display in the way like real display present information inside cabs of real modern locomotives. I am currently working on this project. It is complex because it also requires implement communication protocol with simulator and many other things. I am also trying to setup communication with BT817 from .NET Core (C#), so this experiments also consumed me a lot of time. As soon as the project became generally usable with at least one type of locomotive display then I will publish it.
While my blog posts refer each other there are no recommended order of reading it. You can read it in whatever order you want. Following list contains links to all blog post related to this review.
After more than two months spend by reviewing this board, I think ME817EV is good board with very interesting features and possible use cases. I also like onboard BT817 chip and its features, good documentation, and nice and comprehensive software examples. I am giving following score