This solution has:
- Cortex M0 processor, 512K Flash, 128K ROM and 138K SRAM;
- 33 general I/O;
- -97 dBm@BLE 1 Mbps, and -103dBm@ 125 Kbps;
- Tx Power -20 to +10 dBm in3 dB steps
- Receiver 8 mA;
- Transmitter : 8mA@0 dBm TX power
and of course, cheap!
a cost $1, actually even less, solution for Bluetooth 4.1
To make the experience fit your profile, pick a username and tell us what interests you.
We found and based on your interests.
This solution has:
and of course, cheap!
PHY62xx Application guide.zipAPPlication Guider from the IC ProducerZip Archive - 13.70 MB - 09/21/2019 at 03:21 |
|
|
MKF.RD05.V01_PADS.pcbPCB schematic with Padspcb - 2.11 MB - 09/20/2019 at 05:59 |
|
|
MKF.RD05.V01_PADS.schPCB files with Padssch - 84.88 kB - 09/20/2019 at 05:59 |
|
|
MKF.RD05.V01_SCH.PDF$1 BLE core board schematicAdobe Portable Document Format - 294.34 kB - 09/18/2019 at 07:00 |
|
|
PHY6202_BLE_SOC_Datasheet0809.pdfDatasheetAdobe Portable Document Format - 2.58 MB - 09/18/2019 at 06:59 |
|
|
based on this cheap BLE solution, i am planing a body monitoring thermometer , that can be stick on skin , like a Band aid...
Stay focused
the Bluetooth connection works...
the sample board completed, will testing it next week.....
i updated the layout and will make some sample boards soon...
i am hardware engineer and not good at firmware much, if anyone wants to test this board, i am glad to share the PCBA samples as this is really Low cost. Of course, you bears the shipping fee.
Create an account to leave a comment. Already have an account? Log In.
Ok I've found out a few more things about this chip. It's a SoC with a heap of I/O pins and could be used to make BT connected things. The SDK is just a set of includes, sample C programs, some libraries, and some blobs it seems. You need the Keil ARM IDE. Somebody in eevblog was asking about the possibility of compilation with gcc.
As the first poster noted it can't be sourced outside China. Not even LCSC which has many obscure manufactures sells it. The only way you can get hold of one is this kit, via Makerfabs.
Still it's fascinating. Imagine a remote clock always showing the right time because a PC with NTP synchronisation is updating it via BT. Only $1 additional parts cost.
Yes, thanks for your sharing .. as i stated , the IC is not famous , and actually i think there may still bugs... but the most advantage is the price.... i have studied it for months.. now i am thinking about design a product based on it, but i am not sure if i will make it open , or keep it as a normal commercial product, that all the internal info should be hiden..
Well if you are willing to sell the breakout boards for a few $, like those cheap STM8/32 modules, I think you will find people willing to buy. The next problem would be a decent toolchain.
BTW if you do this, make the module rectangular with pins at a standard pitch so that it can be experimented with on a breadboard.
Makerfabs is selling these for $1 + shipping. They linked to this project for details. Can you tell us more about what one mgiht do with this, in addition to what's in the video?
This PHY6202 chip looks very interesting - large sram and low power usage, unfortunately I cannot find any place where I can buy it outside of china - there is no info on aliexpress, alibaba nor lcsc. I cannot find any traces of SDK too...
Become a member to follow this project and never miss any updates
I'd like to take a reasonable number of these boards to test a ble tag project. How do I get to do it?