Jonas, I was wondering, can you comment on the possibility of loading custom images for the M0 RF core? While I don't doubt that the TI firmware would be sufficient for most uses the idea of loading an open source, RIOT based, MAC onto the M0 is interesting to me.
Thanks, Adam On Wed, Nov 18, 2015 at 5:32 AM Jonas Remmert <[email protected]> wrote: > Hi Adam, > > the CC2650 based board has not yet been released officially. It will > appear online in a few days. Nevertheless, you can order it right now. > > There are two options to purchase: > 1. Art-No.:(PN-00101-A-001.A1) - Only the CC2650 based evaluation board > for 39€ + VAT. > 2. Art-No.:(KPW-IOT-002) - An IoT-Kit bundle for 69€ + VAT that comes > with: > - CC2650 based evaluation board > - TI XDS110 Debug Adapter > - BLE USB Stick > > If you are interested in samples for development, just contact me direclty. > > We will be in Nuremberg at the SPS IPC Drives by next week (24.11.-26.11; > Hall 6, Booth 449), so if you are nearby visit us there. > > Best > Jonas > > -----"devel" <[email protected]> schrieb: ----- > An: RIOT OS kernel developers <[email protected]> > Von: Adam Hunt > Gesendet von: "devel" > Datum: 18.11.2015 13:41 > > Betreff: Re: [riot-devel] TI CC1310 and CC2650 > > I searched Phytec's site but was unable to find a CC2650 based board. > > On Mon, Nov 16, 2015 at 5:54 AM Jonas Remmert <[email protected]> wrote: > >> Hi RIOTers, >> >> we at Phytec offer the Evaluation board, described in the Wiki at [1], >> also with a CC2650 module. The yellow Board is the same as described in the >> Wiki, just the green PCB module differs by containing an TI CC2650 SoC >> instead of the Freescale KW2x SiP. >> >> The board is currently available for 39€ + VAT. Just write the Phytec >> sales team at: [email protected] >> >> We don`t support RIOT on the CC2650 right now, but we are very interested >> in any effort to make RIOT available on the CC2650. Currently, we ship the >> board with an adapted version of the TI's SensorTag BLE example. >> >> If someone needs CC2650 hardware samples for porting or testing feel free >> to contact us. >> We would be happy to support your efforts. >> >> Best Jonas >> >> [1] - https://github.com/RIOT-OS/RIOT/wiki/Board%3A-Phytec-phyWAVE-KW22 >> >> >> >> -----"devel" <[email protected]> schrieb: ----- >> An: RIOT OS kernel developers <[email protected]> >> Von: "[email protected]" >> Gesendet von: "devel" >> Datum: 16.11.2015 10:23 >> Betreff: Re: [riot-devel] TI CC1310 and CC2650 >> >> >> Hi Adam >> >> I'm looking at the CC13xx and as far as I remember is has a Coretex-M3 >> running. I have 2 CC1350's on my desk and will most likely start to run >> them in the next 2 weeks, If all is goes well with my current projects. >> >> We are running Contiki on our MSP430 with CC1120 and CC1190 (PA) for our >> OpenWSN mesh network implementation. Debugging is a major issue on Contiki >> so I will be loading RIOT and see what is required in terms of porting >> >> TI suggested that I wait for version 2 of the silicon of the CC1350 It >> should have been release end of Q3 of this year, I'm still waiting...... >> The TI rep will be here today I hope ...... >> >> Any suggestions on the porting process? >> >> Kind regards >> Ben >> >> On 2015-11-14 04:33 PM, Adam Hunt wrote: >> >> Has anyone taken a look at TI's CC2560 or C1310 processors? They're both >> based on an a Cortex-M3 processor clocked up to 48 MHz and work in the 2.4 >> GHz and sub-1 GHz bands respectively. I haven't had a chance to read all >> the documentation yet but they appear similar to the CC2538, aside from one >> part, they both have a Cortex-M0 based "RF Core" softMAC supporting >> 802.15.4, 6lowpan, BLE, and ZigBee stacks.. >> >> Unfortunately, the datasheets state "The ARM Cortex-M0 processor is not >> programmable by customers." While this may mean that it's not possible to >> write a custom MAC or port RIOT's to the M0 these could still prove to be >> useful chips. The documentation states that an image for the softMAC is >> stored in an chip ROM but it does seem to be field upgradeable but I'm not >> clear if this is only possible by patching the image stored in ROM each >> boot or if the patch is permanent opening a potential avenue for custom M0 >> firmware. The documentation doesn't include complete register documentation >> for the M0 but it at least includes the names of the registers. I'm not >> sure if debug access is enabled on the M0 but I would be fairly surprised >> if it were. >> >> Both chips also contain a "sensor controller" CPU that can be configured >> to monitor various peripherals even while the main processor is in standby >> mode which sounds like a nice way to further reduce power consumption. I >> haven't had time to investigate how this processor is configured and >> programmed. >> >> Anyways, even if the embedded softMAC isn't user programmable these look >> like interesting chips. Seeing as they only cost US$29 I'll probably buy >> TI's CC2650 based "SensorTag"[1] dev platform and if I'm feeling especially >> adventurous give porting RIOT to it a try. >> >> --adam >> >> [1] <http://www.ti.com/sensortag>www.ti.com/sensortag >> >> >> _______________________________________________ >> devel mailing list >> [email protected] >> https://lists.riot-os.org/mailman/listinfo/devel >> >> >> _______________________________________________ >> devel mailing list >> [email protected] >> https://lists.riot-os.org/mailman/listinfo/devel >> _______________________________________________ >> devel mailing list >> [email protected] >> https://lists.riot-os.org/mailman/listinfo/devel >> > _______________________________________________ > devel mailing list > [email protected] > https://lists.riot-os.org/mailman/listinfo/devel > _______________________________________________ > devel mailing list > [email protected] > https://lists.riot-os.org/mailman/listinfo/devel >
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