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CC2640R2F: CC2640R2F 5-Mbps (Proprietary)

Part Number: CC2640R2F
Other Parts Discussed in Thread: CC2640, CC2650

hi,

I want to know which chip support the 5-Mbps (Proprietary) – TX mode, such as CC2640,CC2640R2F,or CC2650

if there is ,can you offer me an example or  how can i get an example of this?

  • Hello,

    We are looking into the matter and trying to get your request to the right team. We will get back to you in time.

    Best regards,

    David
  • Hello,

    We do not currently have examples to demonstrate the usage of this mode on CC264x devices. Can you please share some details regarding your use case for this mode so we can recommend if this is the best mode of operation. The recommended device for this mode is CC2640R2.

    Regards,
  • we takes pictures continually, and send the pictures through RF to controlling  device, by the way analysis the pictures and show them on terminal device. now our RF datarate can reach 3.2Mbps(valid data,not include expenses),  we are mow looking for faster RF so we can send larger pictures using the same time.

    I head that the cc2640 can reach the datarate of 5Mbps, if not , can you recommend me other chips which can reach a higher TX datarate, and also the example.

    thank you!

  • What is the range (link budget) requirement and is it LOS?
    It is possible to send data at ~3mbps throughput using HS mode, however, the payload length has to be ~400bytes to achieve this throughput with reasonable PER. Please contact your local TI field office for further information regarding availability of this mode for evaluation.

    Regards,
  • we want to know if there are chips(2.4Ghz)  which can use HS mode ,with 3mbps throughput or higher.

    and the example of this chip.

    thank you!

  • I wang example of 2.4Ghz chip using HS mode with 3mbps throughput or higher.
    thank you!
  • Hello,

    We do not have published examples for implementation of this PHY mode. Please contact your local TI filed office for further information on options for evaluation of this mode.

    Regards,