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Can anyone who knows about TSIP give me some advice? [Copy link]

I am going to make an audio processing board based on TSIP recently. The FPGA part is used as the processing module after AD comes in, and then it is handed over to the DSP end for audio processing through TSIP.

I checked the relevant information myself, and basically there is only a user manual from TI. After reading it, I also did a small loop communication test according to the instructions above, but I still feel that I don’t understand tsip well enough. I wonder if there is any expert who knows about this area who can tell me a little bit, or has relevant information to recommend, mainly focusing on the characteristics and advantages of tsip, and want to establish a more theoretical understanding.

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TSIP (Trusted Secure IP) technology, compared to dedicated encryption chips and the encryption functions of traditional MCUs, RX MCUs based on TSIP technology can use encryption modules and strongly protect keys in a secure environment, thus providing strong encryption features while achieving MCU versatility. TSIP combines encryption algorithms and keys with the ID and true random number generator of each chip, so the key generation information of each chip is different. Even if it is the same chip, the key generation information generated will be different when the key is installed at different times. This can completely prevent Flash blind copying. "In IoT applications, the focus is still on networking functions, and security/encryption is still blank or in the exploratory stage. RX MCU's TSIP technology can effectively solve the security issues of terminal devices, that is, provide the root of trust for IoT terminal devices. The TSIP protocol is briefly introduced as follows: I don't know if it's what you need.   Details Published on 2019-7-9 00:13
 

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TSIP (Trusted Secure IP) technology, compared to dedicated encryption chips and the encryption functions of traditional MCUs, RX MCUs based on TSIP technology can use encryption modules and strongly protect keys in a secure environment, thus providing strong encryption features while achieving MCU versatility.

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TSIP combines encryption algorithms and keys with the ID and true random number generator of each chip, so the key generation information of each chip is different. Even if it is the same chip, the key generation information generated will be different when the key is installed at different times. This can completely prevent Flash blind copying. "In IoT applications, the focus is still on networking functions, and security/encryption is still blank or in the exploratory stage. RX MCU's TSIP technology can effectively solve the security issues of terminal devices, that is, provide the root of trust for IoT terminal devices.


  • The TSIP protocol is briefly introduced as follows:

I don't know if it's what you need.

This post is from FPGA/CPLD
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okhxyyo published on 2019-7-9 00:13 TSIP (Trusted Secure IP) technology, compared with the encryption function of dedicated encryption chips and traditional MCUs, the RX MCU based on TSIP technology can be used in the security...

Thank you very much for your reply, but the TSIP I mentioned is the telecom serial interface port...

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