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AM2732-Q1: two questions of AM273x

CHOI SEUNG WON
Expert 1245 points
Part Number: AM2732-Q1

Dear TI

first question / is AM273x better than infineon Aurix series ( hardware performance) ?

second question / is AM273x peripheral similar and better to C2000 DSPs(for example TMS320F28XXX) ?

Best Regards, Choi

  • 0
    TI__Guru 54975 points

    Hi Choi,

    What are your questions?

    Above are two statements instead of questions.

    Best regards,

    Ming

  • 0
    Expert 1330 points

    The Infineon Aurix series is known for its robustness and safety features, making it popular in automotive and industrial applications where functional safety is critical. It offers a wide range of models with varying performance levels to meet different application needs.

    On the other hand, the AM273x series is part of Texas Instruments' automotive-grade microcontrollers, offering high computational power, rich peripheral integration, and advanced features suitable for automotive applications.

  • 0 in reply to Ming Wei
    Expert 1245 points

    Dear Ming Wei

    sorry , i fixed it.

  • 0 in reply to Zain Nasir
    Expert 1245 points

    Dear Zain Nasir

    좋은 의견에 감사하다.

    하지만 내가 궁금한 질문에 직접적인 간접적인 답변이 되지 못한다. 질문은 간단하다. TI의 C2000계열 제품과 AM273x계열, 즉 C28X와 Realtime ARM 4/5 의 성능 차이가 궁금하다. 결론적으로 우리는 실수연산을 기준으로한 연산속도로 성능 판단할 거라 생각하는데, 이러한 성능 차이를 설명하는 자료가 있는지 궁금하다. 그리고 지금 새롭게 나오는 ST의 Stellar mcu나 infineon의 aurix등의 제품과 어느 정도 연산 성능 차이가 있는지도 궁금하다.

    TI는 C2000계열 제품의 개발보다 더 많은 ARM계열 제품을 개발하는 것처럼 보이는데, 이것이 ARM의 성능이 높기 때문인 것인지 알고 싶다. 사실 작은 전력을 소비하는 마이컴의 조건에서 전력 효율을 논의하는 것은 무의미하다고 본다. 그렇다면 오직 성능만이 중요한데 이러한 비교 자료가 있는지 궁금하다.

    TI C28X vs TI ARM vs Ohters ARM(ST, Infineon etc) vs PowerPC(nxp)

    Thanks for the good comments.

    However, it does not provide a direct or indirect answer to the question I am curious about. The question is simple. I am curious about the performance difference between TI's C2000 series products and AM273x series, that is, C28X and Realtime ARM 4/5. In conclusion, I think we will judge performance based on calculation speed based on real number calculations, but I am curious if there is any data explaining this difference in performance. I am also curious to what extent there is a difference in computing performance from new products such as ST's Stellar mcu and Infineon's aurix.

    TI appears to be developing more ARM-based products than C2000-based products, and I would like to know if this is due to ARM's high performance. In fact, I think it is meaningless to discuss power efficiency under the conditions of a microcomputer that consumes little power. Then, only performance is important, and I wonder if there is such comparative data.

    TI C28X vs TI ARM vs Ohters ARM(ST, Infineon etc) vs PowerPC(nxp)