SPRZ576 November   2024 AM2612

ADVANCE INFORMATION  

  1.   1
  2.   Abstract
  3. 1Usage Notes and Advisories Matrices
  4. 2Silicon Revision 1.0 Usage Notes and Advisories
    1. 2.1 Silicon Revision 1.0 Usage Notes
      1.      i2324
    2. 2.2 Silicon Revision 1.0 Advisories
      1.      i2189
      2.      i2310
      3.      i2311
      4.      i2345
      5.      i2351
      6.      i2352
      7.      i2353
      8.      i2354
      9.      i2356
      10.      i2357
      11.      i2358
      12.      i2359
      13.      i2374
      14.      i2383
      15.      i2411
      16.      i2412
      17.      i2427
      18.      i2428
      19.      i2433
      20.      i2439
      21.      i2440
  5. 3Trademarks
  6. 4Revision History

Usage Notes and Advisories Matrices

Table 1-1 lists all usage notes and the applicable silicon revision(s). Table 1-2 lists all advisories, modules affected, and the applicable silicon revision(s).

Table 1-1 Usage Notes Matrix
ModuleDESCRIPTIONSILICON REVISIONS AFFECTED
AM261
1.0
CLOCKSi2324 — No synchronizer present between GCM and GCD status signalsYES
Table 1-2 Advisories Matrix
MODULE DESCRIPTION SILICON REVISIONS AFFECTED
AM261
1.0
CONTROLSS i2352 — CONTROLSS-SDFM: Dynamically Changing Threshold Settings (LLT, HLT), Filter Type, or COSR Settings Will Trigger Spurious Comparator Events YES
CONTROLSS i2353 — CONTROLSS-SDFM: Dynamically Changing Data Filter Settings (Such as Filter Type or DOSR) Will Trigger Spurious Data Acknowledge Events YES
CONTROLSS i2354 — CONTROLSS-SDFM: Two Back-to-Back Writes to SDCPARMx Register Bit Fields CEVT1SEL, CEVT2SEL, and HZEN Within Three SD-Modulator Clock Cycles can Corrupt SDFM State Machine, Resulting in Spurious Comparator Events YES
CONTROLSS i2356 — CONTROLSS-ADC: Interrupts may Stop if INTxCONT (Continue-to-Interrupt Mode) is not Set YES
CONTROLSS i2357 — CONTROLSS-ePWM: An ePWM Glitch can Occur if a Trip Remains Active at the End of the Blanking Window YES
CONTROLSS i2358 — CONTROLSS-ePWM: Trip Events Will Not be Filtered by the Blanking Window for the First 3 Cycles After the Start of a Blanking YES
CONTROLSS i2359 — CONTROLSS-CMPSS:Prescaler counter behavior different from spec when DACSOURCE is made 0 or reconfigured as 1 YES
CPSW i2345 — CPSW: Ethernet Packet corruption occurs if CPDMA fetches a packet which spans across memory banks YES
UART i2310 — USART: Erroneous triggering of timeout interrupt YES
UART i2311 — USART: Spurious DMA Interrupts YES
DTHE i2428 — AES in DTHE generates extra dma request for data_in at the end of GCM encrypt YES
SEC i2427 — RAM SEC can cause Spurious RAM writes resulting in L2 & MBOX memory corruption YES
USB i2412 — USB can not generate interrupt upon DMA read/Write Access error YES
TCM i2411 — 128 Bytes burst access is not supported for TCM YES
OSPI i2383 — OSPI: 2-byte address is not supported in PHY DDR mode YES
PBIST i2374 — PBIST fails if clock frequency of R5SS_CORE_CLK is not same as R5FSS_CLK_SELECTED frequency YES
OSPI i2351 — OSPI: Direct Access Controller (DAC) does not support Continuous Read mode with NAND Flash YES
OSPI i2189 — OSPI: Controller PHY Tuning Algorithm YES
CPSW i2440 - CPSW: Host to Ethernet Timestamp Sequence ID issue YES
CPSW i2439 - CPSW: Host to Ethernet Timestamp Accuracy Issue YES
ICSS i2433 - ICSS: Reading the 64-bit IEP timer does not have a lock MSW logic when LSW is read YES