Nucleo-144 Boards (Mb1364) Product History; Table 23. Product History - STMicroelectronics STM32H7 User Manual

Nucleo-144 boards (MB1364) information
Nucleo-144 boards
9.2
Order Product
code identification
NUH743ZI$AT1
NUH743ZI$AT2
NUH753ZI$AT1
NUH753ZI$AT2
44/49
(MB1364) product history

Table 23. Product history

Product details
MCU:
– STM32H743ZIT6
revision 'V'
MCU errata sheet:
– STM32H742xI/G and
STM32H743xI/G device
limitations (ES0392)
Board:
– MB1364-H743ZI-C01
MCU:
– STM32H743ZIT6
revision 'V'
MCU errata sheet:
– STM32H742xI/G and
STM32H743xI/G device
limitations (ES0392)
Board:
– MB1364-H743ZI-E01
MCU:
– STM32H753ZIT6
revision 'V'
MCU errata sheet:
– STM32H750xB and
STM32H753xI device
limitations (ES0396)
Board:
– MB1364-H753ZI-C01
MCU:
– STM32H753ZIT6
revision 'V'
MCU errata sheet:
– STM32H750xB and
STM32H753xI device
limitations (ES0396)
Board:
– MB1364-H753ZI-E01
UM2407 Rev 3
Product change
description
Initial revision
The IDD measurement of
the STM32H7x3 MCU can
be measured in Standby
mode. The ETH PHY is
powered by VDD and is
separated from
VDD_MCU.
The silkscreen is
corrected on the morpho
connectors.
Initial revision
The IDD measurement of
the STM32H7x3 MCU can
be measured in Standby
mode. The ETH PHY is
powered by VDD and is
separated from
VDD_MCU.
The silkscreen is
corrected on the morpho
connectors.
UM2407
Product limitations
The IDD measurement of
the STM32H7x3 MCU
cannot be performed in
Standby mode because of
ETH PHY (U15) and the
pull-up resistors (R40,
R43, R46, R47, and R48)
supplied by VDD_MCU.
No limitation
The IDD measurement of
the STM32H7x3 MCU
cannot be performed in
Standby mode because of
ETH PHY (U15) and the
pull-up resistors (R40,
R43, R46, R47, and R48)
supplied by VDD_MCU.
No limitation