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Related ARM Part numbers: RI300-KT-0177ALF RI310-KT-0177ALF RI320-KT-0177ALF RI330-KT-0177ALF RI340-KT-0177ALF RI400-KT-0177ALF

RealView ICE v4.1 supports the following Hardware Development Platforms:

• TI OMAP 1710 (generic)
• TI OMAP 3410 (generic)
• TI OMAP 3420 (generic)
• TI OMAP 3430 (generic)
• TI OMAP 3440 (generic)
• TI OMAP 3450 (generic)
• TI OMAP 3503 (generic)
• OMAP 3530 EVM (Mistral)
• TI OMAP 3515 (generic)
• TI OMAP 3525 (generic)
• TI OMAP 3530 (generic)
• TI OMAP 5912 (generic)
• TI DaVinci (TMS320DM355)
• TI OMAPL138 LogicZoomExpKit
• TI TMS570PSFC61
• ZOOM OMAP34x-II MDP
• Beagleboard
• Freescale i.MX25PDK
• Freescale i.MX28PDK
• Freescale i.MX27 LiteKit
• Freescale i.MX31 (generic)
• Freescale i.MX31 (Zoom LITEKIT)
• Freescale i.MX31 (Phycore RDK)
• Freescale i.MX35 (generic)
• Icytecture i.MX35BaseModule
• Silica Phytec iMX35
• Freescale i.MX51 (generic)
• Freescale i.MX51PDK
• ST u8500
• ARM PB1176
• ARM PB926
• Atmel AT91SAM9261-EK
• Atmel AT91SAM9263-EK
• Atmel AT91SAM9G45-EK
• Atmel AT91SAM9RL-EK
• Keil MCBSTM32
• NXP LPC3250_FDI
• Samsung S5PC100 SMDK

Note: generic support denotes support for the platform and does not include board specific settings such as trace signal calibrations and board reset configurations.

Board Support notes

AT91SAM9261-EK, AT91SAM9263-EK, AT91SAM9RL-EK, AT91SAM9G45-EK-E

The Atmel AT91SAM boards listed above are supported within this release of DSTREAM/RVI and have 2 sets of platform files available, one with JTAG clock speed = 10Mhz and another with JTAG clock speed = 5Khz. If debugging through reset, it is recommended that the user utilises the platform files with JTAG clock = 5Khz otherwise JTAG communication may be lost. Otherwise, if not intending debugging through reset, use the 10Mhz JTAG clock speed for optimal communication speed.

The AT91SAM9G45-EK-ES may not have the in-line resistor R84 fitted in series with the nTRST line from the JTAG connector. If this is the case, then the DSTREAM or RVI unit cannot perform a TAP reset whilst debugging through reset and communication with the target can be lost. If this occurs then the reset type should be set to 'Fake'.

ETM trace on AT91SAM9263-EK

If tracing off-chip via the mictor connector J28, the AT91SAM9263-EK board must have R30 removed; see section 4.1 of "AT91SAM9263-EK Evaluation Board Rev. B User Guide". Failure to remove the resistor when tracing off-chip may result in trace capture failure.

Resets on Icytecture and Silica/Phytec iMX35

Both these boards have their nSRST and nPORST lines tied, so a System reset also results in a Power-on reset occurring, with consequential loss of the debug settings for the target. Consequently, the target runs from the reset vector without intervention by the RVI or DSTREAM unit.

Freescale iMX25 PDK

Should auto-detection of the iMX25 fail, please confirm that the RVI firmware has been upgraded to RVI 4.1. A known issue with auto-detecting this target was identified and fixed within the RVI 4.1 firmware. When attempting to obtain off-chip trace on this target from the ETM, it has been found that if the ARM Core Clock is > 133Mhz (TRACECLK > 66Mhz) then the trace may be corrupt. No work around is known for this, please contact the board vendor if this problem is encountered.

Future Designs Inc. NXP LPC3250

This board does not feature the standard ARM 20 pin JTAG connector. Therefore, in order to connect an RVI or DSTREAM unit to this board, the JTAG adaptor referred to in "LPC3250 User Manual" sec. 10 must be constructed. It is also possible that the 10-way JTAG debug connector J3 pinout may be reversed on this board, please confirm the correct pinout on this connector before making up the adaptor otherwise damage may result to the target hardware and/or debug hardware. ARM cannot be held responsible for such damage.

RealView ICE v4.1 supports the following processors:

• ARM720T
• ARM740T
• ARM7TDMI-S
• ARM7TDMI
• ARM7EJ-S
• ARM9EJ-S
• ARM920T
• ARM922T
• ARM925T
• ARM926EJ-S
• ARM940T
• ARM946E-S
• ARM966E-S
• ARM968E-S
• ARM968E-Srd
• ARM1136JF-S
• ARM1156T2F-S
• ARM1176JZF-S
• ARM11 MPCore
• Cortex-A9
• Cortex-A8
• Cortex-A5
• Cortex-M0
• Cortex-M1
• Cortex-M3
• Cortex-M4
• Cortex-R4
• Cortex-R4F
• SecurCore SC100
• SecurCore SC200
• Marvell 88FR101
• Marvell 88FR111
• Marvell 88FR331
• Marvell 88SV581x-v7 PJ4

The following cores are supported when connected via JTAG-AP in a CoreSight system:

• ARM7TDMI-S
• ARM7EJ-S
• ARM9EJ-S
• ARM926EJ-S
• ARM946E-S
• ARM966E-S
• ARM968E-S
• ARM1136JF-S
• ARM1156T2F-S
• ARM1176JZF-S
• ARM11 MPCore

NOTE: A problem in r2 & r3 ARM7TDMI-S cores can lead to incorrect program execution if two breakpoints are placed immediately after a non-branching multicycle instruction. After this multicycle instruction is executed, the debug hardware generates an incorrect address for the breakpoint entry. RealView ICE may then return control to the wrong address after the breakpoint.

Examples of non-branching multicycle instructions are Data Processing with Register Shift; Multiplies; Load or Store instructions.

Contact your CPU vendor for full errata.

Marvell Core Support

RealView ICE supports the Marvell 88FR101 and Marvell 88FR111 cores. On some early revisions of the Marvell 88FR101 and 88FR111, mode specific breakpoints need to be inverted to work correctly. The behaviour of the RealView ICE when setting these breakpoints can be altered by using a configuration item named "Invert mode specific breakpoints". For more information on setting configuration items please refer to section 4.2.7 "Configuring devices" in RealView ICE 4.1 User Manual.

GDB support

RealView ICE contains functionality to allow the user to use GDB to debug over RealView ICE.

For more information visit the RealView ICE GDB Pages at http://www.arm.com/products/DevTools/RVIGDB.html. Here you can find the latest information about GDB including:

• Later supported GDB versions
• Drivers to enable Ethernet and serial communications over DCC 

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Supported ARM Devices(partial)