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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 screen shot

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

 

 

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:

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

 

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:

 

RealView ICE

The ARM® RealView®  ICE unit is the leading-edge hardware debug solution that supports all ARM processors  in single-core, multi-core, homogeneous and heterogeneous architectures, offering unparalleled support for ARM processor-based devices.

 RealView ICE


Together with the debugger in the RealView Development Suite, the RealView ICE unit enables the user to connect to, and control real silicon of ARM processor-based devices, delivering the demanding performance required by today’s developers of sophisticated system-on-chip devices and embedded system software.


New features of RealView ICE 3.3 Firmware Release:

  • Full debug support for the CortexTM-A9 processor, the latest member of the Cortex family of processors; and the Cortex-R4F processor
  • Support for the TI OMAP 34xx, TI OMAP 35xx, TI OMAP 1710, TI DaVinci, Freescale i.MX31 and ARM PB1176JZF-S platforms
  • Introduction of streaming trace, which removes the need for expensive large buffers on trace capture units by uploading trace data to memory on the host machine, allowing for tracing over a long period of time
  • Easier configuration of CoreSightTM  debug and trace systems with an improved Graphical User Interface in the RVConfig utility
  • An AHB Download utility enabling memory reads and writes, and code download directly via the AHB-AP bridge, giving significant speed improvements over JTAG
  • USB connection to a Linux host, supporting run control, as well as streaming and non-streaming trace
  • Inclusion of the CoreSight Access Tool (CSAT) enabling low-level configuration and interrogation of CoreSight systems to bring up and verify debug connectivity, read the ROM table and CoreSight registers, and download code to CoreSight devices
  • Support for the CoreSight Serial Wire Output format, reducing the number of pins required for debug

Key technologies supported by RealView ICE include:

Support for the RealView Trace 2 unit
The RealView ICE unit supports the RealView Trace 2 trace capture plug-in unit, which introduces an innovative data streaming capability to the RealView tools that directly enables hardware platform profiling by the RealView Profiler  product from ARM.

Debug and Trace of the Cortex Processor Family
The RealView ICE unit comprehensively supports the debug and trace technology for the Cortex family of processors to enable rapid deployment and utilization of the advanced on-chip debug and trace infrastructure. The RealView ICE unit provides the target connection and run-control capability that allows hardware and software developers to generate device bring-up and initialization code, develop firmware, boot operating systems and debug executable code.

Enhanced CoreSight Support
The RealView ICE unit extends support for the CoreSight On-chip Debug and Trace Technology to all of the available CoreSight Design Kits. System architects and software developers can now fully utilize and exploit the comprehensive debug and trace capabilities for ARM processor-based designs, to significantly improve the debug experience and speed development of higher quality products.

Serial Wire Debug Connection
The RealView ICE unit fully supports the CoreSight Serial Wire Debug technology that can be used in place of JTAG. Serial Wire Debug reduces the number of debug port pins on a device from 5 pins to 2 pins, for severely pin-limited packages and where pin count can be the controlling factor in device costs.

Third-party Debug Environment Support
The RealView ICE unit has an extensive feature set which can be leveraged within a user's preferred device connection and debug environment with the use of the Remote Device Debug Interface (RDDI). This easy-to-integrate API enables functions such as device access, register and memory interrogation, as well as reset, synchronization and start for immediate device control.

Standard features of RealView ICE include:

  • Full debug support for all processors in the ARM and Cortex processor families
  • High performance run control
    - code download at up to 1.2Mbytes/sec
    - high speed single-stepping at up to 100 steps/sec
    - JTAG clock frequencies of 2KHz to 20MHz, up to 50MHz via LVDS
    - wide voltage tolerance from 1.0V to 5.0V
  • USB and Ethernet host connectivity
  • Inclusion of RDDI-LITE utility for low-level JTAG operation programming
  • GDB-Eclipse plug-in for simplified target connection and debug using the GNU debugger
  • eXDI2 driver to enable debugging of Windows CE using Microsoft's Platform Builder development tools

Supported Platforms

  • Windows XP Professional and Windows
  • Red Hat Enterprise Linux versions 4 and 5

Latest Version
RealView ICE version 3.3 is now available directly from ARM and from your local authorised RealView Tools Distributor.

Please check RealView ICE Software Downloads for all available RealView ICE firmware releases. 

Realview ICE Package(外包装)

Realview ICE Inside pack(内包装)

RealviewICE run control unit V3.3 box

Target Side I/F

Host Side I/F

RealviewICE Disc, V3.1/V3.3, support Windows and Redhat Linux

Supported ARM Devices(partial)

Manufacturer Family Product
Acorn ARM1 ARM1
Acorn ARM2 ARM2
Acorn ARM3 ARM250
Acorn ARM3 ARM3
Agere ARM T8300 (ARM940T)
Agere ARM T8302 (ARM940T)
Agilent ARM AAEC-2000 (ARM920T)
AIEC ARM AIEC9 (ARM966E-S)
AKM ARM AK2471 (ARM7TDMI)
Alcatel ARM MTC-20276 (ARM7TDMI)
Alcatel ARM MTC-20277 (ARM7TDMI)
Alcatel ARM MTC-30585 (ARM7TDMI)
Alcatel ARM MTC-60180 (ARM7TDMI)
Alcatel ARM MTK-20141 (ARM7TDMI)
Alcatel ARM MTK-20280 (ARM7TDMI)
Alcatel ARM MTK-20285 (ARM7TDMI)
Altera Excalibur (ARM922T) EPXA1
Altera Excalibur (ARM922T) EPXA10
Altera Excalibur (ARM922T) EPXA4
Analog Devices ARM AD20MSP430 (ARM7TDMI/ADSP-218x)
Analog Devices ARM AD6522 (ARM7TDMI/ADSP-218x)
Analog Devices ARM AD6526 (ARM7TDMI/ADSP-218x)
Analog Devices ARM AD6528 (ARM7TDMI/ADSP-218x)
ARM ARM10 ARM1020E Core
ARM ARM10 ARM1022E Core
ARM ARM10 ARM1026EJ-S Core
ARM ARM11 ARM1136J-S Core
ARM ARM11 ARM1136JF-S Core
ARM ARM6 AMULET1
ARM ARM6 ARM60
ARM ARM6 ARM600
ARM ARM6 ARM601
ARM ARM6 ARM61
ARM ARM6 ARM610
ARM ARM6 ARM650
ARM ARM7 ARM700
ARM ARM7 ARM710
ARM ARM7 ARM7100 (ARM710)
ARM ARM7 ARM710a
ARM ARM7 ARM7500
ARM ARM7 ARM7500FE
ARM ARM7 ARM7DI Core
ARM ARM7 Thumb ARM710T Core (ARM7TDMI)
ARM ARM7 Thumb ARM720T Core (ARM7TDMI)
ARM ARM7 Thumb ARM740T Core (ARM7TDMI)
ARM ARM7 Thumb ARM7EJ-S Core
ARM ARM7 Thumb ARM7TDMI Core
ARM ARM7 Thumb ARM7TDMI-S Core
ARM ARM8 *
ARM ARM9 Thumb ARM920T Core (ARM9TDMI)
ARM ARM9 Thumb ARM922T Core (ARM9TDMI)
ARM ARM9 Thumb ARM926EJ-S Core (ARM9EJ-S)
ARM ARM9 Thumb ARM940T Core (ARM9TDMI)
ARM ARM9 Thumb ARM946E-S Core (ARM9E-S)
ARM ARM9 Thumb ARM966E-S Core (ARM9E-S)
ARM ARM9 Thumb ARM9TDMI Core
Atmel AT75 (ARM7/Oak) AT75C140 SIAP I (ARM7TDMI)
Atmel AT75 (ARM7/Oak) AT75C220 SIAP-E (ARM7TDMI/OakDSP)
Atmel AT75 (ARM7/Oak) AT75C310 SIAP (ARM7TDMI/OakDSP)
Atmel AT75 (ARM7/Oak) AT75C320 SIAP-II (ARM7TDMI/OakDSP)
Atmel AT76 (ARM7) AT76C110 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C111 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C112 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C113 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C114 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C501 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C502 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C502A (ARM7TDMI)
Atmel AT76 (ARM7) AT76C503 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C503A (ARM7TDMI)
Atmel AT76 (ARM7) AT76C504 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C505 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C506 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C507 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C510 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C511 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C551 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C552 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C553 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C554 (ARM7TDMI)
Atmel AT76 (ARM7) AT76C901 (ARM7TDMI)
Atmel AT78 (ARM7/AVR) AT78C1501 (ARM7TDMI/AVR)
Atmel AT91 (ARM SC100) AT91SC25672RC (SC100)
Atmel AT91 (ARM7) AT91F40416 (ARM7TDMI)
Atmel AT91 (ARM7) AT91F40816 (ARM7TDMI)
Atmel AT91 (ARM7) AT91FR40162 (ARM7TDMI)
Atmel AT91 (ARM7) AT91FR4042 (ARM7TDMI)
Atmel AT91 (ARM7) AT91FR4081 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M40400 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M40800 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M40807 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M42800 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M42800A (ARM7TDMI)
Atmel AT91 (ARM7) AT91M43300 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M55800 (ARM7TDMI)
Atmel AT91 (ARM7) AT91M55800A (ARM7TDMI)
Atmel AT91 (ARM7) AT91M63200 (ARM7TDMI)
Atmel AT91 (ARM7) AT91R40008 (ARM7TDMI)
Atmel AT91 (ARM7) AT91R40807 (ARM7TDMI)
Atmel AT91 (ARM7) AT91SC321RC (ARM7TDMI)
Atmel AT91 (ARM9) AT91RM9200 (ARM920T)
Atmel ATR (ARM7) ATR0602 (ARM7TDMI)
Basis ARM BC6911 (ARM7TDMI)
CDL ARM CDL-82 (ARM7TDMI)
Cirrus Bodega (ARM7) CS22210 (ARM7TDMI)
Cirrus Bodega (ARM7) CS22220 (ARM7TDMI)
Cirrus Bodega (ARM7) CS22230 (ARM7TDMI)
Cirrus Bodega (ARM7) CS22250 (ARM7TDMI)
Cirrus Bodega (ARM7) CS22270 (ARM7TDMI)
Cirrus General (ARM7) CL-PS7110 (ARM710A)
Cirrus General (ARM7) CL-PS7111 (ARM710A)
Cirrus General (ARM7) CL-PS7500FE (ARM710A)
Cirrus General (ARM7) CL-SH8665 (ARM7TDMI)
Cirrus General (ARM7) CL-SH8668 (ARM7TDMI)
Cirrus General (ARM7) CS89712 (ARM720T)
Cirrus Maverick (ARM7) EP7209 (ARM720T)
Cirrus Maverick (ARM7) EP7211 (ARM720T)
Cirrus Maverick (ARM7) EP7212 (ARM720T)
Cirrus Maverick (ARM7) EP7309 (ARM720T)
Cirrus Maverick (ARM7) EP7311 (ARM720T)
Cirrus Maverick (ARM7) EP7312 (ARM720T)
Cirrus Maverick (ARM7) EP7339 (ARM720T)
Cirrus Maverick (ARM7) EP7407 (ARM720T)
Cirrus Maverick (ARM9) EP9312 (ARM920T)
Conexant ARM7 CX81210
Conexant ARM7 CX81400 (ARM7TDMI)
Conexant ARM7 M4641 (ARM7TDMI)
Conexant ARM7 PH21101 (ARM7TDMI)
Conexant ARM9 CN9414 (ARM940T)
Conexant ARM9 CX22490 (ARM940T)
Conexant ARM9 CX22491 (ARM940T)
Conexant ARM9 CX22492 (ARM940T)
Conexant ARM9 CX22496 (ARM940T)
Conexant ARM9 CX24430 (ARM940T)
Conexant ARM9 CX24943 (ARM940T)
Conexant ARM9 CX82100 (ARM940T)
Conexant ARM9 CX82110 (ARM940T)
Conexant ARM9 CX82310 (ARM940T)
Conexant ARM9 CX84200 (ARM940T)
Ericsson EBC (ARM) PBM 990 90 (ARM7TDMI)
Europe Technologies ARM ET-AUT002B easyCAN3 (ARM7TDMI)
Europe Technologies ARM ET-AUT012A easyCAN4 (ARM7TDMI)
Europe Technologies ARM ET-IND001A SmartCAN1 (ARM7TDMI)
Europe Technologies ARM ET-SAM015A SmartAccess3 (ARM7TDMI)
Fujitsu ARM MB86C00/MBG011 (ARM7TDMI)
GlobespanVirata ARM Beryllium (2x ARM7TDMI)
GlobespanVirata ARM Helium 100 (2x ARM7TDMI)
GlobespanVirata ARM Helium 200 (2x ARM7TDMI)
GlobespanVirata ARM Helium 210-80 (2x ARM7TDMI)
GlobespanVirata ARM Helium 500 (ARM9/ARM7TDMI)
GlobespanVirata ARM Lithium (ARM720T/ARM7TDMI)
GlobespanVirata ARM Nitrogen 210-80
Hynix ARM GMS30C7201 (ARM720T)
Hynix ARM HMS30C7202 (ARM720T)
Hynix ARM HMS31C2816 (ARM7TDMI)
Hynix ARM HMS38T1264 (SC100)
Hynix ARM HMS39C70512 (ARM7TDMI)
Hynix ARM HMS39C7092 (ARM7TDMI)
Imedia ARM9 IM6030
Imedia ARM9 IM6031
Imedia ARM9 IM6060
Intel ARM7 5206 (ARM7TDMI)
Intel ARM7 D5205 (ARM7TDMI)
Intel ARM7 D5313 (ARM7TDMI)
Intel ARM7 D5314 PDCharm2.0 (ARM7TDMI)
Intel ARM7 D5315 PDCharm2.5 (ARM7TDMI)
Intel ARM7 D5431 (ARM7TDMI/OakDSP)
Intel ARM7 IXP220 (ARM7TDMI)
Intel ARM7 IXP225 (ARM7TDMI)
Intel StrongARM IXP1200
Intel StrongARM IXP1240
Intel StrongARM IXP1250
Intel StrongARM SA-1 Core
Intel StrongARM SA110
Intel StrongARM SA1100
Intel StrongARM SA1110
Intel StrongARM SA1500
Intel XScale 80200 Coyanosa
Intel XScale 80321/IOP321
Intel XScale IXC1100
Intel XScale IXP2400
Intel XScale IXP2800
Intel XScale IXP2850
Intel XScale IXP420
Intel XScale IXP421
Intel XScale IXP422
Intel XScale IXP425
Intel XScale PXA210
Intel XScale PXA250 Cotulla
Intel XScale PXA255
Intel XScale PXA261
Intel XScale PXA262
Intel XScale PXA800F Manitoba
Link Up ARM L7200 (ARM720T)
Link Up ARM L7205 (ARM720T)
Link Up ARM L7210 (ARM720T)
LSI Logic ARM Devices L64324 (ARM7TDMI)
LSI Logic ARM7TDMI Coreware CW001007
LSI Logic ARM7TDMI Coreware CW001009
LSI Logic ARM7TDMI Coreware CW001010
LSI Logic ARM9E Coreware CW001100 ARM946E-S
LSI Logic ARM9E Coreware CW001102 ARM966E-S
LSI Logic ARM9E Coreware CW001105 ARM966E-S
LSI Logic ARM9E Coreware CW001107 ARM926EJ-S
LSI Logic SignalSphere (ARM/Oak) CBP3.0 (ARM7TDMI/OakDSP)
LSI Logic SignalSphere (ARM/Oak) CBP4.0 (ARM7TDMI/OakDSP)
Micronas LEAP (ARM7TDMI) CBC3207A
Micronas LEAP (ARM7TDMI) CBC3231A
Micronas LEAP (ARM7TDMI) CBC3251A
Micronas LEAP (ARM7TDMI) CBC327xA
Micronas LEAP (ARM7TDMI) CBC329xA
Micronas LEAP (ARM7TDMI) CDC3205G-A CEVG-1
Micronas LEAP (ARM7TDMI) CDC3205G-B CEVG-2
Micronas LEAP (ARM7TDMI) CDC3207G-B CEVG-3
Micronas LEAP (ARM7TDMI) CDC3231G
Micronas LEAP (ARM7TDMI) CDC3252G
Micronas LEAP (ARM7TDMI) CDC3272G
Micronas LEAP (ARM7TDMI) CDC3297G
Micronas LEAP (ARM7TDMI) CEA3207A
Micronas LEAP (ARM7TDMI) CEA325xA
Micronas LEAP (ARM7TDMI) CEA327xA
Micronas PUC303xA (ARM7TDMI) PUC3030A Zenon
Mitel Firefly Core (ARM7TDMI) *
Mobilan TrueRadio (ARM) MN12100 (ARM7TDMI)
Motorola i.250 DSP56621 (DSP56600/ARM7TDMI-S)
Motorola MC9xxx (ARM920T) MC9328MX1 DragonBall
Motorola MC9xxx (ARM920T) MC9328MXL DragonBall
NEC SOCLite (ARM7TDMI) µPD65977
NeoMagic MiMagic (ARM) NMS7200 MiMagic 1 (ARM720T)
NeoMagic MiMagic (ARM) NMS7205 MiMagic 2 (ARM720T)
NeoMagic MiMagic (ARM) NMS7210 MiMagic 3 (ARM720T)
NeoMagic MiMagic (ARM) NMS9200 MiMagic 5 (ARM922T)
NetSilicon NET+ARM NET+10 (ARM7TDMI)
NetSilicon NET+ARM NET+15 (ARM7TDMI)
NetSilicon NET+ARM NET+40 (ARM7TDMI)
NetSilicon NET+ARM NET+5 (ARM7TDMI)
NetSilicon NET+ARM NET+50 (ARM7TDMI)
NetSilicon NET+ARM NS7520 (ARM7TDMI)
OKI ARM7 ML670100 (ARM7TDMI)
OKI ARM7 ML671000 (ARM7TDMI)
OKI ARM7 ML673000 (ARM7TDMI)
OKI ARM7 ML674000 (uPLAT-7B)
OKI ARM7 ML674001 (uPLAT-7B)
OKI ARM7 ML675001 (uPLAT-7D)
OKI ARM7 ML67Q2300 (ARM7TDMI)
OKI ARM7 ML67Q3001 (ARM7TDMI)
OKI ARM7 ML67Q4001 (uPLAT-7B)
OKI ARM7 ML67Q4002 (uPLAT-7B)
OKI ARM7 ML67Q4003 (uPLAT-7B)
OKI ARM7 ML67Q5001 (uPLAT-7D)
OKI ARM7 ML67Q5002 (uPLAT-7D)
OKI ARM7 ML67Q5003 (uPLAT-7D)
OKI ARM7 ML67Q5200 (uPLAT-7D/Teak)
OKI ARM7 ML70511 (uPLAT-7C)
OKI ARM7 ML70512 (uPLAT-7B)
OKI ARM7 ML7055 (uPLAT-7B)
OKI ARM7 ML70Q5101 (uPLAT-7C)
OKI ARM7 ML70Q5110 (uPLAT-7C)
OKI ARM7 ML70Q5111 (uPLAT-7C)
OKI ARM7 uPLAT-7B Core (ARM7TDMI)
OKI ARM7 uPLAT-7C Core (ARM7TDMI)
OKI ARM7 uPLAT-7D Core (ARM7TDMI)
OKI ARM9 uPLAT-92 Core (ARM9TDMI)
Panasonic MN1A7 (ARM7) MN1A7T0200
Parthus InfoStream (ARM9TDMI) *
NXP (Philips) ARM7 LPC2104 (ARM7TDMI)
NXP (Philips) ARM7 LPC2105 (ARM7TDMI)
NXP (Philips) ARM7 LPC2106 (ARM7TDMI)
NXP (Philips) ARM VCS94250 (ARM7TDMI)
NXP (Philips) ARM VMS747 (ARM7TDMI)
NXP (Philips) ARM VWS22100 (ARM7TDMI)
NXP (Philips) ARM VWS23112 (ARM7TDMI)
NXP (Philips) ARM VWS23201 (ARM7TDMI)
NXP (Philips) ARM VWS23202 (ARM7TDMI)
NXP (Philips) ARM VWS26001 (ARM7TDMI)
PicoTurbo ARM-compatible Cores pT100
PicoTurbo ARM-compatible Cores pT110
PicoTurbo ARM-compatible Cores pT120
Pijnenburg Securealink (ARM) PCC-ISES (ARM7TDMI)
PrairieComm ARM PCI2010
PrairieComm ARM PCI3610 (ARM7TDMI)
PrairieComm ARM PCI3620
PrairieComm ARM PCI3700
PrairieComm ARM PCI3800
PrairieComm ARM PCI5110 (ARM/TeakLite)
PrairieComm ARM PCI9501
Qualcomm ARM CSM5000 (ARM7TDMI)
Qualcomm ARM CSM5200 (ARM7TDMI)
Qualcomm ARM MSM3000 (ARM7TDMI)
Qualcomm ARM MSM3100 (ARM7TDMI)
Qualcomm ARM MSM3300 (ARM7TDMI)
Qualcomm ARM MSM5000 (ARM7TDMI)
Qualcomm ARM MSM5100 (ARM7TDMI)
Qualcomm ARM MSM5105 (ARM7TDMI)
Qualcomm ARM MSM5200 (ARM7TDMI)
Qualcomm ARM MSM5500 (ARM7TDMI)
Qualcomm ARM MSM6000 (ARM7TDMI)
Qualcomm ARM MSM6050 (ARM7TDMI)
Qualcomm ARM MSM6100 (ARM7TDMI)
Qualcomm ARM MSM6200 (ARM7TDMI)
Qualcomm ARM MSM6300 (ARM7TDMI)
Qualcomm ARM MSM6500 (ARM7TDMI)
Qualcomm ARM MSM6600 (ARM7TDMI)
Qualcomm ARM MSP1000 (ARM720T)
Rainbow Mykotronx Cryptography (ARM) MYK-80 (ARM6)
Rainbow Mykotronx Cryptography (ARM) MYK-82A (ARM7TDMI)
Rainbow Mykotronx Cryptography (ARM) MYK-85 (ARM7DI)
Redux FullFlex (ARM) AptaGate RX-100 (ARM946E)
Rohm ARM BU7611AKS (ARM7TDMI)
Rohm ARM BU7611AKU (ARM7TDMI)
Rohm ARM BU7611BKU (ARM7TDMI)
Samsung ArmRISC (ARM7) KS17C40025 (ARM7TDMI)
Samsung ArmRISC (ARM7) KS17F80013
Samsung ArmRISC (ARM7) KS32C61100 (ARM7TDMI)
Samsung ArmRISC (ARM7) KS32P6632
Samsung ArmRISC (ARM7) S3C3400A (KS17C4000)
Samsung ArmRISC (ARM7) S3C3400X/KS17C4000 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C3410X/KS17C40100 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C44A0A/KS32C41000 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C44B0X/KS32C41100 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4510B/KS32C50100 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4520A/KS32C50200 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4530A/KS32C50300 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4610/KS32C6100 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4620/KS32C6200 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4640/KS32C6400 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4650/KS32C6500 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C4660/KS57C65100 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3C46C0
Samsung ArmRISC (ARM7) S3C46M0X (ARM7T)
Samsung ArmRISC (ARM7) S3C49F9X (ARM7TDMI)
Samsung ArmRISC (ARM7) S3F441FX/KS17C40125 (ARM7TDMI)
Samsung ArmRISC (ARM7) S3F460H
Samsung ArmRISC (ARM7) S5N8946/KS8946 (ARM7TDMI)
Samsung ArmRISC (ARM7) S5N8947 (ARM7TDMI)
Samsung ArmRISC (ARM9) *
Samsung ArmRISC (ARM9) S3C2400X (ARM920T)
Samsung ArmRISC (ARM9) S3C2410X (ARM920T)
Samsung ArmRISC (ARM9) S3C2500X (ARM920T)
Samsung ArmRISC (ARM9) S3C2510X01
Samsung ArmRISC (ARM9) S3C2800 (ARM920T)
SGS Thompson BlueVelvet (ARM) STw2400 (ARM7TDMI)
Sharp BlueStreak (ARM7) LH75400 (ARM7TDMI)
Sharp BlueStreak (ARM7) LH75401 (ARM7TDMI)
Sharp BlueStreak (ARM7) LH75410 (ARM7TDMI)
Sharp BlueStreak (ARM7) LH75411 (ARM7TDMI)
Sharp BlueStreak (ARM7) LH77790 (ARM7DI)
Sharp BlueStreak (ARM7) LH79520 (ARM720T)
Sharp BlueStreak (ARM9) LH7A400 (ARM922T)
Sharp BlueStreak (ARM9) LH7A404 (ARM922T)
Sharp BlueStreak (ARM9) LH7A405 (ARM922T)
SiRF GPS (ARM) SiRFstarII (ARM7TDMI)
Sirius CDMAx Core (ARM) W-CDMA (ARM7TDMI)
Sound Vision Clarity (ARM) Clarity 2.0 (ARM720)
STEPMIND ARM Silver-1 (ARM946/PalmDSP)
TI TMS470 TMS470R1A128 (ARM7TDMI)
TI ARM ASSP ACX100 (ARM7TDMI)
TI ARM ASSP TNETW1100B
TI OMAP (ARM/C55x) OMAP1510 (TI925T ARM9TDMI/320C55x)
TI OMAP (ARM/C55x) OMAP1610 (ARM926TEJ/320C55x)
TI OMAP (ARM/C55x) OMAP1611 (ARM926TEJ/320C55x)
TI OMAP (ARM/C55x) OMAP1612 (ARM926TEJ/320C55x)
TI OMAP (ARM/C55x) OMAP310 (TI925T ARM9TDMI)
TI OMAP (ARM/C55x) OMAP5910 (ARM925/320C55x)
TI OMAP (ARM/C55x) OMAP710 (TI925T ARM9TDMI)
TI OMAP (ARM/C55x) OMAP730 (ARM926TEJ)
TI OMAP (ARM/C55x) OMAP732 (ARM926TEJ)
TI TMS320C5000 ARM7+C54X TMS320VC5470
TI TMS320C5000 ARM7+C54X TMS320VC5471
TI TMS320C5000 ARM7+C54X TMS320VC5472
TI TMS470 (ARM7TDMI) TMS470R1x
TI OMAP35xx,OMAP37xx (Coretex-A8/A9+TMS320DM64x) OMAP3530 (Coretex-A8+TMS320DM64x)
TI OMAP AM35xx,AM37xx (Coretex-A8/A9) AM3517(Coretex-A8)
TI OMAP AM1xxx,OMAP-Lxxx (ARM926EJ-S) AM1808(ARM926EJ-S)
SAMSUNG S3C6XXX(ARM1176) S3C6410
SAMSUNG S5Pxxxx(Coretex-A8) S5PC100,S5PC110,S5PV210
TI TMS470 (ARM7TDMI) TMS470R1x
Toshiba ARM7TDMI *
Toshiba ARM946E *
Triscend A7 (ARM7TDMI) TA7S05
Triscend A7 (ARM7TDMI) TA7S12
Triscend A7 (ARM7TDMI) TA7S20
Triscend A7 (ARM7TDMI) TA7S32
VLSI ARM VY86C610C-5 (ARM610)
VLSI ARM VY86C710A2 (ARM710)
Zarlink ARM6 GP2021 (ARM60)
Zarlink ARM6 P60ARM-B (ARM6)
Zarlink ARM6 P610ARM-B (ARM6)
Zarlink ARM7 GP4020 (ARM7TDMI)