FIRE Emulator for H8S and H8/300H TRACE32 Online Help TRACE32 Directory TRACE32 Index FIRE In-Circuit Emulator ............................................................................................................... FIRE Target Guides .................................................................................................................... FIRE Emulator for H8S and H8/300H ..................................................................................... 1 WARNING .............
Special Settings and Restrictions H8S/222x/223x/262x/263x .......................................... Restrictions for H8S/222x/223x/262x/263x 23 23 SYStem.CPU Processor type 23 SYStem.CPU Operation mode 24 SYStem.Option SUBCLK Subclock enable 24 Control of timer pulse unit 24 Control of 8-bit timer unit 25 Exception Control ................................................................................................................ 26 SYStem.Option TPU SYStem.
Operation Voltage 60 Support .................................................................................................................................. 65 Probes 65 Available Tools 70 Compilers 72 Realtime Operation Systems 73 3rd Party Tool Integrations 73 Products ................................................................................................................................
FIRE Emulator for H8S and H8/300H Version 11-Nov-2014 F::d.l addr/line code label mnemonic 677 for ( i = 0 ; i <= SIZE ; P:010E6C 1955 sub.w P:010E6E 79250012 cmp.w P:010E72 4E3E bgt { 679 if ( flags[ i ] ) P:010E74 0D50 mov.w P:010E76 17F0 exts.l P:010E78 78006A290020A3 mov.
WARNING NOTE: Do not connect or remove probe from target while target power is ON.
Quick Start Before debugging can be started, the emulator must be configured by software: Ready to run setup files for most standard compilers can be found on the software CD in the directory ../ Demo/H8S/Compiler. All setup files are designed to run the emulator stand alone without target hardware. The following description should make the initial setup (to run the emulator together with the target hardware) easier. It describes a typical setup with frequently used settings.
Here a typical example, how to setup the system: 1. Set cpu-type and -mode options The command sys.cpu is used to select one derivative within a cpu-family and to set its operation mode. system.down system.cpu H8S2655 system.cpu EXP16M16 2. ; switch the system down ; select derivative H8S/2655 ; set the operation mode EXP16M16 Set system options The system window controls the CPU specific setup. Please check this window very carefully and set the appropriate options.
5. Select frequency (optional) The CPU can be clocked by an internal (emulator) or external (target) clock source. If the internal clock is used, the clock is provides by the VCO of the emulator. The setting of the internal clock is done by the “vco” command. The current CPU frequency can be displayed in the counter window (Command: Count). vco.clock 20. 6.
10. Stop application (optional) Application can be breaked manually by using th BREAK command.
Troubleshooting Hang-up If you are not able to stop the emulation, there could be some typical reasons: Active target-reset The BREAK command won’t stop the emulation if the target-reset is active and the reset-line is enabled in the exception control. Hardware Standby Mode The hardware standby mode can only be cancelled by a new activation (sys.up) of the emulator. Dualport Errors No information available.
FAQ Debugging via VPN The debugger is accessed via Internet/VPN and the performance is very slow. What can be done to improve debug performance? The main cause for bad debug performance via Internet or VPN are low data throughput and high latency. The ways to improve performance by the debugger are limited: in practice scripts, use "SCREEN.OFF" at the beginning of the script and "SCREEN.ON" at the end. "SCREEN.OFF" will turn off screen updates. Please note that if your program stops (e.g.
Configuration There is no special hardware configuration necessary for the H8S. The configuration of the used derivative and cpu-mode is done via the SYSTEM commands by software.
Basics Emulation Method The FIRE Emulator uses a bondout version of the H8S CPUs. NOTE: The bondout chip replaces the target cpu, i.e. the target cpu must be removed during emulation! Emulation Modes F::sys system Down Up RESet Mode RESet AloneInt AloneExt EmulInt EmulExt Access Request Denied Option V33 EAE RAME IMASKASM IMASKHLL TimeReq 1.
Reset CPU is in reset. AloneInternal CPU is running with internal clock. Bus strobe signals (AS, HWR, LWR, WAIT) are disabled. This mode is used for 'standalone' operation. AloneExternal CPU is running with external clock. Bus strobe signals are disabled. Emulation Internal CPU is running with internal clock. Bus strobe output signals are enabled. Emulation External CPU is running with external clock. Bus strobe output signals are enabled.
Format: SYStem.CpuAccess
General SYStem Settings and Restrictions General Restrictions Onchip DTC-RAM The CPUs onchip DTC-RAM is physically internal at the bondout chip. The write accesses of the CPU to the DTC area are shadowed to an emulator RAM, so that this shadow DTC-RAM can be read via dual-port, but there is no dualport write-access available to the DTC area.
SYStem.Option RAME Format: Onchip RAM enable SYStem.Option RAME [ON | OFF] This option must be set corresponding to the RAME bit in the SYSCR register of the cpu. The emulator needs this information to set the breakpoints correctly. SYStem.Option IMASKASM Format: Mask interrupts during assembler step SYStem.Option IMASKASM [ON | OFF] If enabled, the interrupt mask bits of the cpu will be set during assembler single-step operations.
Special Settings and Restrictions H8S/224x/23xx/265x Restrictions for H8S/224x/23xx/265x Dual-purpose IO-Pins The dual-purpose IO-Pins BREQ, IRQ0..7 and WAIT don’t have a pull-up resistor in the emulator. This pins work as port pins after reset. If you change the pin functions so that this pins have bus control or interrupt function, then the emulator will malfunction in stand-alone mode because of the floating inputs. SYStem.CPU Processor type Format: SYStem.
SYStem.CPU Operation mode Format: SYStem.CPU : EXP64K8 EXP16M8 EXP16M16 ROM64K8 ROM16M8 SINGLE64K SINGLE16M This option specifies operation mode of the cpu, which is normally defined with the MD0..2 pins of the cpu. But, the values of this pins in the target are not responsible for the operation mode, so that the pin levels can differ from the emulator setting.
SYStem.Option TPU Control of timer pulse unit Format: SYStem.Option TPU [ON | OFF] : 0|1|2|3|4|5 This option controls the timers of the CPUs Timer Pulse Unit for each channel independently. Normally, the timers continue running if the emulation is stopped. If the option is now switched on, the corresponding timer will stop after entering the break mode and will start running again before the emulation is started.
Special Settings and Restrictions H8S/21xx Restrictions for H8S/21xx Dual-purpose IO-Pins The dual-purpose IO-Pins BREQ and IRQ0..7 and don’t have a pullup resistor in the emulator. This pins work as port pins after reset. If you change the pin functions so that this pins have bus control or interrupt function, then the emulator will malfunction in stand-alone mode because of the floating inputs. SYStem.CPU Processor type Format: SYStem.
SINGLE64K Single-chip mode with 64 KByte address range SINGLE16M Single-chip mode with 16 MByte address range The EXPE bit in the MDCR register must be set to 1 in order to use external addresses.
Special Settings and Restrictions H8S/222x/223x/262x/263x Restrictions for H8S/222x/223x/262x/263x Dual-purpose IO-Pins The dual-purpose IO-Pins BREQ, IRQ0..7 and WAIT don’t have a pull-up resistor in the emulator. This pins work as port pins after reset. If you change the pin functions so that this pins have bus control or interrupt function, then the emulator will malfunction in stand-alone mode because of the floating inputs. SYStem.CPU Processor type Format: SYStem.
SYStem.CPU Operation mode Format: SYStem.CPU : EXP16M8 EXP16M16 ROM16M8 SINGLE16M This option specifies operation mode of the cpu, which is normally defined with the MD0..2 pins of the cpu. But, the values of this pins in the target are not responsible for the operation mode, so that the pin levels can differ from the emulator setting.
Normally, the timers continue running if the emulation is stopped. If the option is now switched on, the corresponding timer will stop after entering the break mode and will start running again before the emulation is started. This is done by manipulating the timer start register by the emulators background monitor program. Since there have to be done some important actions in the monitor before the timer control, the starting and stopping can’t be synchronous to the emulators “go” and “break”. SYStem.
Exception Control F::x exception OFF ON RESet Delay OFF Activate OFF RESET STBY NMI Enable OFF ON RESET STBY NMI BRQ Pulse OFF RESET STBY NMI Pulse Single Width 1.000us PERiod OFF ON 0.000 NMIPOL + - Reset Vcc X.Enable & Run 22K RESET (Target) RESET (CPU) 22R X.Activate or X.Pulse Format: eXception.Enable RESET [ON | OFF] Enable or disable external RESET line. Format: eXception.Activate RESET[ON | OFF] Set RESET line active or inactive.
Hardware Standby Vcc 22K X.Enable STBY (Target) STBY (CPU) 22R X.Activate or X.Pulse Format: eXception.Enable STBY [ON | OFF] Enable or disable external STBY line. Format: eXception.Activate STBY [ON | OFF] Set STBY line active or inactive.
NMI Vcc 22K X.Enable X.NMIPOL NMI (Target) NMI (CPU) 22R X.Activate or X.Pulse 10K GND Format: eXception.Enable NMI [ON | OFF] Enable or disable external NMI line. Format: eXception.Activate NMI [ON | OFF] Set NMI line active or inactive. Format: eXception.NMIPOL [+ | -] Selects the NMI edge. Set it corresponding to the bit NMIE in the System Control Register SYSCR of the CPU. Selects the falling edge and the 22K pull-up resistor is active (see drawing above).
Exceptions during Break Mode During break mode (application program not running), the hardware-caused exceptions are controlled by the bondout CPU. NMI If a NMI occurs, then it is stored in the CPU. So, exception processing will occur after the first instruction of the started emulation. External level sensitive interrupts If a level sensitive interrupt occurs, then it is not stored in the CPU. So, interrupt processing will not occur if the /IRQ pin is not asserted until the emulation is started.
Breakpoints For a basic description of the breakpoint system please refer to FIRE User’s Guide. Breakpoint Realization Modes This chapter describes the different realization modes and shows their availability for the logical breakpoints types. Software Breakpoints Synchronous Breakpoints: The user application code is patched with a special break-instruction of the bondout CPU (opcode 0x5770) before jumping into the user program.
The following table shows realization of the logical breakpoint types in auto-mode.
Memory Classes Overview Access Class Description C CPU (Program and Data) D Data P Program ED Dualport Data EP Dualport Program C:, E:, D:, P:, ED:, EP: C:, P: and D: This storage classes operate on the same physical memory. They are only used to be compatible with other emulation probes. E:, EP: and ED: The E: prefix is used for accesses via dualport. The onchip I/O-registers and the onchip DTC-RAM area can’t be accessed via dualport.
State Analyzer Restrictions Word access to external 8-bit bus It is shown in the trace list as one bus cycle. The timestamp is shows the two bus cycles.
Keywords for the Emulator Trigger Unit General H8S Keywords for the Emulator Trigger Unit Input Event Meaning Analyzer hardware FEC BTA Condition match of onchip trigger-unit channel A X BTB Condition match of onchip trigger-unit channel B X DATA Data access X FETCH Prefetch cycle X Read Read access X Write Write access X H8S/224x/23xx/265x Keywords for the Emulator Trigger Unit Input Event Meaning Analyzer hardware FEC none H8S/21xx Keywords for the Emulator Trigger Unit Input E
Port Analyzer Port Signals H8_30XX Name Group Description P10 .. P17 P1 Port P10 .. P17 P20 .. P27 P2 Port P20 .. P27 P30 .. P37 P3 Port P30 .. P37 P40 .. P47 P4 Port P40 .. P47 P50 .. P57 P5 Port P50 .. P57 P60 .. P67 P6 Port P60 .. P67 P70 .. P77 P7 Port P70 .. P77 P80 .. P84 P8 Port P80 .. P84 P90 .. P95 P9 Port P90 .. P95 PA0 .. PA7 PA Port PA0 .. PA7 PB0 .. PB7 PB Port PB0 .. PB7 PC0 .. PC7 PC Port PC0 .. PC7 Name Group Description P10 .. P17 P1 Port P10 ..
Name Group Description P70 .. P77 P7 Port P70 .. P77 P80 .. P86 P8 Port P80 .. P86 P90 .. P97 P9 Port P90 .. P97 Port Signals H8S_214X Name Group Description P10 .. P17 P1 Port P10 .. P17 P20 .. P27 P2 Port P20 .. P27 P30 .. P37 P3 Port P30 .. P37 P40 .. P47 P4 Port P40 .. P47 P50 .. P52 P5 Port P50 .. P52 P60 .. P67 P6 Port P60 .. P67 P70 .. P77 P7 Port P70 .. P77 P80 .. P86 P8 Port P80 .. P86 P90 .. P97 P9 Port P90 .. P97 PA0 .. PA7 PA Port PA0 .. PA7 PB0 ..
Port Signals H8S_224X Name Group Description P10 .. P17 P1 Port P10 .. P17 P20 .. P27 P2 Port P20 .. P27 P30 .. P35 P3 Port P30 .. P35 P40 .. P43 P4 Port P40 .. P43 P50 .. P53 P5 Port P50 .. P53 PA0 .. PA3 PA Port PA0 .. PA3 PB0 .. PB7 PB Port PB0 .. PB7 PC0 .. PC7 PC Port PC0 .. PC7 PD0 .. PD7 PD Port PD0 .. PD7 PE0 .. PE7 PE Port PE0 .. PE7 PF0 .. PF7 PF Port PF0 .. PF7 PG0 .. PG4 PG Port PG0 .. PG4 Port Signals H8S_232X Name Group Description P10 ..
Name Group Description P70 .. P75 P7 Port P70 .. P75 P80 .. P86 P8 Port P80 .. P86 P92 .. P97 P9 Port P92 .. P97 PA0 .. PA7 PA Port PA0 .. PA7 PB0 .. PB7 PB Port PB0 .. PB7 PC0 .. PC7 PC Port PC0 .. PC7 PD0 .. PD7 PD Port PD0 .. PD7 PE0 .. PE7 PE Port PE0 .. PE7 PF0 .. PF7 PF Port PF0 .. PF7 PG0 .. PG4 PG Port PG0 .. PG4 Port Signals H8S_235X/H8S_265X Name Group Description P10 .. P17 P1 Port P10 .. P17 P20 .. P27 P2 Port P20 .. P27 P30 .. P35 P3 Port P30 ..
Port Signals H8S_2636 Name Group Description P10 .. P17 P1 Port P10 .. P17 P30 .. P35 P3 Port P30 .. P35 P40 .. P47 P4 Port P40 .. P47 P90 .. P93 P9 Port P90 .. P93 PA0 .. PA3 PA Port PA0 .. PA3 PB0 .. PB7 PB Port PB0 .. PB7 PC0 .. PC7 PC Port PC0 .. PC7 PD0 .. PD7 PD Port PD0 .. PD7 PE0 .. PE7 PE Port PE0 .. PE7 PF0 PF Port PF0 PF3 .. PF7 PF Port PF3 .. PF7 Port Signals H8S_263X Name Group Description P10 .. P17 P1 Port P10 .. P17 P30 .. P37 P3 Port P30 ..
Technical Data Mechanical Dimensions Dimension LA-9569 FIRE-M-H8S-11 TOP VIEW ALL DIMENSIONS IN MILS 750 3000 2800 2600 4250 5000 PIN1 36014/0.5MM FRONT VIEW PIN1 3694/0.5MM PIN1 3694/0.8MM PIN1 3687/0.8 MM PIN1 3687/0.
Dimension LA-9571 FIRE-M-H8S-1 TOP VIEW 120-QF56 0.4 PIN1 ALL DIMENSIONS IN MILS 750 3400 4250 3525 3550 5000 100-QF49 FRONT VIEW 0.5 PIN1 0.5 PIN1 128-QF51 450 LA-9572 2625 3687.5 5425 6500 6875 FIRE-M-H8S-2 TOP VIEW ALL DIMENSIONS IN MILS 100-QF49 80-QF47 80-QF14 PIN1 0.5 750 3300 3400 4250 3600 5000 PIN1 0.5 FRONT VIEW PIN1 0.
Dimension LA-9573 FIRE-M-H8S-3 TOP VIEW ALL DIMENSIONS IN MILS 80-QF47 PIN1 750 3300 3600 4250 5000 FRONT VIEW 64-QF29 PIN1 450 3050 4050 4700 6500 6875 LA-9574 FIRE-M-H8S-4 TOP VIEW ALL DIMENSIONS IN MILS 750 3100 3200 4250 5000 PIN1 100-QF49 FRONT VIEW 100-QF06 PIN1 450 2675 2975 6500 6875 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 42 Technical Data
Dimension LA-9575 FIRE-M-H8S-5 TOP VIEW 4250 5000 FRONT VIEW ALL DIMENSIONS IN MILS 750 1450 128-QF51 PIN1 450 1475 6500 6875 LA-9576 FIRE-M-H8S-6 TOP VIEW ALL DIMENSIONS IN MILS PIN 1 128-QF51 FRONT VIEW PIN1 100-QF49 750 2913 3100 3250 4250 5000 120-QF56 PIN1 450 1175 2600 3850 6500 6875 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 43 Technical Data
Dimension LA-9577 FIRE-M-H8S-7 LA-9578 FIRE-M-H8S-8 TOP VIEW ALL DIMENSIONS IN MILS 750 3100 3200 4250 5000 PIN1 ET100-QF49 FRONT VIEW ET100-QF06 PIN1 450 2675 2975 6875 6500 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 44 Technical Data
Dimension LA-9579 FIRE-M-H8S-9 750 3100 4250 5000 PIN 1 100-QF49 FRONT VIEW TOP VIEW ALL DIMENSIONS IN MILS 450 2975 6875 LA-9580 6500 FIRE-M-H8S-10 750 2000 ET80-QF14 PIN1 FRONT VIEW 4250 5000 TOP VIEW ALL DIMENSIONS IN MILS 450 4900 6875 6500 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 45 Technical Data
Dimension LA-9586 FIRE-M-H8S-12 2600 3900 5000 TOP VIEW 80-QF47 80-QF14 100-QF49 750 3600 3400 3300 5000 4250 FRONT VIEW 350 40 39 9 x 100 21 PIN1 79 80 61 62 59 41 600 77 500 2200 2400 1800 3 80-QF14 TOP VIEW 42 52 12 x 100 2200 2400 76 700 50 75 NC 22 NC 300 62 1600 9 x 100 300 400 1600 ALL DIMENSIONS IN MILS LA-9587 2 20 19 2 NC 25 3 PIN1 NC TOP VIEW 51 2000 1800 2 3 PIN1 9X100 100 100-QF49 60 59 61 42 39 26 80 12 x 100 20 19 27 79 8
Dimension LA-9588 FIRE-M-H8S-14 TOP VIEW ALL DIMENSIONS IN MILS FRONT VIEW PIN1 236x-128QF51 750 3250 2850 4250 5000 PIN 1 236x-120QF56 450 2325 3625 6500 6875 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 47 Technical Data
Adaptions CPU Adaption H8S/2214 H8S/2223 H8S/2223 H8S/2225 H8S/2225 H8S/2227 H8S/2227 H8S/2233 H8S/2233 H8S/2235 H8S/2235 H8S/2236 H8S/2236 H8S/2237 H8S/2237 H8S/2238 H8S/2238 ET100-QF06 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 48 Technical Data
CPU Adaption H8/3006 ET100-QF49 H8/3007 H8/3008 H8/3044 H8/3045 H8/3046 H8/3047 H8/3048 H8/3052 H8/3060 H8/3061 H8/3062 H8/3064 H8/3065 H8/3066 H8/3067 H8/3068 H8S/2142 H8S/2143 H8S/2144 H8S/2147 H8S/2148 H8S/2214 H8S/2223 H8S/2223 H8S/2225 H8S/2225 H8S/2227 H8S/2227 H8S/2233 H8S/2233 H8S/2235 H8S/2235 H8S/2236 H8S/2236 H8S/2237 H8S/2237 H8S/2238 H8S/2238 H8S/2240 H8S/2241 H8S/2242 H8S/2243 H8S/2244 H8S/2245 H8S/2246 H8S/2310 H8S/2311 H8S/2312 H8S/2316 H8S/2318 H8S/2319 H8S/2340 ©1989-2014 Lauterbach GmbH
CPU Adaption H8S/2332 H8S/2337 H8S/2338 H8S/2339 ET144-QF63 H8/36014 H8/3664 H8/3672 H8/3687 H8/3694 H8S/2120 H8S/2122 H8S/2123 H8S/2124 H8S/2126 H8S/2127 H8S/2128 ET64-QF29 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 50 Technical Data
CPU Adaption H8S/2130 H8S/2132 H8S/2133 H8S/2134 H8S/2137 H8S/2138 H8S/2612 ET80-QF14 H8S/2120 H8S/2122 H8S/2123 H8S/2124 H8S/2126 H8S/2127 H8S/2128 H8S/2130 H8S/2132 H8S/2133 H8S/2134 H8S/2137 H8S/2138 ET80-QF47 ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 51 Technical Data
Adapters Socket CPU Adapter ET100-QF06 ET-1030 ET100-SET-QF06 Surface Mountable Adapter for ET100 to QF06 H8S/2214 H8S/2223 H8S/2225 H8S/2227 H8S/2233 H8S/2235 H8S/2236 H8S/2237 H8S/2238 32 SIDE VIEW :: :: :: :: :: :: :: :::::::::::::: :: :: :::::: :: :: :: :: :::::: :: :: :: :::::::::::::: 43 52 TOP VIEW (all dimensions in mm) ©1989-2014 Lauterbach GmbH FIRE Emulator for H8S and H8/300H 52 Technical Data
Socket CPU Adapter ET100-QF06 YA-1031 ET100-EYA-QF06 Emul.
Socket CPU Adapter ET100-QF49 YA-1091 ET100-EYA-QF49 Emul.
Socket CPU Adapter ET120-QF56 YA-1142 ET120-EYA-QF56 Emul. Adapter for YAMAICHI socket ET120-QF56 H8S/2320 H8S/2322 H8S/2323 H8S/2324 H8S/2327 H8S/2328 H8S/2329 H8S/2350 H8S/2351 H8S/2352 H8S/2353 H8S/2355 H8S/2357 H8S/2631 H8S/2632 H8S/2633 H8S/2653 H8S/2655 ET120-QF56 Adapter/ Target Design TOP VIEW 2400 2 2400 2050 1 2050 32 360 31 775 4 X SAMTEC: TFM-115-22-S-LC ICP-120-2 TO-1280 ET128-ETO-QF51 Emul.
Socket CPU Adapter ET144-QF63 YA-1111 ET144-EYA-QF63 Emul.
Socket CPU Adapter ET64-QF29 YA-1121 ET64-EYA-QF29 Emul.
Socket CPU Adapter ET80-QF14 YA-1131 ET80-EYA-QF14 Emul.
Socket CPU Adapter ET80-QF47 YA-1081 ET80-EYA-QF47 Emul.
Operation Voltage This list contains information on probes available for other voltage ranges. Probes not noted here supply an operation voltage range of 4.5 … 5.5 V.
CPU Module Adapter Voltage Range H8S/2143 H8S/2144 H8S/2147 H8S/2148 H8S/2214 H8S/2223 H8S/2223 H8S/2225 H8S/2225 H8S/2227 H8S/2227 H8S/2233 H8S/2233 H8S/2235 H8S/2235 H8S/2236 H8S/2236 H8S/2237 H8S/2237 H8S/2238 H8S/2238 H8S/2240 H8S/2241 H8S/2242 H8S/2243 H8S/2244 H8S/2245 H8S/2246 H8S/2310 H8S/2311 H8S/2312 H8S/2316 H8S/2318 H8S/2319 H8S/2320 H8S/2322 H8S/2323 H8S/2324 H8S/2327 H8S/2328 H8S/2329 H8S/2332 H8S/2337 H8S/2338 H8S/2339 LA-9572 LA-9572 LA-9572 LA-9572 LA-9578 LA-9574 LA-9578 LA-9574 LA-95
CPU Module Adapter Voltage Range H8S/2340 H8S/2341 H8S/2343 H8S/2345 H8S/2350 H8S/2351 H8S/2352 H8S/2353 H8S/2355 H8S/2357 H8S/2621 H8S/2622 H8S/2623 H8S/2626 H8S/2631 H8S/2632 H8S/2633 H8S/2653 H8S/2655 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9571 LA-9571 LA-9635 LA-9635 LA-9635 LA-9635 - 3.0 .. 3.5 V 3.0 .. 3.5 V 3.0 .. 3.5 V 3.0 .. 3.5 V 3.0 .. 5.5 V 3.0 .. 5.5 V 3.0 .. 5.5 V 3.0 .. 5.5 V 3.0 .. 5.
Module CPU F-W010 F-W110 S-W010 S-W110 CHIP LA-9569 LA-9569 LA-9569 LA-9573 LA-9573 LA-9573 LA-9573 LA-9573 LA-9573 LA-9573 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9572 LA-9578 LA-9574 LA-9574 LA-9574 LA-9574 LA-9574 LA-9574 LA-9574 LA-9574 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 H8/3672 H8/3687 H8/3694 H8S/2120 H8S/2122 H8S/2123 H8S/2124 H8S/2126 H8S/2127 H8S/2128 H8S/2130 H8S/2132 H8S
Module CPU F-W010 F-W110 S-W010 S-W110 CHIP TRACE HEAD RAM LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9577 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9571 LA-9580 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9576 LA-9575 LA-9575 LA-9571 LA-9571 H8S/2322 H8S/2323 H8S/2324 H8S/2327 H8S/2328 H8S/2329 H8S/2332 H8S/2337 H8S/2338 H8S/2339 H8S/2340 H8S/2341 H8S/2343 H8S/2345 H8S/2350 H8S/2351 H8S/2352 H8S/2353 H8S/2355 H8S/2357 H8S/2612
Support Probes LA-9570 LA-9579 LA-9569 H8/3006 ET100-QF49 3.0..5.5V H8/3007 ET100-QF49 3.0..5.5V H8/3008 ET100-QF49 3.0..5.5V H8/3044 ET100-QF49 3.0..5.5V H8/3045 ET100-QF49 3.0..5.5V H8/3046 ET100-QF49 3.0..5.5V H8/3047 ET100-QF49 3.0..5.5V H8/3048 ET100-QF49 3.0..5.5V H8/3052 ET100-QF49 3.0..5.5V H8/3060 ET100-QF49 3.0..5.5V H8/3061 ET100-QF49 3.0..5.5V H8/3062 ET100-QF49 3.0..5.5V H8/3064 ET100-QF49 3.0..5.5V H8/3065 ET100-QF49 3.0..5.5V H8/3066 ET100-QF49 3.0..5.
LA-9570 H8S/2120 H8S/2120 H8S/2120 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.5V 3.0..5.5V H8S/2122 H8S/2122 H8S/2122 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.5V 3.0..5.5V H8S/2123 H8S/2123 H8S/2123 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.5V 3.0..5.5V H8S/2124 H8S/2124 H8S/2124 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.5V 3.0..5.5V H8S/2126 H8S/2126 H8S/2126 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.5V 3.0..5.5V H8S/2127 H8S/2127 H8S/2127 DIL64 ET64-QF29 ET80-QF47 3.0..5.5V 3.0..5.
LA-9570 LA-9578 H8S/2223 ET100-QF06 3.0..3.6V LA-9574 H8S/2223 ET100-QF49 3.0..3.6V LA-9578 H8S/2223 ET100-QF49 3.0..3.6V LA-9574 H8S/2225 ET100-QF06 3.0..3.6V LA-9578 H8S/2225 ET100-QF06 3.0..3.6V LA-9574 H8S/2225 ET100-QF49 3.0..3.6V LA-9578 H8S/2225 ET100-QF49 3.0..3.6V LA-9574 H8S/2227 ET100-QF06 3.0..3.6V LA-9578 H8S/2227 ET100-QF06 3.0..3.6V LA-9574 H8S/2227 ET100-QF49 3.0..3.6V LA-9578 H8S/2227 ET100-QF49 3.0..3.6V LA-9574 H8S/2233 ET100-QF06 3.0..3.
LA-9570 LA-9571 LA-9577 H8S/2240 ET100-QF49 3.0..5.5V H8S/2241 ET100-QF49 3.0..5.5V H8S/2242 ET100-QF49 3.0..5.5V H8S/2243 ET100-QF49 3.0..5.5V H8S/2244 ET100-QF49 3.0..5.5V H8S/2245 ET100-QF49 3.0..5.5V H8S/2246 ET100-QF49 3.0..5.5V H8S/2320 H8S/2320 ET120-QF56 3.0..3.6V ET128-QF51 3.0..3.6V H8S/2322 H8S/2322 ET120-QF56 3.0..3.6V ET128-QF51 3.0..3.6V H8S/2323 H8S/2323 ET120-QF56 3.0..3.6V ET128-QF51 3.0..3.6V H8S/2324 H8S/2324 ET120-QF56 3.0..3.6V ET128-QF51 3.0..3.
LA-9570 LA-9576 H8S/2621 ET100-QF49 3.0..5.5V H8S/2622 ET100-QF49 3.0..5.5V H8S/2623 ET100-QF49 3.0..5.5V H8S/2626 ET100-QF49 3.0..5.5V H8S/2631 H8S/2631 ET120-QF56 3.0..5.5V ET128-QF51 3.0..5.5V H8S/2632 H8S/2632 ET120-QF56 3.0..5.5V ET128-QF51 3.0..5.5V H8S/2633 H8S/2633 ET120-QF56 3.0..5.5V ET128-QF51 3.0..5.5V H8S/2636 ET128-QF51 H8S/2639 ET128-QF51 H8S/2653 H8S/2653 ET120-QF56 3.0..5.5V ET128-QF51 3.0..5.5V H8S/2655 H8S/2655 ET120-QF56 3.0..5.5V ET128-QF51 3.0..5.
YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES INSTRUCTION SIMULATOR POWER INTEGRATOR ICD TRACE YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES ICD MONITOR ICE H8/3006 H8/3007 H8/3008 H8/3044 H8/3045 H8/3046 H8/3047 H8/3048 H8/3052 H8/3060 H8/3061 H8/3062 H8/3064 H8/3065 H8/3066
YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES INSTRUCTION SIMULATOR POWER INTEGRATOR ICD TRACE ICD MONITOR ICD DEBUG FIRE ICE CPU H8S/2147 H8S/2148 H8S/2214 H8S/2223 H8S/2225 H8S/2227 H8S/2233 H8S/2235 H8S/2236 H8S/2237 H
YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES INSTRUCTION SIMULATOR POWER INTEGRATOR ICD TRACE ICD MONITOR ICD DEBUG FIRE ICE CPU H8S/2352 H8S/2353 H8S/2355 H8S/2357 H8S/2612 H8S/2621 H8S/2622 H8S/2623 H8S/2626 H8S/2631 H8S/2632 H8S/2633 H8S/2636 H8S/2639 H8S/2653 H8S/2655 YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES YES Compilers Language Compiler Company Option Comment C C ICCH8 CH38 UBROF SY
Realtime Operation Systems Name Company CMX-RTX CMX-TINY FreeRTOS Nucleus PLUS osCAN OSEK ProOSEK RTXC 3.2 CMX Systems Inc. CMX Systems Inc. Freeware I Mentor Graphics Corporation Vector Elektrobit Automotive GmbH Quadros Systems Inc.
CPU Tool Company Host ALL ALL ALL ALL ALL RAPITIME DA-C SIMULINK VECTORCAST/RSP WINDOWS CE PLATF. BUILDER Rapita Systems Ltd. RistanCASE The MathWorks Inc.
Products Product Information OrderNo Code Text LA-9570 FIRE Family Module for H8S, H8Tiny, H8/300H FIRE-H8S includes 512KByte Break and Emulation RAM requires FIRE-SRAM LA-9571 FIRE CPU Module for H8S/265x/235x/234x/224x FIRE-M-H8S-1 QFP128, TQFP120 Adapter for H8S/2655/2653 H8S/2357F/2357/2355/2353/2352/2351/2350 H8S/2390/2392/2394/2398 QFP128 requires ET128-QF51 TQFP120 requires ET120-QF56 QFP100, TQFP100 Adapter for H8S/2246/2245/2244/2243/2242/2241/2240 QFP100, TQFP100 requires ET100-QF49 Via
OrderNo Code Text LA-9578 FIRE CPU Module for H8S/2214/222x/223x FIRE-M-H8S-8 QFP100, TQFP100 Adapter for H8S/2214/2223/2225/2227/2233/2235/2236/2237/2238 QFP100 (0.65mm) requires ET100-QF06 QFP100, TQFP100 (0.5mm) requires ET100-QF49 TQFP100 (0.
Order Information Order No.
Order No. Code Text TO-1270 YA-1131 YA-1081 ET-1130 TO-1276 TO-1271 LA-7528 LA-8808 YA-1162 ET80-ETO-QF47 ET80-EYA-QF14 ET80-EYA-QF47 ET80-SET-QF14 ET80-STO-QF14 ET80-STO-QF47 MON-H8 SIM-H8 YA-SOCKET-QF56 Emul. Adapter for T0 socket ET080-QF47 Emul. Adapter for YAMAICHI socket ET080-QF14 Emul. Adapter for YAMAICHI socket ET080-QF47 Surface Mountable Adapter for ET80-QF14 Emul. Adapter TO-surface mount. ET080-QF14 Emul. Adapter TO-surface mount.
