iC1000 & PowerPOD: 8051
|
Item No. |
POD Name |
POD target layout |
Photo |
Supported CPUs |
Required winIDEA version
|
Documentation
|
|---|---|---|---|---|---|---|
IC81020-16 |
8031 |
DIP40 |
|
8031, 80C31 8032, 80C32 8344 80C51FA 8xC52/54/58 80C154 80C321 80CL410 80C652, 80C654 80C851 SAB-C501 SAB-C502 |
2008 Build 9.7.155
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Hardware Reference 8031 POD V1.0 Adapters: PLCC44 (IA40D44P8031) Socket converter SOC049 (40DIP->44QFP)
|
IC81022-16 |
80517 |
T_PLCC84 |
|
80C515 80C535 80C517 80C537 |
2008 Build 9.7.155
|
An adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC68 target package. Hardware Reference 80517 POD V1.0 Adapters: PLCC84 Adapters: PLCC68 |
|
IC81024-18 |
80517A |
T_PLCC84 |
|
80C515A 83C515A 80C517A 83C517A |
2008 Build 9.7.155
|
An adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC68 target package. Hardware Reference 80517A POD V1.0 Adapters: PLCC84 Adapters: PLCC68 |
|
IC81025-30 |
8031 DS80C320
|
DIP40 T_QFP44 T_PLCC44 |
|
80C320 80C323 80C310 8031, 80C31 8032, 80C32 8344 80C51FA 8xC52/54/58 80C154 80C321 80CL410 80C652 80C654 80C851 C501/502 C504/505(C) AT89S8252 AT89LS53 AT89Cx051
TS80C51U2 (ROMless) TS80C31X2 (ROMless) TS80C32X2 (ROMless) |
2008 Build 9.7.155
|
Hardware Ref. 8031/DS80C320 POD V1.5 Adapters: PLCC44 Adapters: QFP44 Yamaichi Adapters: QFP44 TET Adapters: DIP20 (IA40D20D1051) |
|
IC81026-24 |
83C552 B |
T_PLCC68S |
|
8xC552 8xC562 8xC652 8xC654 83C662 80C851 80C51BH |
2008 Build 9.7.155
|
An adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC44 target package. Adapters: PLCC68 Adapters: PLCC44 (IA40D44P8031) Socket converter SOC049 (40DIP->44QFP) |
|
IC81029-16 |
80C592 |
T_PLCC68 |
|
80C592 |
2008 Build 9.7.155
|
Hardware Reference 80C592 POD V1.1 |
|
IC81030 |
80C51GB |
T_PLCC68 |
|
80C51GB |
2008 Build 9.7.155
|
Hardware Reference 80C51GB POD V1.0 Adapters: PLCC68 |
|
IC81031 |
NXP H-80C52 |
DIP40 |
80C31/51 8xC32/52 (AT89(C)(S)5x) 8xC52/54/58 8xC550 8xC053/54 8xC654/652 8xC528 8xC524 8xC51(Fx)(Rx)(+) 8xC575 8xC504 AT89C1051 AT89C2051 AT89C4051 |
2008 Build 9.7.155
|
Hardware Ref. H-80C52 POD V1.0 POD supports DIP40 by default. Adapters: PLCC44 (IA40D44P8031) Adapters: DIP20 (IA40D20D1051) Socket converter SOC049 (40DIP->44QFP) |
|
|
IC81032 |
NXP H-80C752 |
DIP28 |
8xC748 8xC749 8xC750 8xC751 8xC752 |
2008 Build 9.7.155
|
POD supports DIP28 by default. |
|
|
IC20034 |
DS87C530 |
T_PLCC52 |
DS87C520 DS87C530 |
2008 Build 9.7.155
|
An adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC44 target package. Hardware Ref. DS87C530 POD V1.2 Adapters: PLCC52 Adapters: PLCC44 (IA40D44P8031) |
|
|
IC10020 |
NXP H-8xC52** |
DIP40 T_PLCC44S |
|
80C31/51 8xC32/52 (AT89(C)(S)5x) 8xC52/54/58 8xC550 8xC053/54 8xC654/652 8xC591* 8xC528 8xC524 8xC51(Fx)(Rx)(+) 8xC575 8xC504
AT89C2051 AT89C4051 |
2008 Build 9.7.155
|
The adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC44 target package. Hardware Reference H-8xC52 POD V1.7 Adapters: PLCC44 (from T_PLLC44) Adapters: QFP44 Adapters: PLCC44 (IA40D44P8031) (from DIP40) Adapters: DIP20 (IA40D20D1051) |
| NXP H-89C51Rx2** |
89C51RB2 89C660 |
|||||
| Atmel H-89C51Rx2** |
TS80C51U2 TS80C31X2 TS80C32X2 TS80C51RA2 TS8xC51RB2 TS8xC51RC2 TS80C51RD2
Extended mode only! |
|||||
| 8xC51 PEM** |
Intel 8051 core and pin compatible derivates with 6 or 12 clocks per machine cycle |
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|
IC10021 |
NXP H-8x554 |
T_PLCC68 |
8xC554 8xC552 |
2008 Build 9.7.155
|
Hardw. Ref. NXP H-8x554 POD V1.1 |
|
| IC10022 | Atmel 89C51CC | T_PLCC44S |
T89C51CC01 T89C51CC02 T89C51AC2
- extended mode - single chip mode(***) |
2008 Build 9.7.155
|
The adaptation board, delivered beside the POD, must be used when adapting the POD to the PLCC44 target package. Hardware Ref. Atmel 89C51CC POD V1.1 Adapters: PLCC44Adapters: PLCC28 (IA44PGA28PLCC) Adapters: QFP44 Adapters: QFP32 (from T_PLLC44) |
|
| IC10023 |
NXP P87LPC769 |
DIP20 |  |
P87LPC760 P87LPC761 P87LPC762 P87LPC764 P87LPC767 P87LPC769 |
2008 Build 9.7.155
|
Adapters DIP14 and DIP16 are delivered beside the POD by default. Hardw. Ref. NXP P87LPC769 POD V1.0 |
| IC10024 |
NXP P87LPC768 |
DIP20 |  |
P87LPC768 |
2008 Build 9.7.155
|
Hardw. Ref. NXP P87LPC768 POD V1.0 |
| IC10025 | T8xC5112 | T_PLCC52 |  |
T8xC5112 (*5) T8xC5111 (*6) |
2008 Build 9.7.155
|
POD supports DIP24 by default. Hardware Reference T8xC5112 POD V1.0 Adapters: PLCC52 |
| IC10026 | TS80C51Rx2 | T_PLCC68 |  |
AT89C51ED2 (*5) |
2008 Build 9.7.155
|
POD supports DIP24 and DIP28 by default. Hardware Ref. TS80C51Rx2 POD V1.0 Adapters: PLCC68 |
| IC10028 | T8xC5121 | T_PLCC52 | T8xC5121 |
2008 Build 9.7.155
|
Hardware Reference T8xC5121 POD V1.0 Adapters: PLCC52 |
|
| IC10029 | NXP P89LPC935 |
T_DIP28 |  |
P89LPC901 |
2008 Build 9.7.155
|
Hardw. Ref. NXP P89LPC936 POD V1.2 |
| NXP P89LPC936 |
P89LPC901 P89LPC902 P89LPC903 P89LPC906 P89LPC907 P89LPC908 P89LPC912 P89LPC913 P89LPC914 P89LPC920 P89LPC921 P89LPC922 P89LPC930 P89LPC931 P89LPC934 P89LPC935 P89LPC936 P89LPC9102 (*7) P89LPC9103 (*7) P89LPC9107 (*7) |
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| IC10030 | Hynix HMS9XC8232 |
T_QFP80 |  |
HMS9XC8282 |
2008 Build 9.7.155
|
Hardw. Ref. Hynix HMS9XC8232 POD V1.0 |
| IC10031 | NXP P89LPC938 |
T_DIP28 |  |
P89LPC938 |
2008 Build 9.7.155
|
Hardw. Ref. NXP P89LPC938 POD V1.0 |
| IC10100 | HMS9XC8032 |
T_QFP80HMS |
|
HMS9XC8032 |
2008 Build 9.7.155
|
Hardw. Ref. HMS9XC8032 POD V1.3 |
** Different logic POD is selected in winIDEA, depending on the CPU being emulated. Refer to POD Hardware Reference for more details.
*** Single chip emulation requires minor code modification. Refer to the associated hardware reference document for more details.
**** Max. (iC1000) supported frequency = 54 MHz (27MHz when using X2 speed improvement (6-clocks/machine cycle))
*5 iSYSTEM proprietary port emulation mode (PEM) is used to emulate single-chip mode. Refer to hardware ref. document for more details.
*6 Refer to hardware reference document for restrictions.
*7 These CPUs can be supported on request (SFRs + adapter)
*8 Only the CPU in the PLLC44 package is supported