- Fully compatible with JTAGICE mkII, easy to use, stable and reliable
- Identified as JTAGICE mkII in AVRStudio, high speed debugging and programming
- Firmware is upgradable to Support Future Devices
- Automatic Upgrade
- AVR Studio, AVR32 Studio, WINAVR(GCC) or IAR is used as front-end software
- Supports the program files generated by ICCAVR, CVAVR, IAR
- Supports debugging and programming of all AVR and AVR32 devices with JTAG, PDI, debugWIRE Interface
Refer to AVRStudio 5 , the following devices are supported:
AVR 8-BIT MCU |
Mega AVR |
ATmega16; ATmega16A; ATmega162; ATmega32; ATmega32A; ATmega64; ATmega64A; ATmega128; ATmega128A; ATmega164P; ATmega324P; ATmega324PA; ATmega644; ATmega644P; ATmega644PA; ATmega165; ATmega165P; ATmega325; ATmega325P; ATmega3250; ATmega3250P; ATmega645; ATmega6450; ATmega640; ATmega1280; ATmega1281; ATmega1284P; ATmega2560; ATmega2561; ATmega48; ATmega48P; ATmega48PA; ATmega88; ATmega88P; ATmega88PA; ATmega168; ATmega168P; ATmega168PA; ATmega328P |
LCD AVR |
ATmega169; ATmega169P; ATmega169PA; ATmega329; ATmega329P; ATmega3290; ATmega3290P; ATmega649; ATmega649P; ATmega6490 |
Tiny AVR |
ATtiny13; ATtiny13A; ATtiny2313; ATtiny24; ATtiny44; ATtiny84; ATtiny25; ATtiny45; ATtiny85; ATtiny261; ATtiny461; ATtiny861; ATtiny48; ATtiny87; ATtiny88; ATtiny43U; ATtiny167; ATtiny261A; ATtiny461A; ATtiny861A; ATtiny2313A; ATtiny4313 |
XMEGA AVR |
ATxmega64A1; ATxmega128A1;
ATxmega64A3; ATxmega128A3; ATxmega256A3; ATxmega256A3B;
ATxmega16A4; ATxmega32A4;
ATxmega64D3; ATxmega128D3; ATxmega192D3; ATxmega256D3;
ATxmega16D4; ATxmega32D4; |
USB AVR |
ATmega32U4; ATmega32U6; AT90USB646; AT90USB647; AT90USB1286; AT90USB1287; AT90USB162; AT90USB82; ATmega8U2; ATmega16U2; ATmega32U2 |
Battery Management AVR |
ATmega406; ATmega16HVA; ATmega16HVB; ATmega32HVB; ATmega64HVE |
Lighting AVR |
AT90PWM3; AT90PWM3B; AT90PWM316; AT90PWM2; AT90PWM2B; AT90PWM216 |
Automotive AVR |
ATmega16M1; ATmega32M1; ATmega64M1; ATmega32C1; ATmega64C1; AT90CAN32; AT90CAN64; AT90CAN128 |
Misc |
AT90SCR100; ATmega128RFA1 |
AVR 32-BIT MCU |
AVR32 AP7 |
AT32AP7000 AT32AP7001 AT32AP7002 |
AVR32 UC3 |
AT32UC3A0128 AT32UC3A0256 AT32UC3A0512 AT32UC3A0512ES
AT32UC3A1128 AT32UC3A1256 AT32UC3A1512
AT32UC3A364 AT32UC3A364S AT32UC3A3128 AT32UC3A3128S AT32UC3A3256 AT32UC3A3256S
AT32UC3B064 AT32UC3B0128 AT32UC3B0256 AT32UC3B0256ES
AT32UC3B164 AT32UC3B1128 AT32UC3B1256
AT32UC3C0512C AT32UC3C1512C AT32UC3C2512C
AT32UC3B0512revC AT32UC3B1512revC
AT32UC3L064 AT32UC3L032 AT32UC3L016 |
*Supports all the different voltages and speed grade versions of the devices listed in the table above.
- On-Chip Debugging: Run, Single step, Breakpoints, etc. Allows the user to view the internal state of the device.
- High speed Debugging
- Programming Interface to flash, eeprom, fuses and lockbits (not debugWIRE)
- Low speed programming through ISP, or high speed programming through JTAG
Before connecting up the JTAGICE XPII for the first time, be sure to install the USB driver on the host computer. This is done automatically when installing the front-end software (Probably AVR Studio). The JTAGICE XPII can connect to the host PC through a USB cable or serial cable (to COM port on the PC)
- Each JTAGICE XPII has a unique ID, a PC could connects to several Devices at the same time
- USB Interface: use the PDIUSBD12, USB 1.1
- RS-232 Interface: use the 9-pin RS-232 cable. Make sure that no other software has control of the COM port where the JTAGICE XPII is connected.
The rear panel of the JTAGICE XPII houses the DC jack, power switch, USB and RS-232 connectors.
Debugging Interface: JTAG, PDI, debugWIRE (SPI), depending on which interface the target devices with.
Programming Interface: JTAG, PDI, ISP (SPI), depending on which interface the target devices with.
The cable has to be changed according to the existed header on the target board. See Details displayed below.
- Connecting to a JTAG target
- Standard JTAG header, Using the default 10-pin JTAG cable directly
- Custom JTAG header, Using 10-wire multicolour custom connector cable
- Connecting to a PDI target
- Using 10-wire multicolour custom connector cable
- Connecting to a debugWIRE or ISP target
- Standard 10-pin SPI header, Using 10-pin (JTAG) to 10-pin (SPI) probe adapter cable
- Standard 6-pin SPI header, Using 10-pin (JTAG) to 6-pin (SPI) probe adapter cable
- Custom SPI header, Using 10-wire multicolour custom connector cable
The figure 1, 2, 3 and 4 shows the header pinouts of different interfaces
Figure 1. JTAG header pinout
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Figure 2. PDI header pinout
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Figure 3. 10-pin SPI header pinout
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Figure 4. 6-pin SPI header pinout
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- Operates using an external power supply providing 9-15V DC
- Can be powered directly from the USB bus
- The target board should be powered from Another Power Supply
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