The XP400 key & chip programmer is specially designed to read transponder data (including Mercedes Benz infrared smart key), clone and generate exclusive keys, read/write on-board EEPROM data, and read/write Freescale 9S12 MCUs. By working with Autel MaxiIM IM608 diagnostic tool and PC that are both loaded with programmer software, the XP400 can read/write transponder data quickly and accurately.
| Item | Description |
| Operating Temperature | -10℃ ~ 60℃ (14℉ ~ 140℉) |
| Storage Temperature | -20℃ ~ 60℃ (-4℉ ~ 140℉) |
| Port | Mini USB, VGA_DB15 |
| Input Voltage | 5 VDC |
| Operating Current | < 250 mA |
| Maximum Consumption | 1 W |
| Device Dimensions (L*W*H) | 130 mm * 68 mm * 28 mm |
| Package Dimensions (L*W*H) | 201 mm * 167 mm * 75 mm |
| Net Weight | 466 g |
What is the port & slot on XP400 used for?
1.DC Port – provides 12V DC power
DC Port is used to provide 12 V power supply for the XP400.
2.USB Port – provides data communication and 5V DC power
The Type B USB port provides data communication and power supply for handheld device, PC and XP400.
3.DB 26-Pin Port – connects with the Mercedes Benz infrared cable, vehicle key cable, ECU cable, MCU cable, MC9S12
Five components can be connected to this port:
Mercedes Infrared Cable
APA102 – Remote Match Cable (optional)
APA104 – ECU Cable
APA105– MCU Cable
APA106 – MC9S12 Cable
a.APA102 – Remote Match Cable (optional)
| No. | Color | Definition | Pin correspond to DB26 | Note |
| 1 | Red | VCC5V | 16 | |
| 2 | Black | GND | 3/10/25 | |
| 3 | Blue and White | REMOTE_MISO | 14 | |
| 4 | Gray and White | REMOTE_MOSI | 5 |
| 5 | Brown and White | REMOTE_CLK | 23 | |
| 6 | Green and White | REMOTE_RX_C S | 15 |
b.B.APA104 – ECU Cable
| No. | Color | Definition | Pin correspond to DB26 | Note |
| 1 | Red | VCC12V | 7 | |
| 2 | Black | GND | 25 | |
| 3 | Green | IGN | / | |
| 4 | Orange | CANL | 8 | |
| 5 | Blue | CANH | 17 | |
| 6 | Brown | BOOTM | / | |
| 7 | Yellow | K | 18 | |
| 8 | White | LIN | 26 |
c.APA105 – MCU Cable
| No. | Color | Definition | Pin correspond to DB26 | Note |
| 1 | Red and White | VPP1 | 20 | |
| 2 | Red and Black | VPP2 | 12 | |
| 3 | Red and Yellow | +12V | 7 | |
| 4 | Red and Blue | VPPR | / | |
| 5 | Black | GND | 25 | |
| 6 | White | S1 | 14 | |
| 7 | Brown | S2 | 5 | |
| 8 | Gray | S3 | 23 | |
| 9 | Blue | S4 | 11 | |
| 10 | Red | S5 | 21 | |
| 11 | Orange | S6 | 13 | |
| 12 | Purple | S7 | 4 | |
| 13 | Yellow | S8 | 19 | |
| 14 | Green | S9 | 2 | |
| 15 | Black | GND | 10 | Shielded Twisted |
| 16 | White | OSC | 1 | Shielded Twisted |
d.APA106 – MC9S12 Cable
| No. | Color | Definition | Pin correspond to DB26 | Note |
| 1 | Red | +5V | 16 | |
| 2 | Black | GND | 25 | |
| 3 | Green | XCLKS | 2 | |
| 4 | Blue | T/R | 11 | |
| 5 | Yellow | RESET | 19 | |
| 6 | Black | GND | 10 | Shielded Twisted |
| 7 | White | OSC | 1 | Shielded Twisted |
4.Cross Signal Pins – holds the MCU board, MCU spare cable or DIY signal
The Cross-shaped signal pin is used to place MCU board, MCU spare cable or DIY signal cable to read or write MCU and ECU chips.
5.IC Card Induction Area
It is used to read and write IC card information.
6.Vehicle Key Slot – holds the vehicle
It is used to hold the vehicle key to read or write vehicle key information.
7.Transponder Slot – holds the
It is used to hold the transponder to read or write transponder information.
8.Remote Control Transponder Induction Area
It is used to read and write remote control transponder information.
9.Mercedes Infrared Key Slot – holds the Mercedes infrared
It is used to hold Mercedes infrared key to read or write Mercedes vehicle key information.
10.Status LED – indicates the current operating
The Status Indicator shows the current operating status of the XP400. See the table below for detailed description.
| Indicator | Status | Description |
| On | Light Green | Powered on and default |
| Flash Green | Communication | |
| Light Red | Error |
11.Locker – locks the EEPROM component transponder slot to ensure proper
It is used to place EEPROM chip or socket to read or write EEPROM information.
12.EEPROM Component Transponder Slot – holds the EEPROM plug-in transponder or EEPROM
It is used to hold the EEPROM plug-in transponder or EEPROM socket.
Which transponder is required to read/write with XP400 adapter?
With xp400 adapter, your Autel im608 is able to read/write eeprom:
| Chip Type | Name | Chip Type | Name |
| ATMEL | AT24C01 | ATMEL | AT24C1024 |
| ATMEL | AT24C02 | ATMEL | AT24C128_1.8 |
| ATMEL | AT24C04 | ATMEL | AT24C256_1.8 |
| ATMEL | AT24C08 | ATMEL | AT24C512_1.8 |
| ATMEL | AT24C16 | ATMEL | AT24C01A |
| ATMEL | AT24C32 | ST | ST24x01/ST25x01 |
| ATMEL | AT24C64 | ST | ST24x02/ST25x02 |
| ATMEL | AT24C128 | ST | ST24x04/ST25x04 |
| ATMEL | AT24C256 | ST | ST24x08/ST25x08 |
| ATMEL | AT24C512 | ST | ST24x16/ST25x16 |
| ST | M24C01 | ATMEL | AT25640 |
| ST | M24C02 | ATMEL | AT25128 |
| ST | M24C04 | ATMEL | AT25256 |
| ST | M24C08 | ATMEL | AT25512 |
| ST | M24C16 | ATMEL | AT25010_1.8 |
| ST | M24C32 | ATMEL | AT25020_1.8 |
| ST | M24C64 | ATMEL | AT25040_1.8 |
| FAIRCHILD | NM24C16U | ATMEL | AT25080_1.8 |
| FAIRCHILD | NM24C16UT | ATMEL | AT25160_1.8 |
| FAIRCHILD | NM24C17U | ATMEL | AT25320_1.8 |
| FAIRCHILD | NM24C17UT | ATMEL | AT25640_1.8 |
| MICROCHIP | 85C72 | ATMEL | AT25128_1.8 |
| MICROCHIP | 85C82 | ATMEL | AT25256_1.8 |
| MICROCHIP | 85C92 | ST | M95010 |
| NXP | PCF8582C | ST | M95020 |
| NXP | PCF8594C | ST | M95040 |
| NXP | PCF8598C | ST | M95080 |
| ATMEL | AT25010 | ST | M95160 |
| ATMEL | AT25020 | ST | M95320 |
| ATMEL | AT25040 | ST | M95640 |
| ATMEL | AT25080 | ST | M95128 |
| ATMEL | AT25160 | ST | M95256 |
| ATMEL | AT25320 | ST | M95512 |
| MICROCHIP | 25xx040 | NATIONAL | NM93C13 |
| MICROCHIP | 25xx080 | NATIONAL | NM93C14 |
| MICROCHIP | 25xx160 | NATIONAL | NM93C14TM8 |
| MICROCHIP | 25xx320 | MICROCHIP | 93C46X |
| MICROCHIP | 25xx640 | MICROCHIP | 93C46A |
| MICROCHIP | 25xx040_TSS OP | MICROCHIP | 93C46 |
| MICROCHIP | 25xx320_TSS OP | MICROCHIP | 93C46AX |
| MICROCHIP | 25xx640_TSS OP | MICROCHIP | 93C46BX_93C46 CX |
| CATALYST | CAT25C01 | MICROCHIP | 93C56A |
| CATALYST | CAT25C02 | MICROCHIP | 93C56 |
| CATALYST | CAT25C04 | MICROCHIP | 93C66A |
| CATALYST | CAT25C08 | MICROCHIP | 93C66 |
| CATALYST | CAT25C16 | MICROCHIP | 93C76A |
| CATALYST | CAT25C32 | MICROCHIP | 93C76 |
| CATALYST | CAT25C64 | MICROCHIP | 93C86A |
| CATALYST | CAT25C128 | MICROCHIP | 93C86 |
| CATALYST | CAT25C256 | ATMEL | AT93C46A |
| ST | M35080 | ATMEL | AT93C46 |
| XICOR | X5043 | ATMEL | AT93C46R |
| XICOR | X5045 | ATMEL | AT93C56 |
| XICOR | X25043 | ATMEL | AT93C57 |
| XICOR | X25045 | ATMEL | AT93C66 |
| MICROCHIP | 93C06 | ATMEL | AT93C76 |
| ATMEL | AT93C86 | SONY | CXK1011 |
| NATIONAL | NM93CS06 | SONY | CXK1012 |
| NATIONAL | NM93CS46 | SONY | CXK1013 |
| NATIONAL | NM93CS56 | Seiko | S_24H30 |
| NATIONAL | NM93CS66 | Seiko | S_24H30_SOP8 |
| FAIRCHILD | FM93CS46T | Seiko | S_24H45 |
| ST | M93C46 | Seiko | S_24H45_SOP8 |
| ST | M93C56 | Seiko | S_24S30 |
| ST | M93C66 | Seiko | S_24S45 |
| ST | M93C76 | TOSHIBA | TC89101 |
| ST | M93C86 | TOSHIBA | TC89102 |
| ST | M93S46 | TOSHIBA | TC89121 |
| ST | M93S56 | TOSHIBA | TC89122 |
| ST | M93S66 | Xicor | X24C44 |
| ATMEL | AT59C11 | TMC | TMC93LC56 |
| ATMEL | AT59C22 | TMC | TMC93LC57 |
| ATMEL | AT59C13 | TMC | TMC93LC66 |
| OKI | MSM16911 | TMC | TMC93LC86 |
| TMC | TMC93LC46 |
MCU/ECU Read/Write Transponder Coverage
| Chip Type | Name |
| FREESCALE | MC9S12DG128 |
| FREESCALE | MC9S12DJ64 |
| FREESCALE | MC9S12DG256 |
| FREESCALE | MC9S12DT128 |
| FREESCALE | MC9S12DT256 |
| FREESCALE | MC9S12XDP512 |
| FREESCALE | MC9S12XET512 |
| FREESCALE | MC68HC08AZ60 |
| FREESCALE | MC68HC(9)08AB16A |
| FREESCALE | MC68HC908GR16A |
| FREESCALE | MC68HC(7)05X32 |
| FREESCALE | MC68HC705E6 |
| FREESCALE | MC68HC11E9 |
| INFINEON | SAK-TC1766 |
| INFINEON | SAK-TC1793 |
| INFINEON | SAK-TC1796 |
| INFINEON | SAK-TC1797 |
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