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KNOWLEDGE BASE

TB-FM 

 

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FM ADVANCED FIRMWARE

INSTALL TYPE 2:

The installation type 2 is a result of long term fi eld testing with logic analyzers and aftermarket products permanently installed in multiple vehicles. During 

the researches, it’s been possible to identify strong bouncing frequencies received through the immobilizer antenna during remote start due to many different 

types of products. The most common products to affect the immobilizer communication are; Blue Tooth devices, cellular hands free kits, cell phones, wireless 

internet, Two way aftermarket alarm/starters (depending on RF timing), remaining key in the ignition barrel are all examples of interfering devices. Our 

researches concluded that the PATS immobilizers systems using the D type connector were a lot more sensitive to external RF than any other PATS receivers.

For this reason, from now on, we recommend you to use the install type 2 on any vehicle equipped with the D type connector PATS immobilizer. Alto we list 

only the D type vehicles for type 2, it is recommended to use the type 2 installation method for vehicles equipped with many RF devices or if the vehicle owner 

intends to remote start the vehicle with a key remaining in the ignition barrel. (RF collisions may result into intermittent remote start failure since the module 

protection will interrupt communications upon collision detection to avoid sending any corrupted informations to the vehicle) 

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INSTALL TYPE 3:

On only few vehicles the PATS immobilizer module is powered on constant 12 Volts instead of being powered on ignition. Since all the other vehicles PATS 

systems are powered on ignition, the ignition signal is used to synchronize the immobilizer challenge/communication. On the PATS systems powered on 12 

Volts, a learning error will occur due to the wrong communication timing. This will prevent the module from learning the vehicle and the module LED will start 

blinking Red.

We recommend to correct the vehicle circuitry by changing the PATS power source to an Ignition power source instead of constant 12 Volts. A fuse should be 

used as recommended in the install schematic.

The vehicle will properly start using a key or the remote starter once this modifi cation is performed to adapt to the normal PATS initialization timings. 

The modifi cation have to be secured and left permanent in the vehicle.

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ADVANCED DIAGNOSTIC

Did you know the Firmware is monitoring the entire module learning process and records everything in its EEPROM?

Exactly, as soon the module is connected to the vehicle it starts monitoring and recording all its I/O’s (same as an airplane black box). The information can be 

extracted from the module and sent to your technical support team for advanced debugging at any required time.

 

The information recorded is:

•  Install Type

•  1st key code

•  1st ignition cycle ON position timing

•  1st ignition cycle OFF position timing

•  2nd key code

•  2nd ignition ON position timing

•  2nd ignition OFF position timing

•  Any immobilizer communication collision

•  RS232 communications

•  Vehicle unlocking its programming

•  Module key code sent to vehicle and validated or rejected

•  Spikes on the ignition wire

•  Cloned keys detection

•  Protected memory buffer for module key code recovery even after module is re-fl ashed and a factory reset is been performed.

•  RX/TX inversion detection and protection

•  Installation mode, fi rmware, hardware informations

•  Advanced recording routine for emergency key code cracking 

•  Complete encryption recording and advanced anti-collision protection 

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THE ADVANTAGES:

The FM Firmware is the most advanced TI solution available yet. The module EEPROM protected area ensure you will never use more than one key memory 

bank in the vehicle ECU. If it’s ever needed to reset and reprogram a module due to a system upgrade, the FM Firmware will give you the ability to proceed 

without the need of two vehicle keys.

The

 ADVANCED DIAGNOSTIC

 feature is a real install asset as it permit any technical support staff to see exactly what happens in the vehicle. The information 

retrieved is an undisputed time saver and the quickest solution fi nder available in the industry. 

Page 3 of 14

 

ADS-TBSL-FM-EN

 

20121022

install guide

guides Français disponibles au www.idatalink.com

www.idatalink.com/support

 

automotive data solutions inc. © 2012

Transponder Bypass

 

Ford/Mazda

Doc. No.:   ##9909##

Summary of Contents for ADS-TBSL-FM-EN

Page 1: ...ians a certain level of skill knowledge is therefore assumed Please review the Installation Guide carefully before beginning any work Version FRan aise disponible en ligne au www idatalink com please...

Page 2: ...r 03 05 1 2 Blackwood 02 03 1 2 Continental 98 02 1 1 LS 00 06 3 2 Mark LT 06 08 1 2 MKS w o smartkey 09 12 1 2 MKX 07 10 1 2 MKZ 07 12 1 2 Navigator 99 01 1 1 Navigator 02 12 1 2 Town Car 98 02 1 1 T...

Page 3: ...ant 12 Volts A fuse should be used as recommended in the install schematic The vehicle will properly start using a key or the remote starter once this modification is performed to adapt to the normal...

Page 4: ...low Orange 4 Violet Gray E F 150 99 02 4 White LtGreen 3 Gray Orange A F 150 03 4 White LtGreen 3 Gray Orange C F 150 04 08 3 White LtGreen 4 Gray Orange B F 150 09 11 3 Violet Gray 4 Yellow Orange E...

Page 5: ...White LtGreen 3 Gray Orange C Town Car 05 11 3 White LtGreen 4 Gray Orange E Zephyr 06 3 Violet Gray 4 Yellow Orange E MaZda 2 11 12 4 Gray 3 Green H B Series 99 00 4 White LtGreen 3 Gray Orange A B S...

Page 6: ...le 02 4 Gray Red 3 Brown Yellow A Sable 03 4 Brown Yellow 3 Gray Red C Sable 04 05 4 White LtGreen 3 Gray Orange C Sable 08 09 3 Yellow Orange 4 Violet Gray E Page 6 of 14 ADS TBSL FM EN 20121022 inst...

Page 7: ...LOW NC GREEN YELLOW ECM RX GREEN RED ECM RX GREEN RED NC BLUE YELLOW NC BLUE YELLOW NC BLUE RED NC BLUE RED R X T X NOT REQUIRED IN DATA MODE 1 WAY NOT REQUIRED IN DATA MODE 2 WAY LEGEND USE DATA MODE...

Page 8: ...en 1 Orange LtBlue D 6 with smartkey 06 08 2 Yellow Green 1 Gray D 6 w o smartkey 09 12 4 Gray Orange 3 White LtGreen F CX7 07 12 2 Gray Orange 1 White LtGreen D CX9 07 12 2 Blue Yellow 1 Blue Orange...

Page 9: ...TX GRAY RED NC GREEN YELLOW NC GREEN YELLOW RX VEHICLE SIDE GREEN RED RX VEHICLE SIDE GREEN RED NC BLUE YELLOW NC BLUE YELLOW NC BLUE RED NC BLUE RED NOT REQUIRED IN DATA MODE 1 WAY NOT REQUIRED IN D...

Page 10: ...B S Type 03 08 3 White Red 4 Yellow Red 1 Brown Green B X Type 02 09 3 White Green 4 Orange 1 Green B LInCoLn LS 00 06 3 White Red 4 Gray Red 1 Orange Blue B TYPE 3 WIRE CROSS REFERENCE CHART 1 OF 1 A...

Page 11: ...U N D P A T S 1 2 V P O W E R T X R X IGNITION INPUT PINK IGNITION INPUT PINK NC PINK BLACK NC PINK BLACK NC ORANGE NC ORANGE NC GRAY YELLOW NC GRAY YELLOW ECM TX GRAY RED ECM TX GRAY RED NC GREEN YEL...

Page 12: ...cceeded The green LED will remain illuminated until ignition is turned off 6 The LED will turn OFF to confirm the vehicle has validated the key Note if the LED begins to flash RED you are using a clon...

Page 13: ...e LED begins to flash RED verify the RX and TX connections between the module and the vehicle If the LED begins to flash RED you are using a cloned key or used the same key twice 7 Wait LED will turn...

Page 14: ...dure may result with a DTC or a CHECK ENGINE error message 1 DISCONNECT all connectors from module EXCEPT the black 4 PIN standard or optional data connector 6 RECONNECT all connectors 2 DISCONNECT bl...

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