Unlock the Secrets of Transponder Technology with Mike Hyde's Transponders Book 85
Mike Hyde's Transponders Book 85: A Comprehensive Guide for Locksmiths
If you are a locksmith who works with transponder vehicles, you know how important it is to have the right information and tools at your disposal. Transponders are electronic devices that communicate with the vehicle's immobilizer system to prevent unauthorized access and theft. They are embedded in the key or the remote of the vehicle, and they require special programming, cloning, or identification techniques to work properly.
Mike Hydes Transponders Book 85
That's why you need Mike Hyde's Transponders Book 85, the latest edition of the most comprehensive book on transponder technology available in the market. This book contains 861 pages of information about all aspects of transponder technology, including proximity remotes, cloner keys, key programming, chip identification, factory keys, aftermarket keys, and more. It covers models from 1995 to 2013.5 and some 2014, listed by make, model, and year for easy lookup.
In this article, we will review the main features of Mike Hyde's Transponders Book 85 and how you can use it effectively to enhance your locksmith skills and services. We will also answer some frequently asked questions about this book at the end.
Introduction
What are transponders and why are they important for locksmiths?
Transponders are short for "transmitter-responder". They are electronic devices that send and receive signals using radio waves. They are used in various applications, such as aviation, navigation, identification, security, etc.
In the automotive industry, transponders are used to prevent vehicle theft by adding an extra layer of security to the ignition system. The transponder is embedded in the key or the remote of the vehicle, and it contains a unique code that matches with the code stored in the vehicle's immobilizer system. When the key or the remote is inserted or pressed near the ignition switch, the transponder sends a signal to the immobilizer system, which verifies the code and allows the engine to start. If the code does not match, the immobilizer system blocks the engine from starting.
Transponders are important for locksmiths because they require special knowledge and tools to work with. Locksmiths need to know how to program, clone, or identify transponders for different vehicles, as well as how to choose between factory keys and aftermarket keys. Locksmiths also need to keep up with the latest developments and trends in transponder technology, as new models and features are introduced every year.
What is Mike Hyde's Transponders Book 85 and what does it cover?
Mike Hyde's Transponders Book 85 is a book written by Mike Hyde, a locksmith and an expert in transponder technology. He has been writing and publishing books on transponders since 1995, and he updates them every two years to include the latest information and models.
Mike Hyde's Transponders Book 85 is the most recent edition of his book series, released in 2013. It covers models from 1995 to 2013.5 and some 2014, listed by make, model, and year for easy lookup. It contains 861 pages of information about all aspects of transponder technology, including:
Proximity remotes: These are remotes that do not require physical contact with the ignition switch to start the engine. They use radio frequency identification (RFID) or near field communication (NFC) to communicate with the immobilizer system.
Cloner keys: These are keys that can be copied or duplicated from another key using a special device called a cloner. They are useful for backup or spare keys.
Key programming: This is the process of creating or modifying the code of a transponder key or remote using a special device called a programmer. It is necessary when a new key or remote is made or when an existing key or remote is lost or damaged.
Chip identification: This is the process of determining the type and number of the transponder chip inside a key or a remote using a special device called an identifier. It is useful for finding compatible keys or remotes for a vehicle.
Factory keys and aftermarket keys: These are terms that refer to the origin and quality of the keys or remotes. Factory keys are original keys or remotes made by the vehicle manufacturer or authorized dealer. Aftermarket keys are replacement keys or remotes made by third-party manufacturers or suppliers.
The book also contains tips, tricks, diagrams, photos, tables, charts, and other useful resources to help locksmiths understand and work with transponders more effectively.
How to use Mike Hyde's Transponders Book 85 effectively?
To use Mike Hyde's Transponders Book 85 effectively, you need to follow these steps:
Find the make, model, and year of the vehicle you are working with in the book's index.
Go to the corresponding page in the book and read the information about the transponder system of that vehicle.
Determine what type of service you need to provide for that vehicle, such as programming, cloning, or identification.
Follow the instructions and recommendations in the book for that service, using the appropriate tools and devices.
Test the key or remote to make sure it works properly with the vehicle.
If you have any questions or doubts about any information in the book, you can contact Mike Hyde directly through his website or email. He is always happy to help and provide support to his fellow locksmiths.
Main Features of Mike Hyde's Transponders Book 85
Proximity Remotes
Definition and examples of proximity remotes
Proximity remotes are remotes that do not require physical contact with the ignition switch to start the engine. They use radio frequency identification (RFID) or near field communication (NFC) to communicate with the immobilizer system. The driver only needs to have the remote in their pocket or purse, and the vehicle will automatically detect it when they approach it. The driver can then start the engine by pressing a button on the dashboard or on the remote itself.
Some examples of vehicles that use proximity remotes are:
MakeModelYear
AcuraZDX2010-2013
AudiA42009-2014
```html Advantages and disadvantages of proximity remotes
Proximity remotes have some advantages and disadvantages compared to traditional keys or remotes. Some of the advantages are:
They are more convenient and user-friendly, as the driver does not need to insert or turn a key or press a remote to start the engine.
They are more secure and reliable, as they use encrypted codes that are harder to duplicate or hack.
They are more durable and resistant, as they do not have mechanical parts that can wear out or break.
Some of the disadvantages are:
They are more expensive and complex, as they require more sophisticated technology and devices to program, clone, or identify.
They are more prone to interference or malfunction, as they depend on radio signals that can be affected by environmental factors or electronic devices.
They are more risky and dangerous, as they can allow the engine to start even if the driver is not inside the vehicle or if the remote is lost or stolen.
How to program, clone, and identify proximity remotes
To program, clone, or identify proximity remotes, you need to use special tools and devices that are compatible with the specific type and frequency of the remote. Some of the tools and devices that you can use are:
Programmers: These are devices that can create or modify the code of a proximity remote using a computer or a tablet. Some examples of programmers are Advanced Diagnostics MVP Pro, Ilco EZ-Clone Plus, Keyline 884 Decryptor Mini, etc.
Cloners: These are devices that can copy or duplicate the code of a proximity remote using another remote. Some examples of cloners are JMA TRS-5000 EVO, Keyline Megamos Crypto Cloner Kit, Xhorse VVDI Key Tool Max, etc.
Identifiers: These are devices that can determine the type and number of the proximity remote using a reader or a scanner. Some examples of identifiers are Advanced Diagnostics AD35 Remote Control Tester, Ilco RW4 Plus with M-Box, Xhorse VVDI Mini Key Tool, etc.
The process of programming, cloning, or identifying proximity remotes varies depending on the make, model, and year of the vehicle, as well as the tool or device used. You can find detailed instructions and recommendations for each vehicle in Mike Hyde's Transponders Book 85.
Cloner Keys
Definition and examples of cloner keys
Cloner keys are keys that can be copied or duplicated from another key using a special device called a cloner. They are useful for backup or spare keys. They do not require programming, as they inherit the code of the original key. However, they may require cutting, if they have a mechanical blade.
Some examples of vehicles that use cloner keys are:
MakeModelYear
ChevroletCobalt2005-2010
FordFiesta2011-2019
HondaCivic2001-2005
NissanSentra2007-2012
ToyotaCorolla2005-2013
Advantages and disadvantages of cloner keys
Cloner keys have some advantages and disadvantages compared to traditional keys or programmed keys. Some of the advantages are:
They are cheaper and faster to make, as they do not require programming or special equipment.
They are easier and simpler to use, as they do not require any additional steps or procedures to start the engine.
They are more compatible and flexible, as they can work with different types and frequencies of transponder chips.
Some of the disadvantages are:
They are less secure and reliable, as they can be easily copied or duplicated by anyone who has access to the original key or a cloner.
They are less durable and resistant, as they can wear out or break more easily than original keys or programmed keys.
They are more limited and restricted, as they may not work with some vehicles that have anti-theft systems or rolling codes.
How to program, clone, and identify cloner keys
To program, clone, or identify cloner keys, you need to use a special device called a cloner that is compatible with the specific type and frequency of the key. Some of the devices that you can use are:
Advanced Diagnostics AD900 Pro: This is a device that can program, clone, and identify cloner keys using a computer or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Ilco EZ-Clone Plus: This is a device that can clone and identify cloner keys using a standalone unit. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Keyline Megamos Crypto Cloner Kit: This is a device that can clone and identify cloner keys using a smartphone or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
The process of programming, cloning, or identifying cloner keys varies depending on the make, model, and year of the vehicle, as well as the device used. You can find detailed instructions and recommendations for each vehicle in Mike Hyde's Transponders Book 85.
Key Programming
Definition and examples of key programming
Key programming is the process of creating or modifying the code of a transponder key or remote using a special device called a programmer. It is necessary when a new key or remote is made or when an existing key or remote is lost or damaged. It requires access to the vehicle's immobilizer system and sometimes to the vehicle's onboard diagnostic (OBD) port.
Some examples of vehicles that use key programming are:
MakeModelYear
BMWX52000-2006
DodgeRam2009-2018
LexusES3001998-2003
MazdaCX-52013-2020
VolkswagenJetta2005-2019
Advantages and disadvantages of key programming
Key programming has some advantages and disadvantages compared to traditional keys or cloner keys. Some of the advantages are:
They are more secure and reliable, as they use unique codes that are harder to copy or duplicate.
They are more versatile and adaptable, as they can work with different types and features of transponder systems.
They are more customizable and personalized, as they can be programmed to have specific functions or preferences.
Some of the disadvantages are:
They are more expensive and complex, as they require special equipment and software to program.
They are more time-consuming and difficult to use, as they require access to the vehicle's immobilizer system and sometimes to the vehicle's OBD port.
They are more risky and dangerous, as they can cause damage or malfunction to the vehicle's immobilizer system or other electronic components if not done properly.
How to program keys for different makes, models, and years
```html is compatible with the specific type and frequency of the key. Some of the devices that you can use are:
Advanced Diagnostics MVP Pro: This is a device that can program keys for most makes, models, and years using a computer or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Ilco Smart Pro: This is a device that can program keys for most makes, models, and years using a standalone unit. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Xhorse VVDI2: This is a device that can program keys for most makes, models, and years using a computer or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
The process of programming keys for different makes, models, and years varies depending on the vehicle's immobilizer system and the device used. You can find detailed instructions and recommendations for each vehicle in Mike Hyde's Transponders Book 85.
Chip Identification
Definition and examples of chip identification
Chip identification is the process of determining the type and number of the transponder chip inside a key or a remote using a special device called an identifier. It is useful for finding compatible keys or remotes for a vehicle or for verifying the authenticity of a key or a remote.
Some examples of vehicles that use chip identification are:
MakeModelYear
CadillacCTS2003-2014
HyundaiSonata2006-2015
KiaSorento2003-2020
Mercedes-BenzE-Class1996-2016
SubaruOutback2005-2019
Advantages and disadvantages of chip identification
Chip identification has some advantages and disadvantages compared to traditional keys or programmed keys. Some of the advantages are:
They are more accurate and reliable, as they can provide precise information about the transponder chip inside a key or a remote.
They are more helpful and informative, as they can help locksmiths find compatible keys or remotes for a vehicle or verify the authenticity of a key or a remote.
They are more versatile and adaptable, as they can work with different types and frequencies of transponder chips.
Some of the disadvantages are:
They are more expensive and complex, as they require special equipment and software to identify.
They are more time-consuming and difficult to use, as they require access to the key or the remote and sometimes to the vehicle's immobilizer system.
They are more risky and dangerous, as they can cause damage or malfunction to the key or the remote or other electronic components if not done properly.
How to identify chips for different makes, models, and years
To identify chips for different makes, models, and years, you need to use a special device called an identifier that is compatible with the specific type and frequency of the chip. Some of the devices that you can use are:
```html models, and years using a standalone unit. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Ilco RW4 Plus with M-Box: This is a device that can identify chips for most makes, models, and years using a computer or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
Xhorse VVDI Mini Key Tool: This is a device that can identify chips for most makes, models, and years using a smartphone or a tablet. It can work with most types and frequencies of transponder chips, including Texas 4C, 4D, 6F, 6E, Philips Crypto 40/41/42/44/45/46/48/4D/8C, etc.
The process of identifying chips for different makes, models, and years varies depending on the chip's type and frequency and the device used. You can find detailed instructions and recommendations for each chip in Mike Hyde's Transponders Book 85.
Factory Keys and After-Market Keys
Definition and examples of factory keys and after-market keys
Factory keys and after-market keys are terms that refer to the origin and quality of the keys or remotes. Factory keys are original keys or remotes made by the vehicle manufacturer or authorized dealer. After-market keys are replacement keys or remotes made by third-party manufacturers or suppliers.
Some examples of vehicles that use factory keys and after-market keys are:
MakeModelYearFactory KeyAfter-Market Key
Chrysler3002005-2010Y164-PTB111-PT
HondaAccord2003-2007HON66T5HON66EK
LexusRX3502007-2015HYQ14AABKR55WK48903
MitsubishiLancer2008-2017OUC644M-KEY-NMITSU-2B-NB1-NLK
VolvoS602011-2018KR55WK49264KR55WK49266
Advantages and disadvantages of factory keys and after-market keys
Factory keys and after-market keys have some advantages and disadvantages compared to each other. Some of the advantages of factory keys are:
They are more compatible and reliable, as they are designed to work specifically with the vehicle's immobilizer system.
They are more d