This document provides an operational manual for an 8051 development kit. It includes:
1. A list of contents in the package including an 8051 microcontroller board, software CD, cables.
2. Details of the development kit board including microcontroller, LEDs, switches, motor, and interfaces.
3. Steps for installing the RIDE and Flash Magic software.
4. Instructions for connecting the kit to a computer and powering it on.
5. A tutorial on using the RIDE and Flash Magic software to write, compile, and load programs.
6. Examples of simple programs for blinking LEDs, reading switches, and driving a 7-segment display.
Embedded Systems - IO Programming
In 8051, I/O operations are done using four ports and 40 pins. The following pin diagram shows the details
of the 40 pins. I/O operation operation port reserves reserves 32 pins where each port has 8 pins. The other 8 pins are
designated as V , GND, XTAL1, XTAL2, RST, EA (bar), ALE/PROG (bar), and PSEN (bar).
It is a 40 Pin PDIP (Plastic Dual Inline Package)
I/O Ports and their Functions
The four ports P0, P1, P2, and P3, each use 8 pins, making them 8-bit ports. Upon RESET, all the ports
are configured onfigured as inputs, inputs, ready to be used as input ports. When the first 0 is written written to a port, it becomes becomes
an output. To reconfigure it as an input, a 1 must be sent to a port.
Port 0 (Pin No 32 – Pin No 39)
Dual Role of Port 0 and Port 2
The document provides a user manual for an 8051 development kit. It includes a 1-2 sentence description of each of the following: the components included in the kit, features of the kit such as its size and included microcontroller, I/O interfaces, and pin connections of the microcontroller. The kit is intended for advanced embedded applications and contains surface mount components on a double sided PCB.
The document contains 20 questions and answers about Cisco CCIE Routing and Switching certification topics. Some key points covered include:
- Changing the Spanning Tree Protocol from PVST to Rapid-PVST on an interface would cause it to transition through the blocking, listening, and learning states before reaching the forwarding state.
- Enabling SSH access on a router requires using the "control-plane host management-interface" command to allow SSH connections.
- Out-of-order packets can be caused by packets traversing multiple paths through the network or some packets in a flow being process-switched while others are interrupt-switched on a transit router.
- Excessive unicast flooding
This document summarizes sections from a book on microcontroller solutions. It discusses 8-bit microcontrollers and provides examples of code. It covers topics like registers, ports, bit manipulation, timers, and interrupts. It gives code examples to blink LEDs, delay, use timers, and perform math operations with registers. Overall it provides an overview of programming and interfacing with an 8-bit microcontroller.
The document describes experiments using an 8051 microcontroller to perform various arithmetic operations and generate waveforms. It discusses programs to add, subtract, multiply and divide data using the 8051. It also explains how to generate square, sawtooth and triangular waves using a digital to analog converter (DAC) interfaced with the 8051. Finally, it provides a program to interface a stepper motor with the 8051 and run it in clockwise and counter-clockwise directions.
1. The document discusses interrupts in the 8085 microprocessor. It lists the 5 hardware interrupts - INTR, RST 5.5, RST 6.5, RST 7.5, and TRAP - and their priorities, with TRAP being the highest. It distinguishes between vectored interrupts, which provide the interrupt address, and non-vectored interrupts, where the address must be supplied.
2. An example assembly language program is provided to create a time delay of 1.8 seconds using nested loops and decrement instructions. Interrupt basics are reviewed, such as the differences between maskable and non-maskable interrupts.
The document discusses parallel compilation techniques for reconfigurable architectures. It describes a hybrid processor called XiRisc+PiCoGa and GriffyC that has a configurable RISC core and reconfigurable PiCoGa component. It outlines the compilation flow from C to GriffyC code that can be executed on the XiRisc+PiCoGa architecture, including various analyses and optimizations performed during compilation.
This document provides an operational manual for an 8051 development kit. It includes:
1. A list of contents in the package including an 8051 microcontroller board, software CD, cables.
2. Details of the development kit board including microcontroller, LEDs, switches, motor, and interfaces.
3. Steps for installing the RIDE and Flash Magic software.
4. Instructions for connecting the kit to a computer and powering it on.
5. A tutorial on using the RIDE and Flash Magic software to write, compile, and load programs.
6. Examples of simple programs for blinking LEDs, reading switches, and driving a 7-segment display.
Embedded Systems - IO Programming
In 8051, I/O operations are done using four ports and 40 pins. The following pin diagram shows the details
of the 40 pins. I/O operation operation port reserves reserves 32 pins where each port has 8 pins. The other 8 pins are
designated as V , GND, XTAL1, XTAL2, RST, EA (bar), ALE/PROG (bar), and PSEN (bar).
It is a 40 Pin PDIP (Plastic Dual Inline Package)
I/O Ports and their Functions
The four ports P0, P1, P2, and P3, each use 8 pins, making them 8-bit ports. Upon RESET, all the ports
are configured onfigured as inputs, inputs, ready to be used as input ports. When the first 0 is written written to a port, it becomes becomes
an output. To reconfigure it as an input, a 1 must be sent to a port.
Port 0 (Pin No 32 – Pin No 39)
Dual Role of Port 0 and Port 2
The document provides a user manual for an 8051 development kit. It includes a 1-2 sentence description of each of the following: the components included in the kit, features of the kit such as its size and included microcontroller, I/O interfaces, and pin connections of the microcontroller. The kit is intended for advanced embedded applications and contains surface mount components on a double sided PCB.
The document contains 20 questions and answers about Cisco CCIE Routing and Switching certification topics. Some key points covered include:
- Changing the Spanning Tree Protocol from PVST to Rapid-PVST on an interface would cause it to transition through the blocking, listening, and learning states before reaching the forwarding state.
- Enabling SSH access on a router requires using the "control-plane host management-interface" command to allow SSH connections.
- Out-of-order packets can be caused by packets traversing multiple paths through the network or some packets in a flow being process-switched while others are interrupt-switched on a transit router.
- Excessive unicast flooding
This document summarizes sections from a book on microcontroller solutions. It discusses 8-bit microcontrollers and provides examples of code. It covers topics like registers, ports, bit manipulation, timers, and interrupts. It gives code examples to blink LEDs, delay, use timers, and perform math operations with registers. Overall it provides an overview of programming and interfacing with an 8-bit microcontroller.
The document describes experiments using an 8051 microcontroller to perform various arithmetic operations and generate waveforms. It discusses programs to add, subtract, multiply and divide data using the 8051. It also explains how to generate square, sawtooth and triangular waves using a digital to analog converter (DAC) interfaced with the 8051. Finally, it provides a program to interface a stepper motor with the 8051 and run it in clockwise and counter-clockwise directions.
1. The document discusses interrupts in the 8085 microprocessor. It lists the 5 hardware interrupts - INTR, RST 5.5, RST 6.5, RST 7.5, and TRAP - and their priorities, with TRAP being the highest. It distinguishes between vectored interrupts, which provide the interrupt address, and non-vectored interrupts, where the address must be supplied.
2. An example assembly language program is provided to create a time delay of 1.8 seconds using nested loops and decrement instructions. Interrupt basics are reviewed, such as the differences between maskable and non-maskable interrupts.
The document discusses parallel compilation techniques for reconfigurable architectures. It describes a hybrid processor called XiRisc+PiCoGa and GriffyC that has a configurable RISC core and reconfigurable PiCoGa component. It outlines the compilation flow from C to GriffyC code that can be executed on the XiRisc+PiCoGa architecture, including various analyses and optimizations performed during compilation.
The document provides information about the 74HC/HCT4020 integrated circuit, which is a 14-stage binary ripple counter. It has 12 parallel outputs, a clock input, and an overriding asynchronous master reset input. The counter advances on the falling edge of the clock input and the master reset input asynchronously clears all counter stages and forces the outputs low. The document includes specifications, pin descriptions, logic diagrams, timing diagrams, and package information.
The document provides information about the 74HC/HCT373 integrated circuit. It is an octal D-type transparent latch with 3-state outputs. It features separate data and latch enable inputs for each latch, as well as a common 3-state output enable input. When the latch enable input is high, data enters the latches transparently from the data inputs. When low, the latches store the previous data. The 3-state outputs provide high impedance when the output enable is high.
The document discusses numerical bases used in programming such as hexadecimal, binary, and BCD. It provides examples of converting between decimal, binary, hexadecimal and BCD representations of numbers. It also describes registers and memory organization in 8051 microcontrollers including register banks, memory mapping, and addressing modes. Finally, it outlines common instructions of the 8051 instruction set such as MOV, ADD, CALL, JUMP, LOGICAL operations and flag manipulation.
U Y10 HDMI SDI VGA CVBS YPBPR DVI-D ENCODERHansen He
The U/Y 10 codec is an embedded hardware solution for point-to-point interactive transmission, emergency communication, transcoding, broadcasting, live streaming, and recording. It can receive streams from other devices via various IP protocols and output via HDMI, composite jack, or SDI. It supports Haiwei's proprietary protocol to directly receive streams from other Haiwei devices anywhere in the world with very low latency. The U/Y 10 has full interfaces including HDMI, VGA, YPBPR, CVBS, and SDI inputs and can output streams via various IP protocols for encoding and decoding video streams up to 4K resolution at high bitrates.
Embedded Systems Training & Live Projects @Technogroovy Systems India Pvt Ltd Technogroovy India
This document discusses numerical bases used in programming such as hexadecimal, binary, and BCD. It provides examples of converting between decimal, binary, hexadecimal, and BCD representations of numbers. It also discusses registers, memory mapping, addressing modes, instructions, and other concepts related to the 8051 microcontroller.
Verilog HDL is introduced for modeling digital hardware at different levels of abstraction. Key concepts discussed include:
- Module instantiation, assignments, and procedural blocks for behavioral modeling.
- Concurrency is modeled using an event-based simulation approach with a time wheel concept.
- Switch level and gate level modeling using built-in primitives like transistors and logic gates.
- User-defined primitives (UDPs) allow custom logic to augment pre-defined primitives.
CEFv6 is a key component for Cisco device troubleshooting and data plane performance. It is responsible for fast packet forwarding by relying on two tables: the Forwarding Information Base (FIB) derived from the routing table and the adjacency table derived from neighbor discovery. CEF engineers must support many services while designing extremely fast code to power Cisco switching performance.
The document describes various data transfer and branching instructions in 8051 assembly language. It explains instructions like MOV, MOVC, MOVX that transfer data between registers and memory. It also covers conditional and unconditional jump instructions like JZ, JNZ, DJNZ, JNC that control program flow. Examples are given to illustrate the use of these instructions for operations like loading values, complementing data, and creating time delays.
Getting Started With Raspberry Pi - UCSD 2013Tom Paulus
The document provides information to help get started with the Raspberry Pi. It recommends downloading the operating system image from the Raspberry Pi website. It then discusses setting up the SD card with the image for both Windows and Mac users. The document proceeds to provide examples of code to blink an LED using the GPIO pins and read analog sensor values using the SPI interface. It demonstrates connecting additional hardware like displays and buttons. The examples show how to smooth sensor readings and control the display. The document emphasizes cleaning up resources to avoid issues.
This document provides a summary and evaluation of performance tests conducted comparing SUSE Linux Enterprise Server 11 Service Pack 1 (SLES11-SP1) to SLES10-SP3. Key findings include improvements in most areas tested on SLES11-SP1 such as disk I/O and scaling, with only a few corner cases showing degradations. A recommendation is made that an upgrade from SLES10-SP3 or SLES11 to SLES11-SP1 is generally recommended, especially for systems relying on FICON I/O or large-scale environments, with the exception of very CPU cost sensitive systems. Benchmark results are presented comparing the two versions on several hardware platforms.
The document discusses the introduction of ARM 64-bit architecture. It begins with an introduction of the speaker and then covers several topics on ARM64 including:
- ARM64 terminology such as AArch64 for 64-bit mode and AArch32 for 32-bit mode
- The ARM64 execution model including 64-bit general purpose registers and 128-bit floating point registers
- The ARM64 instruction set architecture including new instructions for cache control and floating point support
- Demonstrations of ARM64 assembly code for various C examples compiled to ARM64
- Trying out ARM64 emulation using QEMU to debug ARM64 code with GDB.
This document discusses various design options for digital systems including ASICs, FPGAs, and PLDs. It provides details on full-custom and cell-based ASIC design, gate array design, FPGA architecture, and different types of PLDs including ROM, PAL, and PLA. Examples are given to compare implementation of logic functions using these different PLD types. The document also discusses hierarchical system design at different levels from system to circuit.
The document discusses modules and ports in Verilog. It describes that a module defines distinct parts including module name, port list, port declarations, and optional parameters. Ports provide the interface for a module to communicate with its environment. There are two methods for connecting ports to external signals - by ordered list where signals must appear in the same order as ports, and by name where the order does not matter as long as port names match. Hierarchical names provide unique names for every identifier by denoting the design hierarchy with identifiers separated by periods.
Crowd geocoding was used to geocode over 107,000 records from USAID's Development Credit Authority in under 16 hours with 145 volunteers. This increased the number of records with administrative level 1 (Admin1) codes from around 67,000 to around 74,000. The crowdsourced data was found to be 85% accurate, which is in line with current geocoding standards. The process demonstrated how crowdsourcing can be an effective no-cost solution for geocoding large datasets and engaging the public to support development work.
1) The document provides advice to MBA applicants on how to respond after receiving their decision from Harvard Business School (HBS) for Round 1. It discusses strategies for those who received an interview, were deferred a decision, or were denied admission.
2) For those receiving an interview, it recommends feeling proud but continuing plans and prepping within 7-10 days of the interview. It also stresses knowing personal goals and HBS well.
3) For those deferred, it suggests staying calm and cool as HBS measures how applicants handle ambiguity. It provides guidance on asking references to call on their behalf respectfully.
4) For those denied, it reminds them that HBS has harsh statistics and not
The document appears to be a thesis defense presentation that includes the following sections: committee members, motivation, literature review, hybridization concept, objective, approach, results, and conclusions. The literature review section summarizes several previous studies on battery modeling and thermal analysis, regenerative braking of vehicles, and battery performance analysis. The objective is to analyze the feasibility of a battery energy storage system for a hybrid locomotive by developing a battery model, representative load cycle, and thermal management system simulation. The approach involves developing an algorithm to predict regenerative energy, designing the battery system, and performing simulations to analyze performance and thermal capabilities. The results and conclusions sections are not included.
How to use eu702 code reader - eu702 code reader use manual | VtoolShopAmy joe
eu702 code reader manual,The SC23 MaxiScan EU702 Code Sanner Read supports all nine OBDII test modes on all OBDII compliant vehicles to enable technicians
The document provides information about the 74HC/HCT4020 integrated circuit, which is a 14-stage binary ripple counter. It has 12 parallel outputs, a clock input, and an overriding asynchronous master reset input. The counter advances on the falling edge of the clock input and the master reset input asynchronously clears all counter stages and forces the outputs low. The document includes specifications, pin descriptions, logic diagrams, timing diagrams, and package information.
The document provides information about the 74HC/HCT373 integrated circuit. It is an octal D-type transparent latch with 3-state outputs. It features separate data and latch enable inputs for each latch, as well as a common 3-state output enable input. When the latch enable input is high, data enters the latches transparently from the data inputs. When low, the latches store the previous data. The 3-state outputs provide high impedance when the output enable is high.
The document discusses numerical bases used in programming such as hexadecimal, binary, and BCD. It provides examples of converting between decimal, binary, hexadecimal and BCD representations of numbers. It also describes registers and memory organization in 8051 microcontrollers including register banks, memory mapping, and addressing modes. Finally, it outlines common instructions of the 8051 instruction set such as MOV, ADD, CALL, JUMP, LOGICAL operations and flag manipulation.
U Y10 HDMI SDI VGA CVBS YPBPR DVI-D ENCODERHansen He
The U/Y 10 codec is an embedded hardware solution for point-to-point interactive transmission, emergency communication, transcoding, broadcasting, live streaming, and recording. It can receive streams from other devices via various IP protocols and output via HDMI, composite jack, or SDI. It supports Haiwei's proprietary protocol to directly receive streams from other Haiwei devices anywhere in the world with very low latency. The U/Y 10 has full interfaces including HDMI, VGA, YPBPR, CVBS, and SDI inputs and can output streams via various IP protocols for encoding and decoding video streams up to 4K resolution at high bitrates.
Embedded Systems Training & Live Projects @Technogroovy Systems India Pvt Ltd Technogroovy India
This document discusses numerical bases used in programming such as hexadecimal, binary, and BCD. It provides examples of converting between decimal, binary, hexadecimal, and BCD representations of numbers. It also discusses registers, memory mapping, addressing modes, instructions, and other concepts related to the 8051 microcontroller.
Verilog HDL is introduced for modeling digital hardware at different levels of abstraction. Key concepts discussed include:
- Module instantiation, assignments, and procedural blocks for behavioral modeling.
- Concurrency is modeled using an event-based simulation approach with a time wheel concept.
- Switch level and gate level modeling using built-in primitives like transistors and logic gates.
- User-defined primitives (UDPs) allow custom logic to augment pre-defined primitives.
CEFv6 is a key component for Cisco device troubleshooting and data plane performance. It is responsible for fast packet forwarding by relying on two tables: the Forwarding Information Base (FIB) derived from the routing table and the adjacency table derived from neighbor discovery. CEF engineers must support many services while designing extremely fast code to power Cisco switching performance.
The document describes various data transfer and branching instructions in 8051 assembly language. It explains instructions like MOV, MOVC, MOVX that transfer data between registers and memory. It also covers conditional and unconditional jump instructions like JZ, JNZ, DJNZ, JNC that control program flow. Examples are given to illustrate the use of these instructions for operations like loading values, complementing data, and creating time delays.
Getting Started With Raspberry Pi - UCSD 2013Tom Paulus
The document provides information to help get started with the Raspberry Pi. It recommends downloading the operating system image from the Raspberry Pi website. It then discusses setting up the SD card with the image for both Windows and Mac users. The document proceeds to provide examples of code to blink an LED using the GPIO pins and read analog sensor values using the SPI interface. It demonstrates connecting additional hardware like displays and buttons. The examples show how to smooth sensor readings and control the display. The document emphasizes cleaning up resources to avoid issues.
This document provides a summary and evaluation of performance tests conducted comparing SUSE Linux Enterprise Server 11 Service Pack 1 (SLES11-SP1) to SLES10-SP3. Key findings include improvements in most areas tested on SLES11-SP1 such as disk I/O and scaling, with only a few corner cases showing degradations. A recommendation is made that an upgrade from SLES10-SP3 or SLES11 to SLES11-SP1 is generally recommended, especially for systems relying on FICON I/O or large-scale environments, with the exception of very CPU cost sensitive systems. Benchmark results are presented comparing the two versions on several hardware platforms.
The document discusses the introduction of ARM 64-bit architecture. It begins with an introduction of the speaker and then covers several topics on ARM64 including:
- ARM64 terminology such as AArch64 for 64-bit mode and AArch32 for 32-bit mode
- The ARM64 execution model including 64-bit general purpose registers and 128-bit floating point registers
- The ARM64 instruction set architecture including new instructions for cache control and floating point support
- Demonstrations of ARM64 assembly code for various C examples compiled to ARM64
- Trying out ARM64 emulation using QEMU to debug ARM64 code with GDB.
This document discusses various design options for digital systems including ASICs, FPGAs, and PLDs. It provides details on full-custom and cell-based ASIC design, gate array design, FPGA architecture, and different types of PLDs including ROM, PAL, and PLA. Examples are given to compare implementation of logic functions using these different PLD types. The document also discusses hierarchical system design at different levels from system to circuit.
The document discusses modules and ports in Verilog. It describes that a module defines distinct parts including module name, port list, port declarations, and optional parameters. Ports provide the interface for a module to communicate with its environment. There are two methods for connecting ports to external signals - by ordered list where signals must appear in the same order as ports, and by name where the order does not matter as long as port names match. Hierarchical names provide unique names for every identifier by denoting the design hierarchy with identifiers separated by periods.
Crowd geocoding was used to geocode over 107,000 records from USAID's Development Credit Authority in under 16 hours with 145 volunteers. This increased the number of records with administrative level 1 (Admin1) codes from around 67,000 to around 74,000. The crowdsourced data was found to be 85% accurate, which is in line with current geocoding standards. The process demonstrated how crowdsourcing can be an effective no-cost solution for geocoding large datasets and engaging the public to support development work.
1) The document provides advice to MBA applicants on how to respond after receiving their decision from Harvard Business School (HBS) for Round 1. It discusses strategies for those who received an interview, were deferred a decision, or were denied admission.
2) For those receiving an interview, it recommends feeling proud but continuing plans and prepping within 7-10 days of the interview. It also stresses knowing personal goals and HBS well.
3) For those deferred, it suggests staying calm and cool as HBS measures how applicants handle ambiguity. It provides guidance on asking references to call on their behalf respectfully.
4) For those denied, it reminds them that HBS has harsh statistics and not
The document appears to be a thesis defense presentation that includes the following sections: committee members, motivation, literature review, hybridization concept, objective, approach, results, and conclusions. The literature review section summarizes several previous studies on battery modeling and thermal analysis, regenerative braking of vehicles, and battery performance analysis. The objective is to analyze the feasibility of a battery energy storage system for a hybrid locomotive by developing a battery model, representative load cycle, and thermal management system simulation. The approach involves developing an algorithm to predict regenerative energy, designing the battery system, and performing simulations to analyze performance and thermal capabilities. The results and conclusions sections are not included.
How to use eu702 code reader - eu702 code reader use manual | VtoolShopAmy joe
eu702 code reader manual,The SC23 MaxiScan EU702 Code Sanner Read supports all nine OBDII test modes on all OBDII compliant vehicles to enable technicians
Putu Wahyuni Utari Dewi - 3249 - IT Teaching Mediayuniutari
This document provides material for teaching English to 4th grade elementary students in Indonesia. It includes sections on listening, speaking, reading and writing standards and competencies. It presents sample dialogues, passages and exercises related to topics like seasons, likes and dislikes. The document was created by Putu Wahyuni Utari Dewi, an instructor in the English department at Mahasaraswati University in Denpasar, Indonesia.
This document discusses the five main groups of vertebrates: mammals, fish, amphibians, reptiles, and birds. Vertebrates are animals that have backbones and internal skeletons. They can be classified into these five groups based on key distinguishing characteristics. Mammals are warm-blooded and make milk to feed their young. Fish live entirely in water, breathe through gills, and have fins and scales. Amphibians spend part of their life cycle in water and part on land, laying eggs in water and breathing through gills as larvae.
Microsoft recently announced a “mobile first, cloud first” strategy. Ascender’s Android in the Cloud technology perfectly fits Microsoft's strategy with apps hosted in the cloud and the GUI displayed on the users device. Ascender's enabling technology allows numerous use cases centered around Android in the cloud.
Leven met aandacht in relaties - over het verhogen van de kwaliteit van onze...MindConsult
Kwaliteit van Relaties - ons gedrag onder de loep
Ons leven bestaat voor een groot deel uit interactie met anderen. Essentieel voor ons overleven, maar zeker ook voor de vervulling van onze basisbehoeften aan waardering, (h)erkenning, veiligheid en geborgenheid.
De lengte en hoeveelheid van onze relaties met anderen zijn echter geen garantie voor de kwaliteit ervan. In deze interactieve lezing gaan we op zoek naar een werkzame en praktische definitie van kwaliteit van relatie, hoe we die kunnen verhogen én onder- houden.
Zonder voldoende en kwalitatieve aandacht blijven we de oorzaak van onze conflicten en afwijzing, maar ook onze vreugde en plezier, buiten onszelf zoeken bij de ander(en) en de omstandigheden, zonder inzicht in onze eigen bijdrage aan het resultaat.
This document discusses phrasal verbs and prepositions in English. It provides examples of common phrasal verbs used with prepositions like "on", "off", "up", etc. and explains how the meaning of the verb changes. It also discusses how objects can be placed before or after phrasal verbs and the different meanings. Additional examples are given of adjective combinations with prepositions and typical phrasal verbs like "bring up", "cheer up", "look up", etc. The document concludes with a game to practice using phrasal verbs and prepositions in sentences.
This document discusses using storytelling to teach listening skills in a foreign language classroom. It covers the benefits of storytelling, stages of listening, methodology including interviews and surveys, results and analysis of student preferences for stories, suggested classroom activities, and conclusions about strategies for improving listening skills through engaging stories.
This document summarizes a paper on social cognitive factors that can lead to unfair ratings in reputation reporting systems. It discusses how reputation is a shared belief about what others think of someone or something. A social cognitive model is presented that defines agents' roles in forming images and spreading reputation through gossip. Factors like responsibility and benevolence that influence agents' decisions to spread gossip are explored. Artificial experiments were conducted to study how varying structural conditions and cognitive biases affect how reputational systems function and their efficiency and fairness outcomes.
Freedom Economics... The Solution to Empowering a Great Human SocietyBrian Sear
A simplified presentation describing "Why we are here" and What makes the World Work". The essence of a purpose driven life derived from my book released electronically in 2012 called "Compete and Empower". To get a copy on your iPad, Kindle or Nook go to www.competeandempower.com
The models of cars can be supported by the AK400 key programmerjosy jiang
All in one intelligence for BENZ/BMW smart key maker
For BENZ:W220/W208/W210/W220/W203/W215/W230/W209/W219/W211/W230/W215(Big old key/Black key/Chrome key)
For BMW:new 1/3/5/6/7 CAS/CAS2/CAS3/CAS3+system
This document provides instructions for using the AK-400 key programmer. The AK-400 can program smart keys for Mercedes Benz and BMW models. It supports programming via infrared and various microcontroller programmers. The user manual describes the hardware ports and software menus for reading, writing, and generating key data to program smart keys. It also provides examples of using the AK-400 to program smart keys for Mercedes models like the W210 and W211.
The document compares the features and capabilities of three key cloning devices: the MiraClone, AD900 Pro, and ZedBull clone. All three devices can clone various transponder types including ID46, ID48, and fixed code transponders. They also offer database support and the ability to generate replacement transponders. The ZedBull clone has slightly fewer cloning options for transponder types like ID46 and 4D compared to the MiraClone and AD900 Pro. The MiraClone and AD900 Pro include more advanced features for cloning Philips Crypto transponders and generating replacement keys. All three provide ongoing software and firmware updates to support the latest vehicles.
This document discusses open sourcing GSM baseband firmware to allow for free cellphone firmware, security research of cellphone networks, and disruptive competition. It notes challenges include closed chipset and network equipment industries and lack of learning materials. It promotes GSM due to its simplicity, worldwide deployment, and hackable hardware. It introduces the Osmocom project which produces open source GSM baseband software and describes its features and code structure.
The document discusses Nanite, a platform that combines the strengths of Erlang and Ruby. It allows using Erlang for messaging, networking and scalability while using Ruby for rapid development. Nanite uses RabbitMQ for messaging and Redis for distributed agent state storage. It describes Nanite's use of AMQP and how agents can advertise services and tags to enable routing of requests. Security is implemented using encrypted and signed packets. The document invites readers to get involved with the Nanite open source project.
1. Embedded C requires compilers to create executable files that can be downloaded and run on microcontrollers, while C compilers typically generate code for operating systems on desktop computers.
2. Embedded systems often have real-time constraints and limited memory and other resources that require more optimization, unlike most desktop applications.
3. Programming for embedded systems focuses on optimally using limited resources and satisfying timing requirements using basic C constructs and function libraries.
1. Embedded C requires compilers to create files that can be downloaded and run on microcontrollers, while C compilers typically generate OS-dependent executables for desktop computers.
2. Embedded systems often have real-time constraints and limited memory/power that are usually not concerns for desktop applications.
3. Programming for embedded systems requires optimally using limited resources and satisfying real-time constraints, which is done using the basic C syntax and function libraries but with an embedded/hardware-oriented mindset.
The document discusses different aspects of microprocessors and microcontrollers including hardware, software, common components like CPU, memory, I/O ports, and differences between microprocessors and microcontrollers. It provides block diagrams of a general microprocessor system and microcontroller with descriptions of each component. Examples given include the Intel 8051 microcontroller and its pin descriptions and registers.
Programming avr microcontroller digital iManas Mantri
This document provides information on programming digital I/O for AVR microcontrollers in C. It discusses how to configure the DDR, PORT, and PIN registers to set pins as inputs or outputs. It gives an example of a program that continuously reads the logic values on port B and writes them to port C. It also shows a schematic and code for blinking 8 LEDs connected to an ATMega8515 microcontroller.
This document discusses using the Eclipse integrated development environment to develop software for ARM microcontrollers. It recommends using the free and open-source GNU toolset, including compilers, linkers and debuggers, along with the Eclipse IDE to develop software for the inexpensive Philips LPC2106 ARM microcontroller board. While the free tools are not as full-featured as commercial development packages that cost thousands of dollars, they provide a low-cost option for students and hobbyists to begin experimenting with 32-bit ARM development. The document also recommends the inexpensive Olimex LPC2106 boards as hardware to use with the free software tools.
The document provides an overview of building a secure platform using the enhanced IOPMP (Input/Output Physical Memory Protection). It discusses why IOPMP is needed to check accesses from non-RISC-V bus masters, describes the enhancements made to IOPMP including supporting multiple bus masters and flexible response options. It then provides an example of how IOPMP, PMP, and secure boot can establish a root of trust for the platform and describes AndeSentry, an open security framework from Andes Technology.
This document discusses procedures in assembly language. It covers defining procedures, calling procedures using the CALL and RET instructions, passing parameters to procedures, and managing the runtime stack. Procedures use stack frames to access parameters passed on the stack and allocate space for local variables. Examples are provided of procedures that pass arguments by value and by reference.
The document summarizes key aspects of the PIC18 microcontroller including its features, memory organization, registers, and instruction set. It provides an overview of the PIC18's 8-bit CPU, program memory up to 128KB, SRAM up to 4KB, and peripheral functions. The summary describes the separation of the PIC18's program and data memories, its banked memory architecture, and addresses of important registers like the WREG, STATUS, and BSR registers.
The document summarizes key aspects of the PIC18 microcontroller including its features, memory organization, registers, and instruction set. It provides an overview of the PIC18's 8-bit CPU, program memory up to 128KB, SRAM up to 4KB, and peripheral functions. The summary describes the separation of the PIC18's program and data memories, its banked memory architecture, and addresses of important registers like the WREG, STATUS, and BSR registers.
Pipeline processing and generation of computer.Badrul Alam
Instruction pipeline processing system is good for arithmetic and logical instruction. And also, good for multiple tasking at a single time. But has some hazards. If can possible, avoid those hazards then get good benefited for instruction pipeline processing.
FreedomEV is a project that aims to enable full consumer control over electric vehicles by obtaining root access to a Tesla Model X. It introduces a USB stick containing Ubuntu that runs chrooted to provide additional functionality while preserving the manufacturer's software. A dynamic web interface is used to configure FreedomEV apps, which bundle car functions to ensure proper activation and deactivation. While obtaining root access directly from Tesla is challenging, workarounds include finding someone with an existing exploit or asking a service technician. Future goals include improving the hotspot functionality and adding more customization apps.
The document discusses joining the nanite cloud by installing Erlang via a provided script. It provides an overview of Erlang and Ruby, describing their pros and cons. The document proposes combining the strengths of Erlang and Ruby via Nanite, which uses Erlang for messaging, networking, scalability, and distribution, and Ruby for rapid development and ease of use. It describes Nanite's use of RabbitMQ, AMQP, and state storage. Security methods are briefly outlined, and future directions are proposed, including directly integrating Ruby as an Erlang node.
- ARM was developed in 1983 by Acorn Computers with a 4-man team to replace the 6502 processor in BBC computers. It has since become one of the most widely used processor cores in the world due to its simplicity, low power consumption, and use in portable devices.
- ARM Holdings licenses the ARM processor core designs to manufacturers but does not manufacture the chips itself. ARM cores power many products including PDAs, phones, media players, handheld game consoles, digital cameras, and more. Popular ARM architectures include ARM7TDMI and ARM9TDMI.
- The ARM architecture uses a load/store design with 32-bit fixed-length instructions operating on a large number of general purpose
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Welcome to ASP Cranes, your trusted partner for crane solutions in Raipur, Chhattisgarh! With years of experience and a commitment to excellence, we offer a comprehensive range of crane services tailored to meet your lifting and material handling needs.
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Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
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Using Manual about Ad900 Operating Car Tool
1. VTOOLSHOP
AD900 Operating Manual
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CONTENTS
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1- GENERAL INFORMATION
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2- FEATURES
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3- GENERAL OPERATION
4- PC PROGRAM OPERATION
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5- SPECIAL FEATURE
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6- SOFTWARE UPDATING
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
2. 1- GENERAL INFORMATION
.c om
The professional duplicating machine, Transpronics, has been designed and developed to
op
assist immobilizer system specialists. Transpronics is not only a duplicating machine; it is
also a unique machine that can make transponders from eeproms in immobilizer boxes when a
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customer has lost all keys. It can also inform you if a transponder is locked or not. It has
o ls
been developed over 4 years. It can copy most crypto transponders like 42, 45,4D, most of 44
VAG and some 40 and 41 transponders. It can copy Texas fixed transponders to TPX1
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without battery transponders.
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• Identify Transponder
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• Write Transponder Codes
• Copy Transponder
sh op
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• Calculate eeprom memory
•
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Calculate Transponder Codes from eeprom memory
•
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Calculate pin-codes from eeprom memory , from chassis and from Transponder
•
•
w
Test Transponder
Generate Fixed Transponder Codes
• PC Software
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
2
3. 2- FEATURES
.c om
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1- Copy all fixed transponders
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a- Temic 11
b-
c-
Temic 12
Megamos 13
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d- Philips 33
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e- Texas 4C
w w
2- Copy most of crypto transponders
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a- Philips Crypto 42
b- Philips Crypto 44 VAG
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c- Philips Crypto 45
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d- Texas Crypto 4D
e- Some Philips Crypto 40 and 41
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3- Show all information about all transponders
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a- Transponder Types
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b- Transponder Codes
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c- Locked or not
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d- Which car brand
e- Eeprom codes
f- Pin-Codes
4- Calculate eeprom logics from transponder memory.
a- Temic 11 transponder (3 Bytes)
b- Temic 12 transponder (5 Bytes)
c- Megamos 13 transponder (4 Bytes)
d- Texas 4C transponder (4 Bytes)
e- Philips 33 Transponder (4 Bytes)
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
3
4. 5- Calculate transponder logics from eeprom logics
a- BMW Philips 33 rolling Transponder
b- Opel Philips crypto 40 Transponder
c- VAG Philips crypto 42 Transponder
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d- Vw Philips crypto 44 Transponder
e- Renault , Vw , Honda Rover, Opel, Alfa-Romeo Philips 33 Transponder
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f- Fiat Palio - Siena Temic 11 Transponder
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g- Mercedes Vito, sprinter, Vw Volt Temic 12 Transponder
h- Toyota 4C Transponder
i-
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Fiat Tipo- Tempra Megamos 13 Transponder
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j- Fiat Second Generation Megamos 48 Transponder
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w w
6- Calculate pin-codes from transponders
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a- Renault Philips 33 ( 4 Digits )
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b- Peugeot Philips crypto 45 ( 4 Digits )
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7- Calculate pin-codes from chassis numbers
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Transpronics can calculate pin-codes for Hyundai and Kia from last 6 digits of chassis
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number.
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8- Unlock most of 48 transponders.
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As you know, new system cars lock the transponder during the programming. So you
can not use these transponders again. But Transpronics can unlock most megamos
crypto transponders with its high technology.
9- Generate Crypto Transponders from blank Crypto transponders for Renault –
Chrysler and Jeep.
You can generate 46 Renault – Chrysler and Jeep transponders from blank 46
transponders.
10- Generate transponder logics for fixed transponders.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
4
5. 3- GENERAL OPERATIONS
MAIN MENU;
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MENU
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1- Identify
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3-
Write code
Copy
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4- Special
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5- Setup
6- Test
.c om
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1- Identify
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Identify section determinates everything about transponders that are used in automobile
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sector. Transponder logics, Transponder types, eeprom logics (see note-1), some brands of
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cars, if the transponder is crypto, can be copied or not etc…
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Note 1: there is an immobilizer unit on the cars to check the transponders. These
immobilizer units have eeprom inside to save the transponder logics. Transponder logics don’t
be saved in the eeprom with same logics. There is a calculation between them. Transpronics
calculates eeprom logics from transponder logics.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
5
6. Some samples;
Temic 11:
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Temic 11 Transponders are generally used in Fiat cars. When any Temic 11 transponder is
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identified with Transpronics, it shows transponder logic, ID and eeprom logics. When the
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data is written to the immobilizer unit, the car will directly start up with this transponder.
ls h
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FB BE 00 00 00 EA EE 3A
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ID: 11
w w Eep: AE EE B9
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Temic 12:
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Temic 12 Transponders are generally used in Mercedes Vito, sprinter, VW Volt cars. When
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any Temic 12 Transponder is read by Transpronics, the device calculates the data from the
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transponder which is needed for the immobilizer unit. When the data is written to the
immobilizer unit, the car will directly start up with this transponder.
w w
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FB BE 00 00 00 EA EE 3A
ID: 12
Eep: AB CD EF 12 34
ESC
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
6
7. Megamos 13 ;
Megamos 13 Transponders are generally used in Fiat Tipo, Tempra and Honda Civic cars.
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When any Megamos 13 Transponder is read by Transpronics, the device calculates the data
from the transponder which is needed for the immobilizer unit. When the data is written to the
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immobilizer unit, the car will directly start up with this transponder.
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FF 81 34 14 47 80 59 07
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Megamos 13
w w Eep: 18 46 DC 80
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ESC
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sh op
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Philips 33;
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Philips 33 Transponders are used in Volkswagen, Honda Rover, Opel, Alfa-Romeo, Renault
cars. When any Philips 33 Transponder is read by Transpronics, the device will identify the
brand of car.
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30 00 70 00 38 0E FC 00
00 00 00 8E 03 00 00 00
ID: 33
VOLKSWAGEN
ESC
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
7
8. Texas 4C;
Texas 4C Transponders are used in Toyota, Daihatsu cars. When any Texas 4C Transponder
is read by Transpronics, the device calculates the data from transponder which is needed for
the immobilizer unit. When the data is written to the immobilizer unit, the car will directly
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start up with this transponder.
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7E 845F 3F E0 00 00 00
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00 43 11 7E 00 00
ID: 4C
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Eeprom Datası : 21 FA FC 07
w w ESC
Philips Crypto 40;
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When Philips Crypto 40 Transponders are read, it shows whether it can be copied or not.
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Volkswagen 44 transponders have the same feature too. The only difference is; if an ID 40
can be copied it has to be written to T5 or ID 33 chip, if 44 can be copied, it would be written
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to an ID 44 chip.
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If an ID 40 Transponder can be copied, you will see this message. It means the Transponder is
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not locked. So you can use this transponder for another car.
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30 38 7E E0 C7 FF 1F 00
FE 1F FF 01 1C FF 0F 1C
ID: 40 Crypto
Can be copied!
ESC
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
8
9. If an ID 40 Transponder can not be copied, you will see this message. It means this
transponder is locked. You can not use this Transponder for another car.
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30 38 7E E0 C7 FF 1F 00
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FE 1F FF 01 1C FF 0F 1C
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ID: 40 Crypto
ls h ESC
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2- Write Code
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Write Code section allows you write fixed transponder codes.
Sample;
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Choose the Transponder type that you want to write to
ol sh
to
WRITE CODE
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ID : 11
w w
w ESC ↑↓ ENTER
Press Enter Button
WRITE CODE
ID : 11
0000000000000000
ESC ↑↓ ENTER
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
9
10. Enter Codes and Press Enter
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FB BE 00 00 00 EA EE 3A
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ID: 11
ls h
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2 – T5 ESC
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3- COPY
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This section can only be used if a transponder can be copied. As you know, Transpronics can
copy several transponders. There are a few samples here.
READ
sh op WRITE
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11 Temic Fiat T5
12 Temic Mercedes, Vw T5
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13 Megamos Fiat,Honda,Vw T5
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14 Megamos T5
15 Megamos T5
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33 Philips T5–33
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73 Philips T5–33
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4C Texas Without battery TPX1-Silca-Keyline
40 Philips Crypto Opel (Someı..) T5–33
41 Philips Crypto Nissan 41 writable
42 Philips Crypto Vw-Ford 42
44 Philips Crypto Vw-Ford Precoded Transponder
45 Philips Crypto Peugeot Precoded Transponder
60 Texas Crypto Silca
61 Texas Crypto Silca
62 Texas Crypto Silca
63 Texas Crypto Silca
64 Texas Crypto Silca
65 Texas Crypto Silca
67 Texas Crypto Silca
The crypto transponders which can be copied by Transpronics are below;
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
10
11. 30 38 7E E0 C7 FF 1F 00
FE 1F FF 01 1C FF 0F 1C
ID: 40 Crypto Crypto
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Can Be Copied..!
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1- PCF 2-T5 ESC
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This shows that only the transponder’s ID part can be copied, when you see this ,there is no
o
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probability to start the car. And the ID 40 transponder, which is in the example, is locked
and can not be identified to another car with another device
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30 38 7E E0 C7 FF 1F 00
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FE 1F FF 01 1C FF 0F 1C
ID: 40 Crypto OPEL
ID code
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1- PCF 2- T5 ESC
ol sh
The example below shows that, the ID 42 chip in this example can be copied to another ID 42
chip.
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30 38 7E E0 C7 FF 1F 00
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FE 1F FF 01 1C 00 00 00
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ID: 42 Crypto VAG-FORD
ENTER ESC
ID 45 Transponders can be copied when you see the screen below
FF FF FF FF FF 43 1F 00
FE 1F 43 FF FF FF FF FF
ID: 45 Crypto PEUGEOT
ENTER VTOOLSHOP ESC
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
11
12. Transpronics, can copy 90% of transponders that are in Volkswagen and Ford cars, it also has
detailed data about the transponder. For example, a transponder that has never programmed
before has this information below. This transponder’s ID part can be copied to a T5 or an ID
33 transponder but cannot start the car.
55 35 00 00 00 00 00 00
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00 00 00 00 00 00 00 00
h
ID: 44 Crypto VAG-FORD
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to
ID code
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1- PCF 2- T5 ESC
w w
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.c om
The example below is a very rare event. This ID 44 transponder belongs to Volkswagen or
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Ford car. But it can not be copied and cannot be identified to another car. Transpronics
determines that it is locked and detailed information will be given to the user.
ol sh
.v to
w w AA 01 4C 4F 43 4B 45 44
00 00 00 00 00 00 00 00
w
ID: 44 Crypto VAG-FORD
LOCKED
ID code
1- PCF 2- T5 ESC
In this example there are data about ID 44 transponder which has been read by Transpronics.
It shows that this crypto transponder can be copied . this transponder must be copied to
another ID44 transponder which is pre-programmed.
AA 01 55 4E 4C 4F 43 4B
00 00 00 00 00 00 00 00
ID: 44 Crypto VAG-FORD
ENTER ESC
12
13. 4- Special :
SPECIAL
1- Random Code
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2- Ren 33 pin
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3- Hyundai Kia Pin
4- Eeprom
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5- Unlock 48
ls h
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Special features menu has information which has never seen before. Besides copying crypto,
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this menu is the other feature that makes this device unique. This menu will improve while
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immobilizer systems are developing.
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Here are some samples about the special features menu.
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1- Random Code;
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This menu is not only producing codes for constant coded transponders by using T5 or Ph 33,
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but also shows the codes that you have to write to cars memory from the produced codes.
w .v
Temic-Fiat menu is an example;
w w
RANDOM CODE
TEMIC – FIAT T-F
ESC ↑↓ ENTER
If you push the enter button, there would be a menu which is producing Temic Fiat data anda
then it would calculate which data you have to write to car’s memory.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
13
14. FB BE 00 00 00 EA EE 3A
ID: 11
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Eep : AE EE B9
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2- T5 ESC
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2- REN 33 PIN
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This menu calculates pin-codes for the ID 33 Renault car’s Transponders. With this code, car
can be identified to second remote control by a diagnostic device, and it can be determined
w
that it belongs to a transponder or not.
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RENAULT 33 PIN
.c om
op
PIN : 7294
ol sh
to
ESC
w .v
w w
3- HYUNDAI – KIA PIN-CODE
With this system, Hyundai and Kia pin codes are no longer problem. Pin code can be
calculated when the last six number of chassis is entered to the system.
HYUNDAI PIN
Enter last 6 digits of Chasis..!
__ __ __ __ __ __
ESC ENTER
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
14
15. HYUNDAI PIN
PIN : 1 2 3 4 5 6
ESC ENTER
.c om
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Pin code is shown below;
ls h
o HYUNDAI PIN
.v to
PIN : XX XX XX
w w
w ESC
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4- EEPROM
to ol
.v
Eeprom menu gives you the possibility to produce the transponder, which belongs to the car,
w
if the data is taken from the Eeprom with a Eeprom programming device , the written to the
w
menu. It is a unique menu which works even when the car doesn’t have a key.
w
Here is an example below;
EEPROM
ID 33
ESC ↑↓ ENTER
Transpronics is a device that has an ability of calculating the transponder directly when the
data of the immobilizer unit is written to it.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
15
16. Enter 4 Bytes Eeprom Datas
__ __ __ __
ENTER
.c
ESC
om
h op
This is the screen of the calculated transponder and shows that it is ready to write to a T5 or
ls
an ID33.
o
.v to
w
30 00 70 00 38 0E FC 00
w
00 00 00 8E 03 38 80 03
w
ID: 33
om
RENAULT
.c
1- PCF 2-T5 ESC
sh op
ol
The developed version of the Eeprom menu can be used by a computer program. With the
help of the computer, not only cars with constant coded transponders, but also cars with
to
Crypto transponders like ID 40, ID 42, ID 44, VAG, BMW can be used. It can be used even
.v
without the car key.
w w
5- Unlock 48
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48 Megamos Crypto transponders are locked when identified to a new generation car. This
means that they can’t be used anymore. And so it was…! Now with Transpronics it is easy to
unlock the transponders. It is just a click to enter button when the 48 transponder is placed to
the antenna.
5- SETUP :
1 – Info:
Shows the device version and serial number
2- Language: VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
16
17. You can choose the language that you want to use in the device.
3- Update
You can update your device
.c om
op
6- TEST:
ls h
Test menu gives a possibility to test the key that has a transponder or not.
o
.v to
w
TEST
w w TRANSPONDER!
ESC
.c om
sh op
to ol
w .v
w w
4- PC PROGRAM OPERATION
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
17
18. Transpronic computer program consists of Main Menu – Database – Special – Eeprom –
Transponder – Settings.
.c om
h op
o ls
.v to
w w
w
.c om
sh op
to ol
w .v
Thanks to its Pc software, Transpronics, by equipping the users with a higher level of
information, will prove itself in the market by doing things not done previously .
w w
To use your computer software, you have to start from the Settings.
SETTINGS
In the settings menu ,you will find
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
18
19. a- COM
b- Language
c- Connect
d- Additional Modules
e- Update Section (will be explained later)
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f- Special Update Section (will be explained later)
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h op
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a e
.v
b
c
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w
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f
.c
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d
ol sh
.v to
w w
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After you connect your device to your computer, you have make adjustment in COM. Our pc
software can detect which COM is used.
As you see in the image, next to COM’s there is (na). This means that your device is not
connected to that COM. If there is a COM that does not have na , then this is the COM that
your device is connected to. In the image we see that your device is connected to COM8 .
You should select COM8 to connect it to our device.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
19
20. Serial Number and Version
Additional Modules
.c om
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Select the connect button, information about our device appears on the screen.
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Serial Number: This is the identity of your device. Another Transpronics device cannot have
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this number. This offers fast and safe usage, as it enables control when we make updates,
connect our device to computer or connect our device to server.
.c om
Version : This shows the version of your device. So that you can check whether you have the
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new version.
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Additional Modules: These are Special modules for Transpronics.. If the user need these
ol
modules, he should purchase from his device supplier.
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After the connection is established, you have to choose the language.
w .v
w w
After you choose the language, your software and device is automatically transferred to the
language that you have chosen
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
20
21. Main menu
In the main menu :
a- READ
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b- Info1
c- Info 2
.c
d- Add to database
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e- WRITE
f- Choose the transponder that you want to write
g- Transponder Type Section
h- Transponder Data Section
ls h
o
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i- Version of the program
k- Information Section
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l- Status bar
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m- Eeprom
w w
.c om
g
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k
to
h
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a
w w
b
f
c
d
l e
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
21
22. READ: After Transponder is put in the antenna of the device, push the READ button.
Type
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Info a
.c
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Info b Info c
ls h
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You will see information of the transponder that is read.
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Type : Shows the brand of the Transponder
Info: Shows the info of the Transponder
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Info b : Shows to which Manufacturer the Transponder belongs.
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Info c : Calculates and shows the pin-code’s of some devices, as you can see in the image
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below.
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WRITE: It helps to write the datas of the transponder that is read to the other transponder.
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After you put transponder to the antenna, choose the transponder type that you want to write
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and press write button.
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DATABASE: : You can save all transponder ID codes that you read. In this section, you see
device option, Info 1 and Info 2 boxes. Look at the image as an example;
Push the ADD TO DATABASE button, after you enter the necessary information.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
22
23. EEPROM: If this menu is activated after the transponder is read, this means that
Transpronics - by using the data of a transponder- is able to calculate the memory data in the
immobilizer unit of the device .
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As you see above, a 13 megamos transponder is read and eeprom button is activated. Then,
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when we push to the Eeprom button the data will be calculated.
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As you see above, Transpronics calculated 4 bytes eeprom data from transponder data.
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You can also try this for other transponders.
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NOTE: Where can we use the data of Eeprom?
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Let’s assume that the keys of the device which uses a 13 megamos are lost.
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When we have a 13 megamos transponder, after we have it read and push the eeprom button,
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we get 4 byte data.
If we read memory of immobilizer and if we write this 4 bytes data to the memory (to only
required address), car can be start directly with the transponder.
C- DATABASE
When you choose this tab, you will see the previous data of the device that you recorded
before. In this section, you can change the previous data of the vehicle, you can write the data
to a transponder, and you can erase them or change the record. A filter system is added for
you to find the old records easily.
In order to write the recorded data to a transponder just click on the INSERT button.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
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24. .c om
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D- SPECIAL
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Thank to this special menu of Transpronics, you can do many things that you could not do
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before.
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
24
25. The list of the special menu which is becoming more and more broad in scope;
Prepare Temic 11 transponder data
Prepare Temic 12 transponder data
Prepare Megamos 13 transponder data
Prepare Texas 4C transponder data
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Prepare Renault 33 transponder data
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Random code
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UNLOCK ID:48 transponder
Prepare ID:46 Renault transponder
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Mercedes C,E Master key Programming
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KIA-HYUNDAI pin calculate
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You can use this menu easily. Choose the option that you want from the list and than push the
calculate button.
Prepare Temic 11 transponder data
With this menu, you can generate transponder from the immobilizer unit memory.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
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The same operation also applies to Prepare Temic 12 transponder data, Prepare Megamos 13
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transponder data, Prepare Texas 4C transponder data, and Prepare Renault 33 transponder
data
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Random Code
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Random code menu is used in generating fixed Transponder codes. After the menu is chosen,
push the Calculate button.
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After you choose the transponder type and put the transponder into the device, push the OK
button.
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UNLOCK ID:48 transponderw
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As you know, if you introduce a 48 megamos crypto transponder to the new generation cars,
the transponder is locked. And this means that the transponder cannot be used. But this was
the case before. With transpronics, you can easily unlock these transponders. The procedure is
very easy, locate the 48 transponder in the antenna and push the Calculate button.
Prepare ID:46 Renault transponder
This is used to generate Transponder for Renault – Chrysler and Jeep from normal 46
Transponder.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
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Mercedes C,E Master key transponder programming
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The transponder is ready to program direct on the Mercedes C, E and G KLASS models from
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1996 to 1999 year for all key positions/number from 1 to 8. This transponder is for the models
that use the metal or remote flip key with transponder inside. It is not working on models with
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electronic plastic key. The only thing you have to do is to insert the key into the ignition and
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turn it on then the transponder will program itself direct and you can start the car.
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Transpronics can generate these transponders from a precoded transponder.
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1- choose Mercedes C,E Master master key programming
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2- click Calculate button
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Choose number of key
Put a precoded transponder to Transpronics
5-
6-
7-
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Click OK button
Go to car and Turn ignition on and off
Start the car
KIA-HYUNDAI pin converter
Transpronics calculates 6 digit pin-codes for Hyundai and Kia cars from last 6 digits of
chassis number.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
28. E- EEPROM
This menu includes unique information about immobilizer and it is easy to use. The list which
is becoming more and more broad in scope, includes the most important manufacturers
today. The menu which can be used when all keys are lost, is also professional in terms of
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pin-code finding. In order to use these systems and read memories, you have to use a suitable
eeprom Programmer. You can complete the procedure in a few seconds as you send the files
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that are read by eeprom Programmer into our machine
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Up-to-date list:
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1- Opel immo siemens [Transponder & Pin-code]
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2- VW, Seat immo2 Siemens [Transponder & Pin-code]
3- VW, Seat immo3 Valeo [Transponder & Pin-code]
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4- Fiat, Lancia, Citroen, Peugeot, Delphi ID:13 [Transponder]
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5- Alfa Romeo, Iveco Code 1 Bosch [Transponder]
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6- Honda, Acura Megamos [Transponder]
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7- Honda, Rover Valeo [Transponder]
8- Fiat, Lancia immo001.01 Marelli [Transponder]
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9- Fiat, Lancia immo110.01 [Transponder]
10- Mercedes Sprinter, Vito Temic [Transponder]
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11- Fiat, Alfa Romeo, Lancia BSI Marelli [Pin-code]
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12- Fiat, Citroen, Peugeot Code 2 Delphi [Pin-code]
13- VW, Skoda, Seat immo1 Siemens [Transponder & Pin-code]
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14- Renault Valeo [Transponder]
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15- Renault, Dacia Sagem [Transponder & Pin-code]
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16- Renault UCH Siemens [Pin-Code]
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17- Fiat, Lancia, Alfa Romeo BSI Delphi [Transponder & Pin-code]
18- BMW EWS [Transponder]
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19- Toyota Corolla 1998-99 [Transponder]
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20- Toyota Corolla 2000-02 Delson IC900 [Transponder]
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21- Toyota Corolla Bosch [Transponder]
22- Toyota Yaris [Transponder]
23- Toyota Corona [Transponder]
24- Renault Laguna [Pin-Code] extra update
25- Iveco [Pin-Code] extra update
26- Renault Megane [Pin-Code] extra update
Here are few examples;
1- Opel immo siemens [Transponder & Pin-code]
First, lets see the components and procedures that will be used in the system.
MCU: TMS370C702
• Vehicle: Opel
• Transponder ID: 40
• Transponder to write: PCF7935 Precoded
• Transponder is ready programmed to start the vehicle
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
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In the immobilizer unite seen above, there is a processor named TMS370C702. After this
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eeprom is read you have to send it to our machine. (Processor must be read as a *Bin file)
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
30. Choose the Opel Program in your PC Software and push Open File button. Choose the File
that you read with a programmer and open with pc software.
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After the file is opened, you see the screen below;
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As you see in the image, 2 buttons – Program Transponder and Calculate Pin- Code – are
activated.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
31. This means that you can both calculate pin-code and program transponder. First, let’s
calculate Pin Code. Just push the button;
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As you see above, Pin Code is calculated.
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You can program a transponder to this car with Transpronics without a diagnostic device.
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After you read eeprom file, put a precoded transponder to the Transpronics Antenna and Press
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Program Transponder. This transponder will start the car directly.
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17- Fiat, Lancia, Alfa Romeo BSI Delphi [Transponder and Pin-code]
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As you know, 48 megamos crypto transponder cannot be identified to the new system Fiat
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automobiles. You should order a precoded transponder from factory.
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With transpronics, you do not need that. You can generate a precoded transponder from
eeprom file of immoBox. So, you do not have to order keys from the services.
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First, let’s see the components and procedures that will be used in the system.
•
•
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Eeprom: 93C66
Vehicle: Fiat
• Transponder ID: 48
• Transponder to write: ID 48 Precoded
• Transponder has to be match with car using diagnostic device
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
32. In the immobilizer unit that is seen above, there is an eeprom called 93c66. After this eeprom
is read you have to send it to our machine. (Processor must be read as a *Bin file)
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Choose the Fiat Program in your computer program and push the Open File button. Choose
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the File that you read with a programmer and open with pc software.
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
33. After the file is opened, you see the screen below. As you see in the image, 2 buttons –
Program Transponder and Calculate Pin- Code – is activated.
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This means that you can both program pin-code and transponder. First, let’s calculate the Pin
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code. Just push the button;
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As you see above, Pin-Code is calculated.
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You can Pre-program transponder to this car with Transpronics. After you read eeprom file,
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put a precoded transponder to the Transpronics Antenna and Press Program Transponder.
You need to program this transponder to the car with a diagnostic device.
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
34. 5- SPECIAL UPDATES
In addition, Transpronics has several other Special Updates. These are optional and can be
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purchased via your distributor.
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Transpronics also offers the user the use of a Private Program that can only be used by the
designated user.
Latest Updates:
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1.
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Pin code finding program for Laguna card systems
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2. Iveco pin code finding program
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3. Pin code for Megane 2 card system
4. Generates 40-42-44 VAG -44 Mitsubishi – 45 – 73 transponders using a PCF7935AS
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precoded transponder.
5. Program that generates 61-62-65 transponder from Texas Crypto ID60 transponder
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
35. 6- SOFTWARE UPDATING
Updating software feature enables your machine to keep up to date with the latest technology.
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UPDATE
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Procedure:
1.
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Connect your machine to your computer
2. Run your pc software
3. Turn your device on while pressing the OK button at the same time.
4. Press Loader Test button in the Switch to loader mode section. You will see serial
number of your device.
5. Push the update button.
6. Wait until “update is successfully completed” sign.
Special Update
Special Update should only be used in the cases in which the producer warns you that special
updates are necessary.
1. Connect your machine to your computer.
2. Run your pc software
3. Run your machine and choose UPDATE from the settings menu.
VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com
36. 4. Press Loader Test button in the Turn On Update Mode section. You will see serial
number of your device.
5. Push the update button.
6. Wait until you see the “update is successfully completed” sign.
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VTOOLSHOP
Tel:+86-0755-27823977
Web:http://www.vtoolshop.com