LIN Drivers and Secure Flash Bootloaders
ihr GmbH offers a large selection of LIN, CAN, Ethernet Drivers and associated Secure Flash Bootloaders. Our products are compliant with the latest industry standards, along with UDS (Unified Diagnostic Services) and integration. All of our products are Conformance Tested prior to delivery in accordance with standards set by our Conformance Center and Test laboratory. We are an ASPICE certified facility and will apply these development principles as requested. Our extensive product database is a result of 30 years of Automotive presence and continuous collaboration with all major Silicon Industry Vendors.
It is much more cost effective to purchase a Driver or Flash Bootloader product instead of designing it in-house. It is what our customers repeatedly tell us. Ask us why that is and how much we can save you by going with us.
Request a quote today for the type of product you require.
Drivers
Click on the blue accordions below for more information.
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- Elmos Embedded Power IC derivate
- LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services such as UDS and LIN driver integration into your applications.
Characteristics
- Intuitive Operation
- Separate Executable
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments
- Master/Slave Nodes
- Node Configuration
- Diagnostic services
- LIN Conformance tested
Flash Bootloader
E521.31B
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- Infineon® Embedded Power IC derivate
- LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services such as UDS and LIN driver integration into your applications.
Characteristics
- Intuitive Operation
- Separate Executable
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments
- Master/Slave Nodes
- Node Configuration
- Diagnostic services
- LIN Conformance tested
Flash Bootloader
PSoC4HV
TLE987x
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN specifications 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The tool can be used to configure a LIN 2.0 slave application for all Microchip families of processors. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- The PIC® MCU derivate (from the MPLAB® IDE)
- The LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services like LIN driver integration into your applications.
Characteristics
- Intuitive Operation
- MPLAB® IDE Plug In & Separate Executable
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments
- Master/Slave Nodes
- Node Configuration
- Diagnostic services
- LIN Conformance tested
Flash Bootloaders
- dsPIC33CK
- dsPIC33EP
- dsPIC33EV
- PIC18
- PIC24
- PIC32MZ
- SAM C
- SAM D
Note: The Microchip name and logo, MPLAB, and PIC are registered trademarks of Microchip Technology Inc. in the U.S.A. and other countries. All other trademarks mentioned herein are property of their respective companies.
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- Micronas Embedded Power IC derivate
- LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services such as UDS and LIN driver integration into your applications.
Characteristics
- Intuitive Operation
- Separate Executable
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments
- Master/Slave Nodes
- Node Configuration
- Diagnostic services
- LIN Conformance tested
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN specifications 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- The NXP derivative
- The LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services like LIN driver integration into your applications
Characteristics
- Intuitive Operation
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments of LIN Services
- Master / Slave Nodes
- Node Configuration
- Diagnostic Services
- LIN Conformance tested
Flash Bootloaders
S12G, S12Z, S32K
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN specifications 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- The Renesas derivative
- The LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services like LIN driver integration into your applications
Characteristics
- Intuitive Operation
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments of LIN Services
- Master / Slave Nodes
- Node Configuration
- Diagnostic Services
- LIN Conformance tested
Flash Bootloader
RL78
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN specifications 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- The STM derivative
- The LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services like LIN driver integration into your applications
Characteristics
- Intuitive Operation
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments of LIN Services
- Master / Slave Nodes
- Node Configuration
- Diagnostic Services
- LIN Conformance tested
Drivers
Our drivers are LIN compliant and fully validated as per LIN standards. These reliable LIN certified drivers are generated as C Code for the embedded projects by our LDC (LIN Driver Configuration) tool. The generated code supports the specified compliant LIN APIs.
The LDC tool supports LIN specifications 2.x and American Standard SAE J2602. Designers can easily add a LIN interface to their applications using Power IC microcontrollers (MCUs) without the need of special LIN expertise. The configuration can be stored for later usage.
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
The driver can be fully integrated into the IDE. The LDC simply needs basic information such as:
- The TI derivative
- The LIN Description File (LDF)
- The node to be implemented (as per LDF)
- The controller speed
In addition, we offer optional add-on services like LIN driver integration into your applications
Characteristics
- Intuitive Operation
- LIN 1.3, 2.0, 2.1, 2.2 and J2602
- Various Adjustments of LIN Services
- Master / Slave Nodes
- Node Configuration
- Diagnostic Services
- LIN Conformance tested
Flash Bootloader
TMS320
Flash Bootloaders
We are the Specialist in Flash Bootloaders
A Flash Bootloader is a software tool with which you can easily re-program ECUs without the need of any specialized hardware. H&H along with our partners IHR GmbH is one of a few specialists in the area of FBLs, including latest secure FBL options.
We offer proprietary FBLs for LIN, CAN and Ethernet bus systems. These Flash Bootloaders can be extended based on OEM requirements as needed.
The flashing process relies on various UDS services. We also offer integration of the FBL and development of customer-specific additional software.
Secure Flash Bootloaders are becoming a way of life for many OEMs, especially since emergence of the OTA (over the air) programming and interface solutions. We provide solutions ranging from a classic security implementation to the most sophisticated versions in the market today. While we use most of 3rd party crypto libraries offered in the market today, we support custom security algorithms created by the Car Makers.
And of course, our Flash Bootloaders are fully Conformance Tested and quality certified prior to delivery.
Microchip:
dsPIC33CK, dsPIC33EP, dsPIC33EV
PIC18, PIC24, PIC32MZ
SAMC, SAMD
Elmos: E521.31B
Melexis: MLX 81206/08
Renesas: RL78
NXP: S12G, S12Z, S32K
STM: STM8AF
Infineon: PSoC4HV, TLE987x
Texas Instruments: TMS320, MSPM0
Bootloader:
