Features

• This is an evaluation board equipped with the Renesas Electronics RH850/U2A microcontroller.
• It is equipped with peripheral functions that are ideal for evaluating the RH850/U2A microcontroller.
• It can also be used to evaluate next-generation in-vehicle communications, including an in-vehicle Ethernet 100BASE-T1 compatible connector and a circuit compatible with CAN FD partial networks. 

RH850/U2A Board S810-GPX-U2A

Specification

Features

• The RL78/F24 board “S810-CXG5” is equipped with CAN/CAN FD and CXPI interfaces for in-vehicle communication and is optimized for communication evaluation.
• It also features a USB-serial communication interface for software development using the HSM (Hardware Security Module) built into the Renesas RL78/F24 microcontroller.
• Additionally, it includes an EEPROM for reprogramming and over-the-air (OTA) software development.

RL78 F24 Board S810-CXG5

Features

• The CXPI starter kit includes a microcomputer board (S810-CXG5) optimized for CXPI communication, and demo programs for the CXPI communication master node and slave node.
• The CXPI communication demo software is provided as a binary file.
• It is an evaluation board kit that allows to experience CXPI communication immediately.

RL78/F24 microcontroller board optimized for CXPI communication

Specification

Features

• This evaluation board is optimized for testing Renesas RH850/F1K and RH850/F1KM-S1 microcontrollers, both in 100-pin packages.
• In addition to jumper-selectable microcontroller channel assignment for CAN FD (CAN) and LIN interfaces, all microcontroller pins are exposed via through-holes, allowing for highly flexible board configurations.
• This evaluation board enables waveform observation and microcontroller testing in a setup that closely resembles the customer’s environment.

RH850/F1K evaluation board (S810-CLG5-F1K)

Specification

[*1] This product uses a socket type configuration.
[*2] Depending on part availability, it may be replaced with ROHM’s BD41044FJ-C. *Sample software and related materials are not included.

Features

• This is an evaluation board that supports the next-generation in-vehicle LAN standard CXPI.
• In addition to evaluating in-vehicle CXPI communications, it also has CAN, so it can also evaluate CAN/CXPI gateways.
• The microcontroller is the Renesas Electronics RL78/F14.

CXPI evaluation board (S810-CXG4)

Specification

Features

• This evaluation board is optimized for evaluating CAN FD communication, the next-generation in-vehicle LAN communication standard.
• The microcontroller section and CAN FD transceiver section are allowing configured as replaceable boards daughter, for flexible testing of various devices.
• Equipped with an interface that allows evaluation of CAN FD, CAN, and LIN communication for in-vehicle ECUs and industrial use.
• Supports Renesas Electronics RH850/F1K (176Pin) microcontrollers. 

CAN FD evaluation board (S810-TPF-FD121)

Specification

[*1] This product is provided as a socket type.

Features

• The MicroPecker LIN Bus Analyzer not only monitors LIN communications but also includes a powerful node simulation function that enhances its overall capabilities.
• The node simulation feature allows simulation of both master and slave nodes within a LIN communication network.
• It supports essential evaluation functions, such as the ability to simulate various types of LIN communication errors.
• The analyzer includes a LIN frame transmission function that operates under finely configurable conditions for detailed testing scenarios.
• The master node simulation feature enables the device to emulate the behavior of a LIN network’s master node for comprehensive testing.

Multi-channel synchronous monitoring function

Specifications

◆MicroPecker main unit specifications

• [*1]: If your PC has a power saving function, set it so that the PC does not go into sleep mode, the HDD does not stop, and the CPU clock does not slow down while using this product.
• [*2]: Operation in a virtual environment is not supported.
• [*3]: If you want to save the logging file to a local hard disk, make sure you have enough free hard disk space.
• [*4]: If you are connecting using an external USB hub, be sure to select a self-powered device and connect it after supplying power from an external source. If you connect a USB hub that is bus-powered, it may not work or may become unstable.
• [*5]: The dimensions do not include the protrusions on the connection terminals.

◆LIN cable specifications for MicroPecker

Features

• Monitors CAN communication data and supports the transmission and reception of CAN frame data.
• Equipped with a node simulation function for advanced testing and analysis.
• Supports signal settings and enables monitoring using physical values.
• Offers graph display functionality for visual representation of data.
• Multi-channel capability allows simultaneous monitoring of up to 6 CAN communication channels.

Multi-channel CAN bus analyzer  

Specifications

◆MicroPecker main unit specifications

• [*1]: If your PC has a power saving function, set it so that the PC does not go into sleep mode, the HDD does not stop, and the CPU clock does not slow down while using this product.
• [*2]: Operation in a virtual environment is not supported.
• [*3]: If you want to save the logging file to a local hard disk, make sure you have enough free hard disk space.
• [*4]: If you are connecting using an external USB hub, be sure to select a self-powered device and connect it after supplying power from an external source. If you connect a USB hub that is bus-powered, it may not work or may become unstable.
• [*5]: The dimensions do not include the protrusions on the connection terminals.

◆CAN cable specifications for MicroPecker

Features

• The MicroPeckerX CAN FD Analyzer is a communication analyzer tool that supports CAN communication / CAN FD communication.
• It is equipped with a 2ch interface in a compact body, and comes with a GUI application with communication monitor and node simulation functions.
• It can be used immediately without complicated settings.

Item		Content
Host Interface		USB 2.0 High Speed ​​(480Mbps)
Host operating environment	PC	IBM PC/AT compatible machine
	OS	Windows 11(64bit), 10(64bit), 8.1(64bit)
	CPU	Intel or AMD x86 processor (Core i5/Ryzen5 or higher recommended)
	hard disk	10GB or more of free space
	Memory	8GB or more is recommended
	USB port	Compatible with USB2.0 (High Speed), required for each MicroPeckerX unit to be connected
	Screen resolution	1920 x 1080 or higher recommended
	others	Monitor, keyboard, and mouse
Power supply		USB Bus Power (5V, 300mA)
Dimensions		65(W)×35(D)×16(H)mm
weight		45g

Dsub terminal specifications 

■ MicroPeckerX main unit and Dsub connector

Pin	Function
1	CAN Lo(CH1)
2	CAN Lo(CH0)
3	GND
4	Not Connected.
5	Not Connected.
6	GND
7	CAN Hi(CH0)
8	CAN Hi(CH1)
9	Not Connected.

MicroPeckerX D-sub Connector Details

■ CAN 1ch clip cable terminal

Pin	Function
1	Not Connected.
2	CAN Lo
3	GND
4	Not Connected.
5	Not Connected.
6	Not Connected.
7	CAN Hi
8	Not Connected.
9	Not Connected.

MicroPecker CAN Cable D-sub Connector Details

■ CAN 2ch Dsub cable terminal

Pin	Function
1	Not Connected.
2	CAN Lo
3	GND
4	Not Connected.
5	Not Connected.
6	Not Connected.
7	CAN Hi
8	Not Connected.
9	Not Connected.

CAN 2ch D-sub Cable D-sub Connector Details

Features

• The MicroPeckerX CAN FD interface model is a product that includes only the MicroPeckerX itself, and is intended for use with MicroPeckerX in user-created applications using the MicroPeckerX application development library, etc.
• This product is ideal for that do not need the standard MicroPeckerX CAN FD Analyzer software.
• Instead, it is meant to be used together with a custom-developed application.

Features

• MicroPeckerX InstaGW is a CAN-CAN FD protocol conversion gateway tool.
• By connecting it between a CAN communication bus and a CAN FD communication bus, it bridges CAN communication and CAN FD communication.
• The gateway frame can be easily set up using Excel. Any frame can be sent or received via protocol conversion via MicroPeckerX InstaGW.

Features

• This is a CAN bus analyzer with a node simulation function.
• It monitors CAN communication data.
• It can also transmit and receive CAN frame data.
• The analyzer supports signal settings.
• It allows you to monitor data using physical values.
• You can also display data as graphs.
• This analyzer supports multiple channels.
• It can monitor up to 6 CAN communication channels at the same time.

                                                         Multi-channel CAN bus analyzer 

Specification 

◆ MicroPecker main body specification

• [*1]: If the PC is equipped with a power-saving function, make sure that the PC does not sleep, the HDD stops, or the CPU clock drops while using this product.
• [*2]: Operation in the virtual environment is not supported.
• [*3]: If you want to save the logging file to the local hard disk, make sure that there is enough free space on the hard disk.
• [*4]: When connecting using an external USB hub, be sure to select a self-powered device and supply power from an external source before connecting. If the USB hub is connected to a bus-powered system, it may not work or may become unstable.
• [*5]: The dimensions do not include the protrusions of the connection terminals.

◆CAN cable specifications for MicroPecker

Features

• Compatible with the JP wire single-wire interface standardized by Jaspar for in-vehicle electronic control systems.
• Enables program tracing and real-time RAM data collection using a single microcontroller terminal.
• Connects to the target board via a coaxial cable for high noise resistance.
• Supports stable RAM monitoring over long cable distances up to 5 meters.
• Real-time RAM monitoring via JP wire single-wire debug interface without halting program execution.
• Compatible with Infineon FR81S microcontrollers.
  

JP wire compatible RAM monitor

Time synchronization function with Micro Pecker CAN/LIN analyzer

Compatible microcomputers

◆Standard product《S810-MP-R3》

Specifications

◆Main unit specifications

• [*1]: If your PC has a power saving function, set it so that the PC does not go into sleep mode, the HDD does not stop, and the CPU clock does not slow down while using this product.
• [*2]: Operation in a virtual environment is not supported.
• [*3]: If you use the graph display function, the logging function uses binary output, or the time stamp synchronization function uses the RAM monitor and CAN analyzer at the same time, we recommend using a PC with higher specifications.
• [*4]: If you save the logging file to a local hard disk, ensure that there is sufficient free hard disk space.
• [*5]: If you use an external USB hub, be sure to select a self-powered device and connect it after supplying power from an external source. If you connect the USB hub with bus power, it may not work or may become unstable.
• [*6]: We do not guarantee operation at display magnifications other than “Small – 100%”.
• [*7]: This is the recommended value when the display magnification is set to “Small – 100%”.
• [*8]: The dimensions do not include the protrusions of the connection terminals.

◆ JP wire compatible cable specifications for Micro Pecker

Features

• A real-time RAM monitor supports a single-wire debug interface.
• MicroPecker RAM Monitor uses the debug interface built into microcontrollers. This is designed for embedded software development.
• It allows real-time monitoring and data collection from RAM. It does not interrupt the execution of the user’s program.
• An optional interface conversion unit can be installed. This makes it compatible with various microcontroller debug interfaces.

RAM monitor with 1-wire interface

Interface conversion unit for various microcontrollers

Time synchronization function with MicroPecker CAN/LIN analyzer

Compatible microcomputers

■ Standard product《S810-MP-R1》

■ 《S810-MP-R1》Optional products
・By adding the option to the MicroPecker ECU Compatible RAM Monitor for Highspeed Single Wire (S810-MP-R1), the following microcontrollers will be supported.

*The MicroPecker ECU compatible RAM monitor for Highspeed Single Wire “S810-MP-R1” must be purchased separately.

Specifications

■ Main unit specifications

• [*1]: If your PC has a power saving function, set it so that the PC will not go into sleep mode, the HDD will not stop, and the CPU clock will not slow down while using this product.
• [*2]: Operation in a virtual environment is not supported.
• [*3]: If you use the graph display function, the logging function with binary output, or the time stamp synchronization function with the RAM monitor and CAN analyzer at the same time, we recommend using a PC with higher specifications.
• [*4]: If you save the logging file to a local hard disk, ensure that there is sufficient free hard disk space.
• [*5]: If you use an external USB hub, be sure to select a self-powered device and connect it after supplying power from an external source. If you connect a USB hub that is bus-powered, it may not work or may become unstable.
• [*6]: We do not guarantee operation at display magnifications other than “Small – 100%” or “Medium – 125%”.
• [*7]: This is the recommended value when the display magnification is set to “Small – 100%”.
• [*8]: The dimensions do not include the protrusions of the connection terminals.

■ NSD cable specifications for MicroPecker 

Features

• The S550-SFWv3 is a portable flash programmer with S550-SFW1U features and a display showing MCU name, checksum, and error codes.
• It supports standalone Erase, Blank, Program, and Verify, and has a slim, portable design.
• Supports multi-program storage, I/O remote control for production, and PC command-line operation.
• It also has the following features:
  ・On-board serial programming
  ・Ultra-compact (2/3 the size of a business card), ultra-lightweight, approx. 50g
  ・Equipped with center display
  ・Power supply to the target is possible
  ・No external power required
  ・High reliability and comprehensive security features
  ・Supports extended operation modes
  ・Up to four write data (programs) can be set (multi-data mode)
  ・Simultaneous writing possible for up to 10 devices (multi-channel mode)
  ・Factory Automation Control
  ・Compatible with Windows 10/8.1/7/Vista/XP/2000
  ・Compliant international standards (CE marking and FCC Part 15)
  ・RoHS2 Compliant

Product Overview

*1: Details are listed in the S550-SFWv3 compatible device list. Please be sure to check before purchasing.
*2: Listed in the S550-SFWv3 serial programming circuit example. Please be sure to check before purchasing.
*3: Power cannot be supplied to the target in standalone mode. A separate target power supply is required.
*4: Operation in a virtual environment is not supported.

FA mode write option

• In FA mode, the S550-SFWv3-XFA1 is required when using FA equipment with a signal level of 12 to 24 V.
• This option converts the signal level connected to the S550-SFWv3 to 3.3 V.

Features

• The portable flash programmer “S550-SFWv3R” retains the unique functions of the “S550-SFWv3” while improving the programming speed for RENESAS RL78 and RX microcontrollers.
• It also now supports the TOSHIBA TXZ3 series.
• It also has the following features:
  ・On-board serial programming
  ・Ultra-compact (2/3 the size of a business card), ultra-lightweight, approx. 50g
  ・Equipped with center display
  ・Power supply to the target is possible
  ・No external power required
  ・High reliability and comprehensive security features
  ・Supports extended operation modes
  ・Up to four write data (programs) can be set (multi-data mode)
  ・Simultaneous writing possible for up to 10 devices (multi-channel mode)
  ・Factory Automation Control
  ・Compatible with Windows 11/10/8.1/7/Vista/XP/2000
  ・Compliant international standards (CE marking and FCC Part 15 compliant)
  ・RoHS2 Compliant

Product Overview

*1: Details are listed in the S550-SFWv3R compatible device list. Please be sure to check before purchasing.
*2: Listed in the S550-SFWv3R serial programming circuit example. Please be sure to check before purchasing.
*3: Power cannot be supplied to the target in standalone mode. A separate target power supply is required.
*4: Operation in a virtual environment is not supported.

FA mode write option

• In FA mode, the S550-SFWv3-XFA1 is required when using FA equipment with a signal level of 12 to 24 V.
• This option converts the signal level connected to the S550-SFWv3R to 3.3 V.

Features

• The CioRy Security Option is an AUTOSAR SecOC-compliant module that adds MAC and Freshness Value to CAN / CAN FD messages for secure authentication.
• It works with the CioRy Communication Middle Package, and even complex settings are easy to configure using the CioRy Configurator.
• CioRy is trusted in 40+ ECU projects across 27 companies, including major automakers and suppliers.

1. Message authentication using SecOC

• Message authentication ensures that communication data hasn’t been tampered with or spoofed.
• It works by adding a Message Authentication Code (MAC) and a Freshness Value (FV) to outgoing data. The receiver verifies these to confirm authenticity and prevent replay attacks.
• Both sender and receiver generate the MAC using a shared key, ensuring data integrity. The CioRy Security Option uses MAC and FV in compliance with AUTOSAR SecOC standards.

Features

• The CioRy CAN Quick Library is a ready-to-use solution for anyone facing challenges with embedded CAN communication.
• Built on the trusted CioRy Communication Middle CAN Package—proven in automotive ECUs—it delivers high-quality performance in a simple object code library.
• With the CioRy Configurator Tool, setup is fast and easy, making it perfect for both beginners and professionals integrating CAN into their products.

1. Ready-to-use CAN communication software 

• With object-format source code, the CioRy CAN Quick Library delivers full-featured, cost-effective CAN communication software.
• No need for extra tools—the included configurator handles all CAN settings. Designed with fail-safe features, it’s ideal for in-vehicle applications.
• Perfect for:
  ・Easy CAN setup during prototype development
  ・Projects with limited ECU budgets
  ・Teams without time to develop CAN software in-house

Features

• The CioRy LIN Master and Slave Packages provide embedded LIN communication middleware and a PC-based configurator for automotive ECUs.
• Each package includes a LIN driver, COM, and Network Management (NM) for fast, high-quality LIN application development. The configurator simplifies communication settings.
• CioRy is already used in over 40 ECU projects across 27 companies, including automakers and parts suppliers.

Features

• The CioRy CXPI Slave Package includes embedded CXPI middleware and a PC-based configurator for automotive ECUs.
• It complies with the CXPI JASO D015 standard and supports OEM-specific communication settings. This enables quick development of CXPI-based applications.
• CioRy is used in over 40 ECU projects at 27 companies, including automakers and parts suppliers.

1. High-quality communications middleware reduces development time 

• The CioRy CXPI Slave Package is optimized embedded software for CXPI communication. It complies with the JASO D015 (ISO 20794) CXPI standard.
• OEM options can be added to meet specific automaker requirements. The source code follows MISRA-C, ensuring high software quality.
• Using this package reduces development effort and lets users focus on application design.

2. Implementation of functions necessary for CXPI communication for in-vehicle ECU

• The CioRy CXPI Slave Package provides essential functions for in-vehicle CXPI communication.
• It includes a fail-safe feature that notifies the application of communication errors.
• OEM-specific fail-safe functions can also be added to meet automaker requirements.
• The package is built on proven in-vehicle communication expertise, ensuring reliable use.

Features

• The CioRy CAN/CAN FD Package is optimized embedded software for CAN and CAN FD communication. It includes a modular middleware setup with a CAN driver, COM, and NM.
• The package handles message transmission, reception, sleep/wake-up, and error notifications. Its source code complies with MISRA-C, ensuring high software quality for automotive ECUs.
• Using this package shortens development time and allows users to focus on application development.

1. High-quality communications middleware reduces development time 

• The CioRy Communication Middle CAN/CAN FD Package is optimized for embedded CAN and CAN FD communication.
• It includes modular components such as the CAN driver, COM, and NM.
• The middleware handles message transmission/reception, sleep/wake-up, and error notifications.
• The source code follows the MISRA-C standard for automotive ECU software.
• Using this package reduces CAN development time and lets users focus on application development.

2. Implementation of functions necessary for CAN communication for in-vehicle ECU 

• The CioRy CAN/CAN FD Package provides essential functions for automotive ECU communication.
• It includes a fail-safe feature that notifies the application of communication errors.
• The package is built on proven in-vehicle CAN development expertise, ensuring reliability.

3. Signal-based data access from applications

• CioRy communication middleware manages CAN and CAN FD message transmission, reception, and periodic processing.
• Applications can send and receive messages anytime using signal names.
• CioRy handles packing and unpacking of signal data, so applications don’t need to manage CAN/CAN FD frame details.

4. Low-load, small-ROM-size CAN communication software

• The CioRy CAN/CAN FD Package is optimized middleware for automotive ECUs, offering low CPU load and small ROM size.
• It uses proprietary clustering technology to reduce module overhead and improve processing speed.
• This design enables smooth operation even on low-end microcontrollers. The package supports both CAN and CAN FD communication.

CioRy ROM/RAM usage reference value

5. Scalability

Features

• The CioRy AUTOSAR package is an all-in-one framework equipped with compact and high-speed AUTOSAR-compliant Basic Software.
• The CAN communication stack (including MCAL), OS, RTE, and configurator that can easily configure these modules are all in one package. The program size is small and the microcontroller processing load is low, so it can run smoothly even on low-end microcontrollers.
• CioRy is used in more than 40 ECU development and mass production projects at 27 companies, mainly automakers and parts suppliers.
• CioRy has the following features :

1. Light program size with MCAL

• CioRy is a lightweight AUTOSAR BSW developed for smooth operation on low-end microcontrollers. It was created based on experience from AUTOSAR activities, JASPAR initiatives, and NCES joint research.
• The system narrows down AUTOSAR specifications by selecting only essential functions, reducing program volume by about 40%. Unique clustering technology minimizes overhead and reduces microcontroller load.
• The CioRy package is under 30 KB, including RTE, OS, and CAN communication stack.  CPU load for OS, RTE, CAN, and DIAG remains under 20%.
• CioRy is ideal for low-end, mid-end, and high-end microcontrollers.

• CioRy ROM/RAM usage reference value (RL78/F14 microcontroller) *This value is based on IAR compiler.

2. Easy configuration 

• Understanding the full AUTOSAR specifications and hundreds of configuration settings is very complex and burdensome for developers.
• The CioRy AUTOSAR package extracts only the minimum necessary configuration items, making setup easier with a dedicated configurator.
• For example, CioRy’s CAN communication stack requires about 40 settings, around one-tenth compared to typical AUTOSAR BSW.
• The CioRy Configurator automatically generates BSW source files based on user input through a PC GUI.

3. Module can be used alone 

• When migrating to AUTOSAR, some users may find it too early to adopt a full SW-C architecture.
• The CioRy package allows use as a communications middleware without requiring RTE or OS, focusing only on the CAN module.
• Users can start with the CAN communication stack and later add RTE and OS packages as needed for future expansion.