SCI Monitor is a communication inspection tool for in-vehicle electronic control units (ECUs).

　　　　　　SCI Monitor 3 series

　SCI Monitor 3 series catalog.

• HSCI3_catalog_en_202109.pdf　
  
  

Feature

---

• The SCI Monitor 3 series is a communication inspection tool for in-vehicle electronic control units (ECUs).
• All-in-one design that can support FlexRay, CAN / CANFD, LIN, SENT communication with one unit.
• FlexRay, CAN, LIN, SENT communication can be freely operated by commands via Ethernet.
• Can be used for multiple purposes such as functional inspection / evaluation / reprograming of ECUs and sensors.
• With the CAN function, communication and physical quantity conversion by specifying labels are possible by downloading CAN database files (* .dbc, * .db).
• The LIN function also implements a reprogramming function that uses diagnostic communication (diagnostic frame).
• The SENT function is compliant with the "SAE J2716" SENT standard.

Function

---

• Fast CPU implementation
  • For high-speed parallel communication processing, a high-speed CPU (SH4 manufactured by Renesas) is installed.
• High-speed TCP/IP module implementation
  • A high-speed TCP/IP communication speed is realized by high-speed TCP/IP module without CPU intervention.
• Firmware update function installed
  • Updated function enhancement etc can be performed easily with the included download software (PC application).
• Rack mount type, Desktop type, CAN 17ch implementation model available
  • Rack mount type realized the smallest space mounting on the control rack with 1 U size space saving design.
  • Desktop type is a compact design that considers the use in desk, bench, interior space.
  • CAN 17ch model corresponds to multiple unit tests in aging test etc.
• All communication circuits are designed for isolation
  • The communication circuit realizes interference free from the sample power supply system due to isolation between the communication channel and the enclosure.
• FlexRay communication function
  • FlexRay communication parameter settings, FRAME settings, and PDU settings can be easily performed by downloading the FIBEX database file (xml).
• CAN communication function
  • Corresponds to classical CAN, CANFD protocol.
  • By downloading database files (*. Dbc, *. Db), it is possible to communicate by label specification and physical quantity conversion.
  • Communication with ECU with built-in CCP / XCP driver is possible.
  • Monitoring function of CAN data enables abnormality detection when it falls outside specifications.
  • Supports various reprogramming protocols. Software rewriting on the ECU is possible.
  • Diagnosis communication is also supported. It is also possible to exchange using diagnostic protocol.
• LIN communication function
  • Simultaneous processing of LIN master function and slave function.
  • Device evaluation test is possible with LIN master function.
  • ECU evaluation test is possible with the LIN slave function.
  • Diagnosis communication is also supported. It is also possible to exchange using diagnostic protocol.
• SENT input, SENT output function
  • SENT input (4ch + 2ch) and SENT output (4ch + 2ch) are installed.
  • SENT device input function enables sensor device evaluation test.
  • ECU evaluation test is possible with SENT output function.
  • The physical quantity conversion is possible by the scaling function of the SENT input.
  • SENT input can be analog conversion output, frequency conversion output by real time conversion output function.
  • SENT output can output data outside various SENT standards by error injection function.
  • Compliant with SAE J 2716 SENT standard.
• Record function of -CAN, LIN, SENT data loaded
  • Record function to record data in real time with time stamp.
  • CAN data can record up to 330,000 samples.
  • Many statistical processing commands of recorded data are implemented (maximum, minimum, average, standard deviation, transition).
• Analog output, frequency input / output function installed
  • Equipped with analog output (4 ch), frequency output (4 ch), frequency measurement function (4 ch + 2 ch).
    (* Since the frequency input terminal is also used as the SENT input terminal, it can not be used simultaneously on the same channel)

Model specifications (1/6)

---

Model specifications (2/6)

---

Model specifications (3/6)

---

Model specifications (4/6)

---

Model specifications (5/6)

---

Model specifications (6/6)

---

a:3740 t:1 y:0