This product consists of a hardware (MLT Advan Hardware) and a software (MLT Advan Navigator). The MLT Advan Hardware supports various protocols to serve various purposes and uses.
is the software designed for MLT Advance, controls the MLT Advan Hardware and generates log files. Its filtering and database functions allow monitoring and analyzing data communication.
Expanding the number of port input/output from previous MLT hardware, 8ch to 16ch. It is capable to record timestamps nanosecond accuracy.
※ The image shows an example of MLT Advan Hardware. Actual product may vary depends on models.
CAN-FD is now supported. CAN-FD/CAN models can handle both CAN-FD and conventional CAN protocols.
Supported protocols and maximum number of channels
CAN-FD/CAN: 10ch, LIN: 10ch, I2C: 2ch, IE-Bus: 2ch, ISO: 2ch, CXPI: 4ch
Error frame sending for CAN-FD/CAN and LIN protocols are available (※1).
Note: Error frames which can be sent differ between CAN-FD/CAN and LIN.
More information
Achieving 100% of bus loading at up to 2Mbps in CAN-FD/CAN communication,
and handling high load test condition which takes almost 100% of bus loading at LIN and CXPI communication.
The number of Programmed sending lines has increased from 10,000 to maximum of 1,000,000 (※2) whilst the transmission
resolution improved from 1ms to 100μs. Regeneration of transmission frames can be greatly intensified.
Programmed sending is now available with LIN and CXPI (※3) in addition to CAN-FD/CAN
Expanding the number of port input/output from previous MLT hardware, 8ch to 16ch.
It can log, e.g. 120Hz: 0～100% Duty waveform for a long time with 10ns resolution.
Measurement voltage range: 0～20V, Minimum sampling (1ms), Voltage accuracy within ±0.2V (actual: within ±0.1V)
It can realize such an environment that up to 8ch of voltage waveforms can be logged for 1000hrs continuously.
Increment can be set at 4 locations within a frame (※1).
Improving the accuracy of quartz oscillator for time stamp from ±100ppm to ±25ppm.
By employing DMA that doesn’t required OS, and taking advantage of interrupt handling which can finish processing
in a short period of time, the processing speed of the system has improved substantially.
Communication protocols as well as time stamps are processed at FPGA.
General purpose software realizing consistent operability that creates multifunctional integrated testing environment
Master Log Channel displays all the frames.
Items to be shown on the display can be set at “Frame Dispaly.” Other items such as “date”, “time”, “microsecond”, “filter label” and “database” can also be displayed. Each item can also be punctuated by comma.
| 1 | Frame ID |
|---|---|
| 2 | Relative time |
| 3 | Incoming/Outgoing |
| 4 | Protocol |
| 5 | Channel |
| 6 | Status |
| 7 | Frame type |
| 8 | ID / DLC / Data etc. |
Logs can be filtered for display
(The example above shows only CAN-FD protocol in the display)
| CAN-FD frame types | |
|---|---|
| 4 | CAN-FD standard frame (flexible bit rate) |
| 5 | CAN-FD extended frame (flexible bit rate) |
| 6 | CAN-FD standard frame (single bit rate) |
| 7 | CAN-FD extended frame (single bit rate) |
| 0 | CAN standard frame (data frame) |
| 1 | CAN extended frame (data frame) |
| 2 | CAN standard frame (remote frame) |
| 3 | CAN extended frame (remote frame) |
| CAN error sending function | |||
|---|---|---|---|
| No. | Item | Description | Note |
| 1 | Error response | Output an error flag (at EOF) after ACK when receiving the frame | Transmitter side detects EOF FORM error |
| 2 | CRC error(1) | Reverse the CRC end bit (receiver side becomes CRC error) | Receiver side detects CRC error |
| 3 | CRC error(2) | Reverse the Stuff Count end bit | Receiver side detects CRC error Valid only with CAN-FD |
| 4 | Forced correct sending | Forcibly output ACK at sending (correct the frame even without a receiving node) | Invalid at monitoring mode |
| 5 | Forced error sending | Output an error flag after ACK when receiving the frame | Receiver side detects EOF FORM error |
| 6 | stuff error(1) | Normal stuff bit error sending (transmit without reversing when inserting stuff) | This error is not available for a frame that stuff which becomes stuff error at receiving side does not occur |
| 7 | stuff error(2) | Fixed stuff bit error sending (transmit without reversing) | Receiver side detects EOF FORM error Valid only with CAN-FD |
| 8 | Error value sending(1) | RRS error sending (transmit “0”) | Valid only with expanded frames |
| 9 | Error value sending(2) | RRS error sending (transmit “1”) | Valid only with CAN-FD |
| 10 | Error value sending (3) | r0/res error sending (transmit “1”) | |
| 11 | Synchronized sending | SOF detection synchronized sending (synchronize a tool sending with other node SOF) | ID arbitration check function (Sending time out: 60sec) |
| LIN error sending function | |||
|---|---|---|---|
| No. | Item | Description | Note |
| 1 | Response data length error | Make response data length wrong | Available up to 9byte |
| 2 | Parity setting | Send parity with error value (arbitrary value) | |
| 3 | Inter-byte space setting | Set the inter-byte space within 0 ～ 255Tbit | Adjust inter-byte space of an arbitrary location of the frame |
| 4 | Sync field | Fixed sending Sync field pattern [default=0x55] | |
| 5 | Header frame bit destruction | Sync field data destruction (output 8bit “0”) Sync field stop bit destruction ID field data destruction (output 8bit “0”) ID field stop bit destruction |
ID can be selected only at ID field stop bit destruction |
| 6 | Response frame bit destruction | Response space destruction Data field destruction (output 8bit “0”) Data field stop bit destruction Inter-byte space destruction |
Location of the destruction and destruction ID can be selected except for Response space destruction |
The license for this product is one for each MLT Advan Hardware.
The license becomes effective when the person responsible for managing the MLT Advan hardware registers it as a user, and is eligible for user support.
The MLT Advan Navigator of this product does not have a lock mechanism, so it can be installed on multiple PCs.
If you want to use MLT Advance with multiple people, you can use it by registering as a user with the consent of the person in charge of management.
In this case, user support is assumed to be provided by the person in charge of administration.
| 398,000JPY | ||||||
|---|---|---|---|---|---|---|
| Model | Protocol and Number of channels | |||||
| 5CF2 | CAN FD / CAN | 2 | ||||
| 5CF1L1 | CAN FD / CAN | 1 | LIN | 1 | ||
| 5CF1IS1 | CAN FD / CAN | 1 | ISO 14230 | 1 | ||
| 5L1IE1 | LIN | 1 | IE Bus | 1 | ||
| 5CF1IC1 | CAN FD / CAN | 1 | I2C | 1 | ||
| 5CF1CX1 | CAN FD / CAN | 1 | CXPI | 1 | ||
| 5CF1SD2 | CAN FD / CAN | 1 | SRASYN | 2 | ||
| 5CF1SP1 | CAN FD / CAN | 1 | SPI | 1 | ||
| 5L2 | LIN | 2 | ||||
| 5L1IE1 | LIN | 1 | IE Bus | 1 | ||
| 5L1CX1 | LIN | 1 | CXPI | 1 | ||
| 5L1SD2 | LIN | 1 | SRASYN | 2 | ||
| 5L1SP1 | LIN | 1 | SPI | 1 | ||
| 5IE2 | IE Bus | 2 | ||||
| 5IE1SD2 | IE Bus | 1 | SRASYN | 2 | ||
| 5IC2 | I2C | 2 | ||||
| 5IC1CX1 | I2C | 1 | CXPI | 1 | ||
| 5IC1SP1 | I2C | 1 | SPI | 1 | ||
| 5CX2 | CXPI | 2 | ||||
| 5CX1SD2 | CXPI | 1 | SRASYN | 2 | ||
| 5SD2SP1 | SRASYN | 2 | SPI | 1 | ||
| 5SP2 | SPI | 2 | ||||
| 497,000JPY | ||||||
|---|---|---|---|---|---|---|
| Model | Protocol and Number of channels | |||||
| 5CF3 | CAN FD / CAN | 3 | ||||
| 5CF2L1 | CAN FD / CAN | 2 | LIN | 1 | ||
| 5CF2IS1 | CAN FD / CAN | 2 | ISO 14230 | 1 | ||
| 5CF2IC1 | CAN FD / CAN | 2 | I2C | 1 | ||
| 5CF2SD2 | CAN FD / CAN | 2 | SRASYN | 2 | ||
| 5CF1L2 | CAN FD / CAN | 1 | LIN | 2 | ||
| 5CF1IC2 | CAN FD / CAN | 1 | I2C | 2 | ||
| 5CF1L1IS1 | CAN FD / CAN | 1 | LIN | 1 | ISO 14230 | 1 |
| 5CF1L1IC1 | CAN FD / CAN | 1 | LIN | 1 | I2C | 1 |
| 5CF1L1CX1 | CAN FD / CAN | 1 | LIN | 1 | CXPI | 1 |
| 5CF1SD4 | CAN FD / CAN | 1 | SRASYN | 4 | ||
| 5L3 | LIN | 3 | ||||
| 5IC2CX1 | I2C | 2 | CXPI | 1 | ||
| 596,000JPY | ||||||
|---|---|---|---|---|---|---|
| Model | Protocol and Number of channels | |||||
| 5CF4 | CAN FD / CAN | 4 | ||||
| 5CF2L1IS1 | CAN FD / CAN | 2 | LIN | 1 | ISO 14230 | 1 |
| 5CF2L1IC1 | CAN FD / CAN | 2 | LIN | 1 | I2C | 1 |
| 5CF2L1CX1 | CAN FD / CAN | 2 | LIN | 1 | CXPI | 1 |
| 5CF2IC2 | CAN FD / CAN | 2 | I2C | 2 | ||
| 5CF2CX2 | CAN FD / CAN | 2 | CXPI | 2 | ||
| 5CF1L1IC2 | CAN FD / CAN | 1 | LIN | 1 | I2C | 2 |
| 5L2CX2 | LIN | 2 | CXPI | 2 | ||
| 695,000JPY | ||||||
|---|---|---|---|---|---|---|
| Model | Protocol and Number of channels | |||||
| 5CF1L2CX2 | CAN FD / CAN | 1 | LIN | 2 | CXPI | 2 |
| 5CF2L1CX2 | CAN FD / CAN | 2 | LIN | 1 | CXPI | 2 |
| 794,000JPY | ||||||
|---|---|---|---|---|---|---|
| Model | Protocol and Number of channels | |||||
| 5CF2L2CX2 | CAN FD / CAN | 2 | LIN | 2 | CXPI | 2 |
| 5CF2IE2IC2 | CAN FD / CAN | 2 | IE Bus | 2 | I2C | 2 |
The above model is an example. Please check the product catalog for other models.
Introduce how to use the product. Please watch in.
