The new E2 emulator is an advanced on-chip debugging emulator and flash programmer developed based on a concept of "improvement of development efficiency". The download speed is up to twice as fast as the E1 emulator. Moreover, using combinations with the upcoming release solutions will contribute to reduction in development time.
|Purpose of use||Software to be used||Target devices||Latest Version||Released||Operating Environment|
|On-chip Debugging||CS+ (CS+ for CC)
*Evaluation Software Download
|RH850, RL78, RX
List of Functions Supported by CS+
|V8.02.00||Jul. 22, 2019||Operating Environment|
|RE, RH850 Note2, RL78, RX
*See "Release notes".
|V7.6.0||Oct. 08, 2019|
|IAR Embedded Workbench Note1||RH850, RL78, RX||For the details of support for E2, contact IAR Systems.|
|Green Hills Multi Note1||RH850, R-Car D1
||For the details of support for E2, contact Green Hills Software.|
|Flash Programming||Renesas Flash Programmer V3
*Evaluation Software Download
|RE, RH850, RL78, RX
List of MCUs supported by Renesas Flash Programmer
|V3.06.01||Oct. 08, 2019||Operating Environment|
1. As for tools produced by partners, Contact each company directly.
2. The e² studio does not support RH850-family MCUs with the next-generation G4MH core, such as those of the RH850/E2x series.
- High-speed download up to twice as fast as E1
- The download speed is up to twice as fast as the E1 emulator. This substantially reduces waiting time for downloading the control programs to one-half at a maximum.
CAN Communication Time Measurement Solution (For RH850 family)
The following CAN-related tasks are possible in conjunction with the CS+ integrated development environment. This eases verifying the speed of CAN communications in terms of meeting the system requirements.
- Measuring reception processing times in CAN communications with the E2 emulator alone
- Stopping the program when the reception processing times exceeds the design value
- Visualizing the history of CAN communications
Current consumption Tuning Solution (For RL78 and RX families)
In conjunction with the QE for Current Consumption, a dedicated tool for measuring current drawn, the E2 emulator is capable of the following tasks. These shorten the time taken to tune currents.
- Measuring current with an E2 emulator alone
- Stopping a program when an excessive current is detected
- Visualizing the relationship between program operations and current
Support for the input and output of external triggers
For example, you can set up the stopping of programs or of the measurement of waveforms by simply using the test lead which comes with the E2 emulator to connect the emulator to an external measuring instrument.
Hot plug-in function available without an optional adapter
Although the E1 emulator required an optional hot plug adapter sold separately to use the hot plug-in function, the E2 emulator does not need it.
Board interface compatible with that of E1
- The E2 emulator can be connected to the user system that was designed for the E1 emulator because the pin arrangement to be connected to the user system has compatibility with the E1 emulator.
- The optional products for E1 emulator are available. See the optional products for E2 for the details.
Support for new MCUs with next-generation cores
MCUs that have next-generation cores, such as those of the RH850/E2x series (which incorporate the G4MH core) or the RX66T group (which incorporate the new RXv3 core for the RX family) can be debugged.
Note that some functions shown here may not be supported under the IDE you use. Performance property and Connection system also vary depending on the MCU type.
||See On-chip Debuggers Performance Property.|
|User interface||20-way 1.27mm-pitch cable
[FTSH-110-01-L-DV-K (product of Samtec Inc.)]
*When using the conversion adapter: 14-way 2.54mm-pitch cable
[2514-6002 (product of 3M Limited)]
|PC Interface||USB 2.0, full speed and high speed|
|Target board connection||Via attached user I/F cable (Connection signals vary by the target MCU type.)|
|Power supply||Up to 200mA (1.8V～5.0V)|
|Power voltage||1.8V to 5.5V (depending on the target MCU)|
(Except the protruding parts)
|105.9 mm×64.0 mm×19.5 mm|
|Conformance with overseas standards||European Standards: EN 55022 Class A, EN 55024
US FCC Standard: FCC part 15 Class A
- E2 Emulator main unit
- USB cable
- User's system I/F cable [RTE0T00020KCAC0000J]*Available for purchase in single unit.
- Conversion adapter [RTE0T00020KCA00000R]
- Converts from 20-pin for E2 to 14-pin for E1.*Available for purchase in single unit.
- Test lead
1. To use the E2 emulator with boards designed for the E1, use the E2's accompanying conversion adaptor.
Following optional products are provided to facilitate the use of the E2 emulators. Please make sure to choose the products that match MCUs you use.
Note: Please read references to "E1 emulator" in the manuals for optional products as also meaning "E2 emulator".
Conversion Adapter — Converts the number and pitch of the pins in the connector for the connection with the emulator.
|14-Pin to 38-Pin Conversion Adapter for the E1 Emulator
An adapter for converting the 14-pin/2.54-mm pitch connector on the head of the emulator user interface cable to a 38-pin/0.5-mm pitch connector
|Small Connector Conversion Adapter for the E1 Emulator
An adapter for converting the 14-pin/2.54-mm pitch connector on the head of the emulator user interface cable to a 14-pin/1.27-mm pitch connector
|20-Pin to 14-Pin Conversion Adapter for the E2 Emulator
(Bundled with the E2 Emulator)
An adapter for converting the 20-pin/1.27-mm pitch connector on the head of the emulator user interface cable to a 14-pin/2.54-mm pitch connector
|20-Pin(1.27mm) to 20-Pin(2.54mm) Conversion Adapter for the E2 Emulator
An adapter for converting the 20-pin/1.27-mm pitch connector on the head of the emulator user interface cable to a 20-pin/2.54-mm pitch connector
Available | — Not Available
Isolator — Enables debugging in an environment where there is a difference in potential between the user system GND and the host PC GND.
Low voltage OCD Board — Enables you to debug the target MCU, even if the adapter voltage is not high enough to reprogram internal Flash ROM. This product is used between the emulator and a user's system, and is united by the in-circuit connection with the user's system.
|Low voltage OCD Board for RL78/G10 (10-pin/16-pin)
An OCD board for debugging an RL78/G10 MCU (10-pin or 16-pin) with an adapter voltage below 4.5 V
Available | — Not Available
Debug MCU Board — Enables the incircuit connection of the emulator with the user's system. This board allows you to use enhanced debugging functions. The applicable debugging function varies depending on the MCU type.
|Debug MCU Board for RH850 Supported devices for Debug MCU Board for RH850 Family
This board enables use of the trace function even if the target MCU does not have a trace function. The Debug MCU Board is for use in combination with a separately available 176-pin (with internal trace function) MCU of the RH850/F1L group.
Note: The package of the Debug MCU Board does not include the MCU. Please purchase it separately. For details, contact either a Renesas Electronics Corporation representative (responsible for sales) or distributor. (Buy or Sample)>>
Available | — Not Available
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|Tools Orderable Part Number (s)||Production Status||Manufacturer||Suggested Single Tool Price||
|Description||Distributor Stock||Distributors||Distributor Purchase||Buy Direct|
|RTE0T00020KCE00000R||Mass Production||Renesas||call||1||0||Contato Distribuidor||-|
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