Hercules RM57Lx LaunchPad Development Kit
- Hercules RM57Lx Launchpad Development Kit Quick Start Guide
(PDF 4759 KB)
09 Jun 2015 966 views
Based on the ARM® Cortex®-R Core datasheet (Rev. C)
(PDF 9331 KB)
24 Jun 2016
The Hercules™ RM57Lx Launchpad™ Development Kit is based on the highest performance Hercules MCU RM57L843 – lockstep cached 330MHz ARM® Cortex®-R5F based RM series MCU. Hercules MCUs are designed to aid in the development of IEC 61508 functional safety industrial and medical applications.
The LaunchPad features connectivity options such as IEEE 1588 precision time Ethernet PHY DP83630 and has the capability in addition to the standard BoosterPack headers, for further expansion to an FPGA or an external SRAM using high density connectors for MCU’s parallel interfaces - EMIF, RTP and DMM.
The RM57Lx MCUs include many diagnostic features such ECC protection for CPU caches & other memories and a rich set of peripherals such as two 12-bit ADCs, programmable High-End timers, motor control peripherals (eQEP, eCAP, ePWM), Ethernet, MibSPI, EMIF and many serial communication interfaces.
This LaunchPad is pre-programmed with a Hercules safety MCU demo enabling users to easily learn about the key safety, data acquisition and control features of the Hercules MCU platform.
Find additional information on LaunchPad Development Kits, supported BoosterPacks and available resources at ti.com/launchpad. Visit the LAUNCHXL2-RM57L Wiki for software downloads including Ethernet connectivity using lwIP and other resources. Explore different applications on your LaunchPad Development Kit with BoosterPack plug-in modules.
- USB powered and capability for external 5v supply
- On board USB XDS_ICDIc2 JTAG debug
- IEEE 1588 precision time Ethernet PHY DP83630
- On board SCI to PC serial communication
- User programmable push buttons
- Reset switches
- LEDs and Analog input
- Two 40 pin BoosterPack XL Headers (one populated)
- High density connectors for parallel ports (EMIF, RTP, DMM) for further expansion
- Footprint for prototyping headers (not populated) to bring out all MCU Pins
- External high-speed emulation via 14-pin TI-JTAG header (not populated)