OverviewUltracompact slave interface for secure field and cloud connectivity. The NRP H90 (netRAPID 90) provides a rapid and secure alternative to a customer-developed slave interface. The netX 90 chip carrier is soldered to the host system in the SMD process like a standard QFP component. In addition to the multiprotocol netX 90 processor for common industrial communication and IIoT protocols, the device integrates a Cortex M4 application processor and is available in several memory sizes. Available as a ready-to-use communication module with preloaded protocol firmware or as a flexible programming platform for customer-specific applications and pinouts.
Highlights- Ultracompact slave interface in netRAPID halfsize format
- One hardware solution for Industrial Ethernet and fieldbus protocols
- Host connection via fast SPI
- Programming platform for combined communication and application development
- Energy-efficient design suitable for extended temperature ranges
- Secure by design with integrated crypto core (supports TLS, secure boot, etc.)
Protocols supported- CC-Link IE Field Slave
- Sercos Slave
- PROFINET IO-Device
- PROFIBUS DP Slave
- POWERLINK Controlled Node
- Open Modbus/TCP Server
- Open Modbus/TCP Client
- EtherNet/IP Adapter
- EtherCAT Slave
- DeviceNet Slave
- CANopen Slave
Order informationProduct name — Part number — Brief description
NRP H90 — 7692.100 — netX 90 Chip Carrier - programming platform
Technical specifications- Soldered to host system in SMD process like a standard QFP component
- Multiprotocol netX 90 processor supporting common Industrial Ethernet and fieldbus protocols
- Integrated Cortex M4 application processor
- Available in different memory sizes (multiple variants)
- Host interface: fast SPI
- Offered as flexible programming platform or as ready-to-use module with preloaded protocol firmware
- Option: delivered preloaded as a service with customer- and application-specific content
- Integrated crypto core enabling security features (e.g. TLS for CIP Security, secure boot)
- Energy-efficient design for extended temperature range