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NANOhpm-obc

High performance MCU fault tolerant OBC

ISO 19683

IPC Class 3+

TRL 9

In-house MAIT

The NANOhpm-obc is a high-performance RISC-V on-board computer, designed for most demanding LEO applications. NANOhpm-obc provides a versatile design in terms of variety of resources and available interfaces. The NANOhpm-obc is built on a robust NANOobc architecture, enhanced with significantly greater processing power, delivering 100 DMIPS at 50 MHz. It delivers Fault Tolerant NOEL-V processor (Cobham Gaisler - CAES) in peripheral rich SoC design. The NANOhpm-obc is delivered with flight proven NANOsky CMM Firmware framework, on top which application layer functions can be developed to suit any mission needs.

Would you require further information or a quote, get in contact with us:

Processor

NOEL-V 32-bit core
(RV32IMAFD) with FPU

Memory

256 MB DDR3
(EDAC protected)

Mass storage

2 GB NAND Flash
(EDAC protected)

TM storage

1 MB MRAM
(EDAC protected)

Interfaces

Redundant CAN for TM/TC,
dual LVDS/RS422/485

On-board

Integrated GNSS receiver

skyEGSE-GUI

Intuitive App for out-of-the-box operation

skyEGSE-GUI application enables you immediate out of the box control, monitoring and management of any SkyLabs satellite equipment. skyEGSE-GUI is a graphical user interface developed on top of NANOsky CMM SDK Application Library module. The application establish a connection with target equipment via skyEGSE-LINK2 dongle or skyEGSE-comm server.

NANOsky CMM™ SDK

Powerful SDK to save you time on Dev

The NANOsky CMM™ SDK implements all functions to support control, monitoring and management of any SkyLabs satellite equipment. All functions are provided in a comprehensive C++ library, with application-level examples for fast prototyping or functionality integration into third-party software. This enables users drastic savings in the development time for integration of SkyLabs equipment functions into customer specific EGSE, AIV/T or even MOC software.

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