User (U-mode, lowest privileges)

On Chip Debug Hardware

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RISC-V Debug System Overview (Source: Figure 2.1 in RISC-V External Debug Support Version 0.13.2)
Component is required for safety critical systems
Nein
Target TRL at the end of phase 1
TRL5: Versuchsaufbau in vereinfachter Einsatzumgebung --> Optimierte Plattform
Target TRL at the end of phase 2
TRL6: Prototyp in vereinfachter/simulierter Einsatzumgebung --> Anwendungsfälle

Infineon implements for its evaluation platform in alignment with Partner Lauterbach specific Hardware Components for On-Chip-Debug. The Hardware acts as Evaluation Vehicle for the Lauterbach On Chip Debug solution.

Status
License

The Infineon Solution will be productized with its chips. It is therefore no tool or IP but part of semiconductor products.

Visibility
Internal for Scale4Edge partners only!

PikeOS Operating System and Hypervisor

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PikeOS Logo
Component is required for safety critical systems
Nein
Target TRL at the end of phase 1
TRL5: Versuchsaufbau in vereinfachter Einsatzumgebung --> Optimierte Plattform
Target TRL at the end of phase 2
TRL5: Versuchsaufbau in vereinfachter Einsatzumgebung --> Optimierte Plattform

PikeOS and PikeOS for MPU are each a real-time operating system and hypervisor for embedded systems. It provides partitioning to separate different applications or guest operating systems from each other. PikeOS is often combined with ELinOS, SYSGO's embedded Linux, which is then run in a partition under the PikeOS hypervisor.

Status
License

SYSGO issues evaluation licenses in the scope of the Scale4Edge project to interested project partners.

Visibility
Publicly available!

TGC-VP

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DBT-RISE TGC VP Platform
Component is required for safety critical systems
Nein
Target TRL at the end of phase 1
TRL6: Prototyp in vereinfachter/simulierter Einsatzumgebung --> Anwendungsfälle
Target TRL at the end of phase 2
TRL7: Demonstration des Systemprototyps in einer betrieblichen Umgebung

Based on years of experience developing and integrating SystemC based virtual platforms in the industry, MINRES has created DBT-RISE (Dynamic Binary Translation Re-targetable Instruction Set Simulator), a versatile environment to rapidly implement ISS of any architecture. DBT-RISE serves as basis for the implementation of the TGC (The Good Core) ISS (TGC-VP).

TGC-VP provides the following features:

Status
License

Apache License 2.0

Visibility
Publicly available!

TGC Cores

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TGC Core
Component is required for safety critical systems
Ja
Target TRL at the end of phase 1
TRL6: Prototyp in vereinfachter/simulierter Einsatzumgebung --> Anwendungsfälle
Target TRL at the end of phase 2
TRL7: Demonstration des Systemprototyps in einer betrieblichen Umgebung

The Good Folk Series is a highly flexible, scalable and configurable RISC-V based core family developed by MINRES. The standard cores can easily be tailored to specific application requirements using CoreDSL.

It is technology independent, ensures integrity and targets low power edge computing applications. The comprehensive SDK and concise documentation makes it accessible to small and medium companies.

Status
License

Send an email eyck@minres.com

Visibility
Publicly available!

RISC-V VP

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RISC-V VP architecture overview
Component is required for safety critical systems
Nein
Target TRL at the end of phase 1
TRL3: Nachweis der Funktionsfähigkeit --> Plattform ohne Parametrisierbarkeit
Target TRL at the end of phase 2
TRL4: Versuchsaufbau im Labor --> Plattform mit Parametrisierung

An extensible and configurable RISC-V based Virtual Prototype (VP) implemented in SystemC TLM. The feature set includes support for the RV32GC and RV64GC ISA, privilege levels (M,S,U), virtual memory, SW debug via Eclipse, a HiFive1 configuration and several operating systems including Linux. At UB the RISC-V VP serves as platform for several different research directions (visit https://agra.informatik.uni-bremen.de/projects/risc-v/ for further information and the most recent updates).

Status
License

MIT

Visibility
Publicly available!