Frequently Asked Question

Device Configuration Tables
Last Updated about a month ago

These device tables describe standard firmware configurations for all HIL devices. They can be viewed from the Device Configuration Table. To understand this article it is strongly recommended to first get familiar with system architecture and FPGA solver basics and principles and constraints of real-time modeling in electrical and signal processing domains.


If you find these device configurations not suitable for your application we can develop custom firmware suited to your needs.



HIL101 configurations & features
# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 2 0.88 16.0 3 6 0 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 4 0 yes yes 1 basic 0 no
Configuration 2 3 0.88 16.0 3 6 0 16 yes no yes yes yes 0 no 0 no 0 12 8 12 0 0 yes yes 1 basic 0 no
Configuration 3 2 0.88 16.0 4 6 8 16 yes yes yes yes yes 0 no 0 no 1 12 8 12 0 0 yes yes 1 basic 0 no


HIL402 configurations & features
# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 3 0.64 16.0 3 6 0 0 yes no yes no yes 1 no 0 no 0 10 8 12 4 0 no no 0 / 0 no
Configuration 2 4 0.64 16.0 3 6 0 0 yes no yes no yes 0 no 0 no 0 10 8 12 0 0 no no 0 / 0 no
Configuration 3 2 1.28 16.0 3 6 16 16 yes no yes no yes 0 no 0 no 0 10 8 12 0 0 no no 0 / 0 no
Configuration 4 2 0.64 16.0 4 6 16 16 yes yes yes yes yes 1 no 0 no 0 10 8 12 0 0 no no 0 / 0 no
Configuration 5 2 0.64 16.0 3 6 0 0 yes no yes no yes 2 no 0 yes 0 10 8 12 0 0 no no 0 / 0 no
Configuration 6 2 0.64 16.0 3 6 0 0 yes no yes no yes 1 yes 32 yes 0 10 8 12 0 0 no no 0 / 0 no
Configuration 7 1 0.64 16.0 3 6 0 0 yes no yes no yes 1 yes 32 yes 0 10 8 12 2 0 no no 0 / 0 no


HIL404 configurations & features

# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 3 1.12 16.0 3 6 0 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 4 0 yes yes 1 basic 0 no
Configuration 2 4 1.12 16.0 3 6 0 16 yes no yes yes yes 0 no 0 no 0 12 8 12 0 0 yes yes 1 basic 0 no
Configuration 3 2 1.12 16.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 0 yes yes 1 fast 0 no
Configuration 4 3 1.12 16.0 3 6 0 0 yes no yes no yes 2 no 0 yes 0 12 8 12 0 0 yes yes 1 basic 0 no
Configuration 5 3 1.12 16.0 4 6 8 16 yes yes yes yes yes 0 no 0 no 1 12 8 12 0 0 yes yes 1 basic 0 no
Configuration 6 2 1.12 16.0 3 6 0 0 yes no yes yes yes 1 yes 32 yes 0 12 8 12 2 0 yes yes 1 fast 0 no


HIL506 configurations & features
# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 4 1.12 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 4 3 yes yes 1 basic 0 no
Configuration 2 6 1.12 16.0 3 6 32 16 yes no yes yes yes 0 no 0 no 0 12 8 12 0 3 yes yes 1 basic 0 no
Configuration 3 2 1.12 64.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 2 12 8 12 0 3 yes yes 2 fast 0 no


HIL602+ configurations & features




# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 4 0.64 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 4 0 yes no 0 / 0 no
Configuration 2 6 0.64 16.0 3 6 32 16 yes no yes yes yes 0 no 0 no 0 12 8 12 0 0 yes no 0 / 0 no
Configuration 3 2 0.64 64.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 1 12 8 12 0 0 yes no 0 / 0 no
Configuration 4 3 0.64 16.0 3 6 32 16 yes yes yes yes yes 2 yes 32 yes 0 12 8 12 0 0 yes no 0 / 0 no
Configuration 5 3 1.28 32.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 0 yes no 0 / 0 no
Configuration 6 2 0.64 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 8 2 12 2 0 yes no 0 / 0 no


HIL604 configurations & features




# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 6 0.64 16.0 3 6 32 16 yes no yes yes yes 2 yes 32 yes 0 12 8 12 4 3 yes no 0 / 0 no
Configuration 2 8 0.64 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes no 0 / 0 no
Configuration 3 4 0.64 16.0 3 6 32 16 yes no yes yes yes 4 yes 32 yes 0 12 8 12 0 3 yes no 0 / 0 no
Configuration 4 3 0.64 64.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 2 12 8 12 0 3 yes no 0 / 0 no
Configuration 5 4 1.28 32.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes no 0 / 0 no
Configuration 6 5 0.32 32.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes no 0 / 0 no
Configuration 7 8 0.64 16.0 4 6 24 16 yes yes yes yes yes 0 no 0 no 0 12 8 18 0 3 yes no 0 / 0 no
Configuration 8 2 0.64 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 8 2 12 2 3 yes no 0 / 0 no


HIL606 configurations & features




# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 6 1.12 16.0 3 6 32 16 yes no yes yes yes 2 yes 32 yes 0 12 8 12 4 3 yes yes 1 basic 0 no
Configuration 2 8 1.12 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes yes 1 basic 0 no
Configuration 3 4 1.12 16.0 3 6 32 16 yes no yes yes yes 4 yes 32 yes 0 12 8 12 0 3 yes yes 1 basic 0 no
Configuration 4 3 1.12 64.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 2 12 8 12 0 3 yes yes 2 fast 0 no
Configuration 5 4 2.24 32.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes yes 1 basic 0 no
Configuration 6 5 0.56 32.0 4 6 32 16 yes yes yes yes yes 1 yes 32 yes 0 12 8 12 0 3 yes yes 1 basic 0 no
Configuration 7 8 1.12 16.0 4 6 24 16 yes yes yes yes yes 0 no 0 no 0 12 8 18 0 3 yes yes 1 basic 0 no
Configuration 8 1 1.12 16.0 3 6 32 16 yes no yes yes yes 1 yes 32 yes 0 8 2 12 2 3 yes yes 1 fast 0 no


VHIL+ configurations & features




# of Standard processing cores (SPCs) SPC peak processing power [GMACS] SPC matrix memory [KWords] Max converter weight (ideal switches) Contactors (ideal switches) Non-ideal switches Time varying elements Global GDS oversampling Switch-level GDS oversampling GDS switching delay Converter power loss calculation Converter forward voltage drop Machine solvers Nonlinear machine support Nonlinear machine LUT size [KWords] Absolute encoder protocol support DC-DC converter solvers Signal generators Look Up Tables PWM modulators PWM analyzers Parallel DTV detectors Paralleling support SFP Simulation Link support Number of channels Channel type Egston SFP Link channels ABB Proprietary protocols support
Configuration 1 16 200.0 65536.0 6 16 64 16 yes yes yes yes yes 16 yes 64 no 16 16 16 32 4 3 yes yes 1 basic 0 no


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