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Microkernel architecture
- Dynamic Upgradable services
and applications
- Fine grained fault isolation
and recovery
- Message passing design for
modular, well formed systems
Instrumental microkernel
- System-wide performance
analysis and optimization
- Fast detection of timing
conflict, hidden faults, ect.
Multi-core
- Comprehensive, Multicore
Support
- Asymmetric, symmetric, and
bound multiprocessing
- Simple migration from
uniprocessor to Multiprocessing
Graphics and HMI technologies
- Hardware optimized
composition manager supporting HTNL5, kANZI, OpenGLES,
Qt 5, Storyboard, video and other 3rd party HMI
Technology
- Single unified interface from
multiple UI sources
- Modern architecture that
leverages GPU acceleration and supports multi-touch
input and video capture
Built in Security
- Secure boot
- Integrity Measurement
- Mandatory Access Control
- Rootless Execution
Safe By Design
- Unique Memory Protected
Architecture
- 100% API Compatible with QNX
OS for safety
- Safety pedigree proven by
certification to ASIL D in ISO26262, SIL 3 in IEC 61508
and IEC 62304
POSIX Compliance
- POSIX PSE52 Certified
- Support of the boardest range
of POSIX API
Specifications
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Transparent Distributed
Processing
- Transparent network access to
remote resources
- Simplified design of
fault-tolerant clusters
Networking and Connectivity
- Wifi 802.11 a/b/g/n
- Full IPV6 and IPV4
stack support
- USB 3.X, Host device and OTG
support
- Bluetooth v4.2 Classic and
low energy protocols and profiles.
Adaptive Partitioning
- Guaranteed system resources
to built secure and reliable systems without
compromising performance and flexibility
File System
- Image, RAM, Flash, QNX,
Linux, DOS, CD-ROM, DVD, NFS, CIFS, Compression, NTFS,
HFS+
- Power safe mass storage file
system
Resource Management framework
- Device drivers are
implemented in user, not kernel, space.
- Drivers can be started,
stopped and debugged like any standard application
High Availability
- Heartbeat for early fault
detection
- Intelligent restart and
transparent reconnection
Processor support
- Support for the latest ARMv8
and x86-64 processor
- continues 32bit support for
ARMv7 and x86
Predictable Realtime
Performance
- Pre-emptive scheduler with
choice of scheduling methods
- Distributed priority
inheritance
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