xcore® delivers in hardware, many of the elements that you’d expect to see in a real-time operating system (RTOS). Separate logical cores for real-time tasks make it more predictable, more scalable and faster to respond than conventional RTOS based sequential processor systems.
EVENT DRIVEN
- 10ns per single cycle response to events
- Parallel HARTs guarantee task completion
- All HARTs can run I/O, DSP, application code or AI workloads Independently & concurrently
- No scheduling jitter
TIMING PRECISION
- Dedicated HART & resources for each activity
- Predictable timing
- Nano second response times enables interfaces to be designed and defined in software
- Easy verification for timing & performance
LOW LATENCY
- No context switching latency
- Entire memory matches the operating frequency of the processing pipeline
- Guaranteed precise timing
- 24 Gbps bandwidth from everything to everything
- Dedicated memory allocated to each HART/Process (No memory contention)
- Every HART has a reserved Single Cycle Memory Access
- Up to 128 GPIO
control
xcore® delivers in hardware, many of the elements that you’d expect to see in a real-time operating system (RTOS). Separate logical cores for real-time tasks make it more predictable, more scalable and faster to respond than conventional RTOS based sequential processor systems.
PERFORMANCE
Control (MIPs): up to 3,200
DSP (32b MMAC): up to 6,400
DSP (SP MFLOP): up to 1,600
Edge AI (8b MMAC): up to 30,000
Edge AI (1b MMAC): up to 250,000
APPLICATIONS
Personal electronics and Smart home
INTELLIGENT ENERGY MANAGEMENT
VOICE-ACTIVATED ASSISTANTS
SMART LIGHTING
SECURITY
SYSTEMS
SMART HVAC
Industrial
TEST AND
MEASUREMENT
PREDICTIVE
MAINTENANCE
FACTORY
AUTOMATION
MOTOR CONTROL
Automotive
VOICE INTERFACES
NOISE CANCELLATION
INFOTAINMENT
DEVELOPER
EVALUATION KITS
XMOS provides an xcore.ai development board which allows evaluation of all the processor capabilities:
- xcore.ai evaluation kit (XK-EVK-XU316) – for general applications