< architect >
< architect >
< architect >
Fater integration
for complex
multi-core
multi-core
platforms
Architect helps developers and integrators inspect, stress-test, and optimize memory behavior in complex SoCs. It reduces integration time, ensures isolation, and maximizes performance.
Architect helps developers and integrators inspect, stress-test, and optimize memory behavior in complex SoCs. It reduces integration time, ensures isolation, and maximizes performance.
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Challenges
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Challenges
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Challenges
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Memory interference is a
hidden bottleneck
Built for modern
SoCs and
heterogeneous computing
In modern multi-core SoCs, applications compete for shared memory resources. This creates unpredictable interference that risks safety, performance, and integration timelines. Without the right tools, detecting and fixing these issues is costly and time-consuming.
In modern multi-core SoCs, applications compete for shared memory resources. This creates unpredictable interference that risks safety, performance, and integration timelines. Without the right tools, detecting and fixing these issues is costly and time-consuming.
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step by step
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[ 02 / 04 ]
step by step
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step by step
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< step by step >
< step by step >
< step by step >
Learn how
Architect works
Learn how
Architect works
Learn how
Architect works
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Interference Inspector
High-precision, low-overhead visualization of memory interference at runtime. Correlates applications with memory-access patterns for quick detection of problematic interactions.
Interference Inspector
High-precision, low-overhead visualization of memory interference at runtime. Correlates applications with memory-access patterns for quick detection of problematic interactions.
Interference Inspector
High-precision, low-overhead visualization of memory interference at runtime. Correlates applications with memory-access patterns for quick detection of problematic interactions.
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features
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[ 03 / 04 ]
features
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features
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Zero Overhead
Transparent inspection with minimal measurement noise.
Zero Overhead
Transparent inspection with minimal measurement noise.
Zero Overhead
Transparent inspection with minimal measurement noise.
Highest Resolution
Microsecond-level tracing for fine-grained monitoring.
Highest Resolution
Microsecond-level tracing for fine-grained monitoring.
Highest Resolution
Microsecond-level tracing for fine-grained monitoring.
OS Integration
Works with Linux sched_trace, PERF and other tracers
OS Integration
Works with Linux sched_trace, PERF and other tracers
OS Integration
Works with Linux sched_trace, PERF and other tracers
Fast and Responsive
Host-target split architecture requiring only Ethernet, with a fast GUI for live or offline inspection.
Fast and Responsive
Host-target split architecture requiring only Ethernet, with a fast GUI for live or offline inspection.
Fast and Responsive
Host-target split architecture requiring only Ethernet, with a fast GUI for live or offline inspection.
Ready for today’s leading platforms
Arm 64-bit SoCs Target
NXP i.MX8, S32G
AMD/Xilinx ultrascale+
TI AM62x, AM67x, TDA4x
x86
Intel
AMD
Target
bare-metal (no OS), Linux, Sysgo PikeOS
Host
LINUX
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stats
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stats
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stats
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< stats >
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The impact of cut integration time, improve performance
efficiency
[ up to ]
+40%
Platform utilization
efficiency
[ up to ]
+40%
Platform utilization
efficiency
[ up to ]
+40%
Platform utilization
performance
[ up to ]
2×
Product lifetime value
performance
[ up to ]
2×
Product lifetime value
performance
[ up to ]
2×
Product lifetime value
Backed by research, validated By industry
Early PoCs with OEMs and tier-1 integrators
Backed by research, validated By industry
Early PoCs with OEMs and tier-1 integrators
Backed by research, validated By industry
Early PoCs with OEMs and tier-1 integrators
Build your next generation of
critical systems
with
Sqrrl
Build your next generation of
critical systems
with
Sqrrl
Build your next generation of
critical systems
with
Sqrrl