Deterministic Execution
A chip execution architecture paradigm in which all computational dataflows and operation schedules are statically planned at compile time. Because no dynamic scheduling is required at runtime, control-logic power consumption is substantially reduced and latency becomes predictable.
Timeline (last 90 days)
Lamis acknowledged that the team is bringing back practices proven in software engineering (version control, concurrency control, deterministic execution), on the premise that these mechanisms can be used efficiently by autonomous agents.
Deterministic execution requires no dynamic memory, no recursion, no undefined behavior, and an upper bound on operator latency.
Deterministic execution means the chip plans the data flow and computation arrangement for every compute cycle at compile time, eliminating the need for dynamic scheduling at runtime.
Deterministic execution architecture minimizes variance in time-to-first-token (TTFT) and inter-token latency (ITL), enabling SLA-like latency commitments to be offered externally.
Deterministic execution architecture can compress P99 latency to near P50 levels, which is typically difficult to achieve with general-purpose GPU architectures.
Caddi balances flexibility and reliability by combining AI reasoning with deterministic execution.
All Facts (6)
Lamis acknowledged that the team is bringing back practices proven in software engineering (version control, concurrency control, deterministic execution), on the premise that these mechanisms can be used efficiently by autonomous agents.
50%UnverifiedDeterministic execution requires no dynamic memory, no recursion, no undefined behavior, and an upper bound on operator latency.
50%UnverifiedDeterministic execution means the chip plans the data flow and computation arrangement for every compute cycle at compile time, eliminating the need for dynamic scheduling at runtime.
50%UnverifiedDeterministic execution architecture minimizes variance in time-to-first-token (TTFT) and inter-token latency (ITL), enabling SLA-like latency commitments to be offered externally.
50%UnverifiedDeterministic execution architecture can compress P99 latency to near P50 levels, which is typically difficult to achieve with general-purpose GPU architectures.
50%UnverifiedCaddi balances flexibility and reliability by combining AI reasoning with deterministic execution.
50%