High stability of 2 × 10-12 at τ = 1 second.

Low power operation: ≤ 14 W basic clock at +45°C baseplate, ≤ 39 W steady-state with BTC, and ≤ 65 W during warm-up.

Low drift aging: ≤ 1 × 10-13/day at BOL and ≤ 5 × 10-14/day after 1 year of continuous operation.

High reliability with 700,000 hours MTBF.

Fully space-qualified, radiation hardened, with negligible environmental sensitivities (temperature, magnetic, voltage, barometric).

Compact and lightweight: 5.0" × 8.5" × 6.0" and < 14 lb.

Unparalleled stability and minimal drift deliver precise, dependable time and frequency reference for demanding space applications.

Very low sensitivity to temperature, magnetic field, radiation, voltage, and barometric pressure minimizes environmental error and flicker floor.

Integral baseplate temperature controller maintains performance across panel temperatures for improved stability and reduced temperature sensitivity.

Radiation-hardened RF output path and overall design support phase-continuous operation through transient radiation events for mission resilience.

Low power, small size, and low mass help conserve spacecraft power and payload budgets.

Fast warm-up (≤ 1 hour to ± 2 × 10-10) enables quicker readiness after power cycling or initial activation.​