Drop-In Compatibility
U.2 and E3.S form factors. No board redesign, no new qualification cycle. SCM performance inside your existing program envelope.
Deterministic Latency
30–50 µs access latency with no erase-before-write overhead. Bounded response for real-time systems where flash stalls are mission failures.
Power-Loss Resilience
Persistence is inherent to the medium. Data commit integrity survives abrupt power interruption — no supercapacitor required.
Universal Memory Layer
Operates as persistent storage for GPUs, AI inference engines, and real-time analytics platforms. 30+ DWPD endurance for continuous write workloads.
Qualification
MIL-STD-810H shock and vibration. 1,500G survivability. −55°C to +110°C operating range. Conformal coating. Conduction cooling. MTBF up to 2,000,000 hours.
Encryption & Sanitization
AES-256 hardware encryption. TCG OPAL and FIPS compliant. Hardware-signal triggered secure erase in under 12 seconds. MIL-STD-461G EMI qualified.
Deterministic Architecture
Consumer SSDs degrade unpredictably under sustained write load and thermal stress. ASINE architectures deliver stable throughput and latency under continuous mission conditions.
Program Partnership
Non-Chinese component supply chain. BOM configuration freeze. 17-year FFF support. Western assembly only. Class R10C PCB quality. OEM firmware and lifecycle management.
Ruggedization
1,500G shock. −55°C to +110°C. MIL-STD-810H vibration. Conformal coating. Conduction cooling. MTBF up to 2,000,000 hours.
Security
AES-256 hardware encryption. TCG OPAL and FIPS. Instant cryptographic sanitization. Hardware-triggered erase under 12 seconds. MIL-STD-461G.
Deterministic Architecture
Consistent NVMe Gen4/Gen5 throughput under sustained load. No performance cliff at full capacity. Predictable behavior for mission-critical systems.
Lifecycle Control
Non-Chinese component supply chain. BOM freeze. 17-year FFF support. Class R10C PCB quality. Western assembly and active components only.
OEM Engineering
Firmware customization. BOM control. System-level program engagement. Not component supply — program partnership.
What Is I-Temp Storage and Why Does It Matter for Defense?
Consumer SSDs can permanently lose retention integrity above rated thermal envelopes. Why −40°C to +85°C qualification changes deployment survivability.
Read Brief →MIL-STD-810H: The Standard That Separates Ruggedized Storage from Everything Else
MIL-STD-810H defines environmental engineering requirements for defense and aerospace hardware. ASINE products are qualified to this standard. What that means in practice.
Read Brief →1920GB in M.2 2230 I-Temp — and Why ASINE Is the Only Source
High-density storage in the smallest rugged form factor is the constraint that defines embedded defense computing. No known ruggedized NVMe matches this specification.
Read Brief →