01AVA-BOOT
Boot
Space Grade Ava-MRAM applied to mission boot functions.
SURVIVERETAINENDURECOMMIT
NEW SYSTEM // VNX+ SPACE GRADE STORAGE
Space-Grade MRAM.
Now at Storage Capacity.
Space computing depends on boot, storage, and processing. VNX+ is the compact all-MRAM Ava-Storage drive built for the second element.
MISSION_STORAGEONLINE
- FORM FACTOR
- ANSI/VITA 90
- INTERFACE
- PCIe
- PROTOCOL
- NVMe
- MEMORY
- 70+ MeV Ava-MRAM
- ENDURANCE
- 74 YBW
02AVA-STORAGE
Storage
The all-MRAM VNX+ focuses Ava-Storage on four qualified mission outcomes.
01
EMP Tolerant
MIL-STD-461G RS10502
Continuous Capture
03
High IOPS
04
Ruggedized to Survive
MIL-STD-81003AVA-PROCESSING
Processing
Space Grade Ava-MRAM applied to mission processing functions.
SURVIVERETAINENDURECOMMIT
// SPACE GRADE / VNX+ SYSTEM PROOF
Storage built
for space computing.
Large space datasets are written sequentially for post-processing or accessed randomly for immediate processing. VNX+ addresses both paths through four qualified Ava-Storage outcomes.
01EMP TOLERANT
Hold the path through the pulse.
VNX+ combines Space Grade Ava-MRAM with drive circuitry engineered and third-party tested for EMP tolerance.
STANDARD // MIL-STD-461G RS105
02CONTINUOUS CAPTURE
Keep critical data recording.
A 74 YBW endurance rating supports sustained mission data capture and constant-write workloads.
ENDURANCE // 74 YBW
03HIGH IOPS
Keep every path moving.
An all-MRAM architecture delivers 800k+ IOPS for high-volume random reads and writes without software-addressing overhead.
RANDOM I/O // 800K+ IOPS
04RUGGEDIZED
Ruggedized to survive.
VNX+ is designed rugged and third-party tested for the temperature, shock, and vibration demands of space missions.
STANDARD // MIL-STD-810
UNIT // VNX+
RUGGEDIZED MRAM STORAGE
RUGGEDIZED MRAM STORAGE// 02 — SYSTEM ARCHITECTURE
Built to integrate.
Validated for space.
VNX+ is the compact, single-slot, all-MRAM Ava-Storage solution built to the ANSI/VITA 90 form factor with an NVMe interface over PCIe.
01
Standards-based integration
ANSI/VITA 90, NVMe, and PCIe provide established mechanical and electrical paths into space computing platforms.
02
Radiation-tolerant control
A Lattice CertusPro-NX FPGA on the 28nm FD-SOI Nexus platform is selected for an extremely low soft-error rate.
03
All-MRAM performance
The 70+ MeV Ava-MRAM array securely commits data and provides 74 YBW endurance with 800k+ IOPS.
// 03 — PROVE / QUALIFICATION EVIDENCE
Built on heritage.
Backed by evidence.
VNX+ combines flight-tested Space Grade Ava-MRAM with radiation-tolerant control logic and third-party-tested EMP and environmental ruggedization.
01
Flight-tested Space Grade Ava-MRAM
02
Third-party EMP + environmental reports
03
ANSI/VITA 90 + NVMe over PCIe
// 04 — DEPLOYMENT ENVIRONMENTS
Where the mission
cannot wait on storage.
Electronic warfare
Preserve operational data when electromagnetic conditions turn hostile.
ISR & avionics
Capture high-rate sensor data in a centralized, secure storage layer.
LEO & deep space
Integrate radiation-tolerant storage into intermittent-power and radiation-rich missions.
Edge AI
Feed demanding compute with 800k+ IOPS for high-volume random reads and writes.
Scientific & nuclear
Protect high-value program data with space-validated storage architecture.
// VNX+ MISSION STORAGE
Qualified for the environments
missions demand.
Talk with Avalanche Technology about third-party test reports, qualification evidence, and VNX+ integration for your next space computing platform.