
Your data, our priority: We provide you with maximum performance, from production all the way through post-production.
Proud to present the world’s first 16TB TLC M.2 2280 SSD—Exascend PE4 Series, winner of the 2025 Best in Show Award from Embedded Computing Design.
Award-Winning Automotive-Grade eMMC with 3D TLC and pSLC options for optimal performance.
With Exascend’s storage solutions, your perfect shot is in safe hands. Every time.
U.2 (15mm)
Provides reliable performance for I/O-intensive workloads.
PD5 PCIe 5.0 SSD significantly reduces latency, enabling real-time data processing and analysis critical for applications such as AI model training and large-scale simulations. Supporting read-intensive workloads with capacities up to 61.4TB, respectively, and up to 3.4M/485K IOPS for 4K random read/write, 14 GB/s for 128K sequential reads, and 10 GB/s for 128K sequential writes.
The PD5 series offers impressive efficiency, delivering 1GB/s of sequential read performance for each watt consumed, thanks to its cutting-edge hardware design and firmware optimization. With power modes adjustable between 12W and 25W, it achives dynamic and efficient power footprint.
The PD5 series guarantees a 5-year lifespan, Available in multiple EDITIONS with 0.6, 1, and 25 DWPD options for diverse application needs.
*Based on JESD219 Enterprise workload compliance.”
U.2 (7mm) | E1.S | M.2 2280/2242
Incorporates rad-tolerant technology, conformal coating, and underfill for intensive radiation environments.
U.2 (7mm) | E1.S | M.2 2280/2242/2230
Includes conformal coating and underfill for harsh conditions.
U.2 (7mm) | E1.S | M.2 2280/2242/2230
Built to perform reliably in extreme temperature conditions.

Designed to operate reliably in harsh environments, PI4 utilizes premium components and purpose-designed hardware for industrial applications, along with optimized firmware, to deliver exceptional performance and stability in extreme temperature conditions. Patented Adaptive Thermal Control actively regulates temperature and power consumption by monitoring real-time conditions and finetuning performance to prevent overheating, enhancing reliability, lifespan, ensuring consistent operation across diverse environments. .

The PI4 SSD provides exceptional performance while consuming minimal power, achieving average power of less than 8.5W even at maximum performance levels. Compared to the PI3 series, the PI4 SSD enhances performance by 50% while also reducing power consumption by over 30%. Its energy efficiency makes it especially beneficial for industrial applications with power and thermal constraints without sacrificing performance.

The PI4 SSD integrates hardware components such as capacitors and firmware algorithms to protect data during power interruptions, preventing data loss and maintaining system stability, ensuring reliability and safety in critical vehicle systems during unexpected power failures.
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