Industrial Storage & Acceleration Solution

Powered by MiTAC IPC, Graid Technology & Kioxia Storage

Modern industrial systems increasingly need reliable, high-performance storage and fast data processing at the edge — especially for AI, analytics, machine vision, and process control.
Ace Computer combines industrial-grade compute platforms with advanced storage acceleration to deliver robust edge solutions capable of handling demanding workloads with long lifecycle support.

Ace Computer Value

We bring value to this integrated solution through:

Engineering-led RFQ & requirement review
→ Ensures the right balance of compute, storage, acceleration and system design
Hardware configuration validation
→ End-to-end compatibility check between MiTAC platforms and storage stack
Long-term lifecycle planning
→ Ensures parts availability and support for industrial lifecycles

Local PoC support and coordination
→ Practical validation with real workloads

Proof of Concept & Validation

Ace Computer offers hands-on PoC testing at our Istanbul headquarters to validate your industrial architecture before deployment.

PoC activities may include:

Performance benchmarking with Graid raid acceleration
Storage throughput and latency evaluation
Environmental resilience tests (e.g., temperature, continuous operation)
Application-level validation (vision inference, logging pipelines)

PoC results help align architecture with real requirements, lowering deployment risk.

Engagement Model

Industrial Storage & Acceleration solutions are delivered on a project and RFQ basis:

No online pricing or cart
No SKU-level sales on site

All configurations engineered and reviewed by Ace Computer

Use Case Overview

Industrial applications in automation, monitoring, logistics, and vision systems require:

Reliable storage and fast I/O
Consistent and rugged edge computing
Scalable performance for data-intensive tasks

This solution integrates MiTAC IPC platforms with Graid Technology’s SupremeRAID acceleration and Kioxia industrial SSDs to answer these needs, and offers Proof of Concept (PoC) validation at Ace Computer’s Istanbul headquarters.

Representative Components

MiTAC IPC — Rugged Industrial Compute Platforms

MiTAC embedded & industrial systems deliver robust and reliable performance for edge scenarios, featuring rugged designs, fanless operation, extended temperature support, and industrial connectivity — ideal for automation, control, and data acquisition applications. Mitacmdt

Example reference platforms:

MA1-series industrial embedded system
MP2-10MTS industrial performance platform
MX2-10ADP modular solution
E420 high-performance embedded platform
(Actual configuration depends on RFQ and application needs.) Mitacmdt

Graid Technology — SupremeRAID Storage Acceleration

SupremeRAID SR-1001 and SR-PRO-AM provide advanced RAID acceleration capabilities designed to enhance NVMe storage performance and reliability in demanding application environments.
These technologies help deliver predictable latency and sustained throughput critical for real-time analytics, logging, and AI pipelines.

Kioxia — Industrial SSD

Kioxia KCD8XRUG3T84 is an industrial-grade storage device designed for edge and embedded applications, offering enhanced endurance and reliability.
This enables stable performance even under extended operational conditions.

Typical Industrial Scenarios

Edge Machine Vision & AI Analytics

High throughput data capture from cameras and sensors
Parallel processing and real-time analytics with storage acceleration
Rugged compute platforms for factory floor conditions

Process Monitoring & Logging

High-frequency data writes with guaranteed consistency
Fast retrieval and processing for analytics

Remote SCADA & Condition Control

Reliable storage for operational data
Long-term lifecycle support

Integrated Solution Capabilities

Combining MiTAC IPC platforms with Graid SupremeRAID acceleration and Kioxia industrial SSDs provides:

Fast and reliable storage performance
Rugged edge computing
Scalability for industrial workloads
Improved resilience under harsh conditions
Predictable IO for AI inference and analytics