Industrial PCs & Edge AI Hardware Platforms Manufacturer | BITECH
Explore BITECH’s high-reliability industrial computing solutions: Fanless Box PCs, Rugged Touch Panel PCs, and 32 TOPS Edge AI platforms designed for OEM/ODM factory automation and harsh environments.
Explore High-Reliability Industrial Computing Systems by Category
Our embedded architectures are categorized by deployment form factor to support specialized industrial computing, field telemetry, and edge vision demands for international OEM/ODM integrators.
Fanless Industrial Box PCs & Embedded Systems
Fanless systems engineered for control cabinets. Featuring rugged wide-temperature layouts, native multi-speed CAN bus networks, and isolated surge-protected serial I/O.
Industrial Touch Panel PCs & Rigid HMI Solutions
Heavy-duty fixed operator touch screens and panel terminals built for machine control, factory automation interfaces, and continuous 24/7 assembly line deployment.
Embedded Edge AI Industrial Computers (Up to 32 TOPS)
High-efficiency ARM and x86 machine learning nodes supporting up to 32 TOPS hardware acceleration. Optimized for AGV/AMR automation and deep edge vision inference.
Rugged Industrial Touch Terminals & Devices
IP-rated dust and waterproof touch systems engineered for high EMI exposure, semi-mobile machinery, outdoor cabinets, and extreme industrial processing sites.
Mobile Rugged Tablets for Field Operations
Drop-resistant, sunlight-readable hand-held mobile tablets built to protect critical telemetry workflows and mobile enterprise workforce field operations.
Portable Industrial Monitors & Field Diagnostics
Compact, high-durability external monitors designed for machinery setup calibration, remote control node monitoring, and industrial system field diagnostics.
Browse Systems by Engineering Requirements
Filter our industrial deployment baselines by communication interfaces or hardware expansion capacity.
Industrial Box PCs with CAN & Isolated Serial I/O
Engineered for direct PLC connectivity, robust distributed fieldbus telemetry, and automotive networks featuring built-in electrical isolation protection protocols.
Industrial Box PCs with PCI / PCIe Expansion Slots
Workstation-class mainboards built to accommodate legacy frame grabbers, high-speed DAQ modules, and specialized industrial communication expansion cards.
Industrial Hardware & Customization FAQ
Find technical insights regarding BITECH's OEM/ODM capabilities, product lifecycles, and high-reliability rugged computing configurations.
What custom OEM/ODM services does BITECH provide for industrial computers?
BITECH offers comprehensive OEM/ODM engineering services tailored for international B2B clients. Our capabilities include proprietary carrier board modifications, custom I/O expansion, high-reliability enclosure design, thermal simulation, and custom branding. We support engineering decision-makers from the initial project kickoff checklist through to mass production.
How does BITECH ensure long-term product lifecycle management for global projects?
We implement strict Product Lifecycle Management (PLM), guaranteeing a stable supply of 10 years for our industrial hardware. By choosing embedded roadmaps (such as industrial-grade Intel or Rockchip chipsets) and utilizing SOM + Carrier Board architectures, we safeguard your factory automation and AGV/AMR deployments against sudden component obsolescence.
What environmental validation testing do your fanless embedded systems undergo?
100% of BITECH systems are verified in our in-house validation lab. Testing protocols include wide-temperature operation simulations (ranging from -40°C up to 85°C for rugged series), vibration and shock resistance testing, and strict thermal stability checks to ensure reliable 24/7 continuous operation in harsh industrial environments.
Which BITECH models feature the modular mainboard architecture?
The advanced modular mainboard architecture is strictly limited to our AX-130BT and AX-134BT x86 platform models. This design allows for rapid, flexible I/O expansions and simplified maintenance. Please note that this specific modular architecture does not apply to our Rockchip-based or other Edge AI computer series, which utilize dedicated, application-optimized layouts.
What are the Edge AI computing power options available in your hardware lineup?
For vision, inference, and machine learning at the edge, BITECH offers high-efficiency platforms like the AE-3588LBT, delivering a total computational power of 32 TOPS. For heavy-duty edge inference workloads, we also provide high-performance platforms leveraging Intel Core i9 processors paired with rugged MXM GPU modules.
Do your industrial computers support isolated communication interfaces for fieldbus deployment?
Yes. To combat ground loops and electrical surges in industrial automation, BITECH integrates robust isolation protection features. Our hardware can be configured with 2.5KV isolation circuits and up to 4000V optical isolation protection across serial ports and fieldbus interfaces, ensuring superior physical layer health.
What are the technical specifications and target applications for the AE-3588BT series?
The AE-3588BT is highly optimized for energy, power, and storage station gateway applications. Driven by industrial-grade ARM processors and integrated network features, it serves as a reliable, rugged communication node for smart grid management, energy storage system (ESS) diagnostics, and industrial IoT data aggregation.
Does your hardware support native CAN bus communication at multiple speeds?
Yes, native fieldbus integration is a key differentiator for BITECH hardware. Specifically, the AX-130BT hardware natively supports high-reliability CAN bus communication across low, medium, and high-speed profiles without requiring external converter modules, ensuring lag-free telemetry and machine control.
Do you offer optional conformal coating for highly corrosive or humid environments?
Yes. For deployments in coastal facilities, petrochemical plants, or dust-heavy industrial sites, BITECH provides professional conformal coating services for internal motherboards and carrier boards. This protective film defends delicate circuitry against moisture, dust, salt spray, and chemical contaminants.
What is the typical lead time for prototype evaluations and RFQ processing?
For international OEM/ODM inquiries, our sales engineers provide initial technical feedback and a detailed Request for Quote (RFQ) breakdown within 24 hours. Standard evaluation prototypes are typically dispatched within 1–2 weeks, depending on the required I/O configurations and validation lab checkouts.
Select a product category above or contact our engineers for selection guidance.
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