iEi PAC-53G Compact 3-Slot Half-Size SBC Chassis with Via C3 Processor

The iEi PAC-53G is a compact 3-slot chassis designed for half-size SBC (single board computer) form factors, featuring an integrated Via C3 Processor. Engineered for embedded PC systems and compatible with the X-Series IIICP-MS instrument, this chassis suits demanding industrial and scientific applications requiring durable enclosures and flexible expandability.

• Equipped with three expansion slots for enhanced system integration and scalability in complex setups.
• Features two USB 2.0 ports positioned on the front panel for easy peripheral connectivity.
• Includes 1 x LPT and 1 x COM interface ports, supporting legacy and specialized communication protocols.
• Provides a dedicated internal bay supporting a 2.5" HDD or SSD, essential for data storage and system performance.
• Constructed from heavy-duty metal with RoHS-compliant materials, ensuring robustness and compliance with environmental regulations.
• Operational convenience is supported by power and HDD activity indicator LEDs, along with power and reset switches.
• Weighing approximately 4.8 kg (10.58 lbs) with compact dimensions ideal for embedded system deployments in fields such as biotechnology instrument control, molecular diagnostics automation, and bioprocessing monitoring.
• The chassis is a critical hardware component for biomedical engineering and synthetic biology labs requiring reliable embedded computing platforms for instrument interfacing and data acquisition.
• Although the unit does not include the SBC or complete computing hardware, it ships with a power cord to facilitate rapid installation and deployment.
• This chassis complies with the HS code 8471.50.01, representing processing units designed to house computing and peripheral integration.

Widely adopted in biotechnology research environments for its compatibility with embedded processors and modular expansion options, the PAC-53G chassis supports high-performance molecular diagnostics instruments and biomanufacturing control systems that demand stable, lightweight, yet robust enclosures for critical laboratory workflows.