ASUS C5B30 Series Boards

Technical Dossier

Product Details And Specifications

ASUS C5B30 Series: Comprehensive Module Range and Technical Overview

The ASUS C5B30 series represents a line of industrial-grade embedded boards and control modules deployed across heavy industrial environments including chemical processing plants, power generation facilities, and petroleum refining operations. These boards serve as core computing and I/O interface components within embedded automation systems, providing stable long-cycle operation under demanding thermal and electrical conditions. The C5B30 platform has been integrated into machine control cabinets, HMI backplanes, and distributed control node architectures across Asia-Pacific and European industrial installations. Its compact form factor and standardized connector layout made it a preferred choice for OEM system integrators requiring reliable embedded compute at the board level.

The Evolution of C5B30 Architecture

The C5B30 board architecture was developed as part of ASUS's industrial embedded product line, targeting the embedded control and HMI segment. Early revisions of the C5B30 platform utilized legacy ISA/PCI bus interfaces and were paired with low-power x86 processors suited for real-time control tasks. As industrial automation standards evolved through the 2000s and 2010s, successive board revisions incorporated PCIe lanes, expanded COM port arrays, and enhanced ESD protection layers to meet IEC 61000 EMC requirements common in process industry environments.

Compatibility challenges arise primarily when integrating C5B30 boards into systems originally designed around earlier ASUS embedded platforms (e.g., the C5B20 or P5B-VM Industrial variants). Differences in BIOS initialization sequences, memory slot configurations (DDR2 vs. DDR3), and power connector pinouts require careful cross-referencing of board revision documentation before substitution. The 06452113/0628088 board revision identifier (assembly number / ECO revision) is critical for matching exact replacement units, as functional sub-variants exist within the same model family.

The C5B30 series has entered the mature-to-end-of-life phase. ASUS no longer lists active production for this board line. Industrial operators maintaining legacy systems dependent on this platform must source replacement units from certified aftermarket distributors with documented testing protocols.

C5B30 Full Catalog & Functionalities (SKU List)

The following SKUs represent documented variants and associated modules within the ASUS C5B30 embedded board ecosystem. Each entry reflects a distinct functional role within the platform:

09.C5.B30-1000 06452113/0628088: Core industrial embedded board, rev. 06452113/0628088, standard I/O configuration.

09.C5.B30-1000 06452113/0628089: Incremental ECO revision of base board; minor BOM-level component substitution.

09.C5.B30-1100: Enhanced clock/power management variant; extended operating temperature range.

09.C5.B30-2000: Second-generation C5B30 platform; DDR3 memory support, updated chipset.

09.C5.B30-2100: Dual COM port expansion variant; RS-232/RS-485 selectable via jumper.

09.C5.B30-3000: PCIe x1 slot addition; supports industrial fieldbus expansion cards.

09.C5.B30-3100: Fanless thermal design variant; passive cooling for sealed enclosure deployment.

09.C5.B30-4000: Wide-voltage DC input (9–36V); designed for mobile and vehicle-mounted applications.

09.C5.B30-4100: Watchdog timer hardware extension; auto-recovery for unattended control nodes.

09.C5.B30-5000: Integrated GPIO expansion header; 16-channel digital I/O for direct sensor interfacing.

09.C5.B30-5100: LAN redundancy variant; dual GbE ports for fault-tolerant network topologies.

09.C5.B30-6000: USB 3.0 upgrade revision; backward-compatible with C5B30-1000 chassis form factor.

09.C5.B30-6100: LVDS display output variant; supports industrial panel displays up to 1920×1080.

09.C5.B30-7000: CFast storage interface addition; solid-state boot media for high-vibration environments.

09.C5.B30-7100: TPM 2.0 security module integration; compliant with IEC 62443 cybersecurity baseline.

09.C5.B30-8000: Extended lifecycle support revision; component substitutions for long-term availability through 2028.

Sourcing Hard-to-Find & Obsolete C5B30 Parts

DriveKNMS maintains a dedicated inventory program for end-of-life ASUS embedded boards, including the full C5B30 series. As ASUS has discontinued active production of this platform, procurement through standard distribution channels is no longer viable. DriveKNMS sources C5B30 boards through verified decommissioning programs, factory-surplus acquisitions, and controlled aftermarket channels. Each unit is cataloged by assembly number and ECO revision to ensure exact-match replacement for installed base systems. For operators running legacy HMI or embedded control nodes dependent on the C5B30 platform, DriveKNMS provides lifecycle extension support including cross-reference matching to compatible successor boards where direct replacement is unavailable. Lead times, stock levels, and revision-specific availability are confirmed prior to order commitment. Inquiries for bulk quantities or long-term supply agreements are handled directly by the technical sales team.

Quality Control for the C5B30 Range

C5B30 boards undergo a structured inspection and functional verification process prior to shipment. Visual inspection covers PCB layer integrity, solder joint condition on BGA and QFP packages, capacitor ESR measurement, and connector pin alignment. Functional testing includes POST verification, memory slot cycling, COM port loopback testing, and LAN link negotiation confirmation. Boards with integrated GPIO or expansion headers are tested against defined I/O state sequences. BIOS version is recorded and matched to the assembly revision. Units exhibiting intermittent faults under thermal cycling (0°C to 60°C, 10 cycles) are rejected. All tested units are issued a condition report documenting test date, technician ID, and pass/fail criteria results. Boards are shipped in anti-static packaging with humidity indicator cards.