CAPAX: Compact Embedded Computers - Updated Overview

CAPAX produced compact, revision-controlled computers for embedded and industrial use. Historical models used low-power x86 and specialty CPUs and offered BIOS/OEM customization. Today, embedded buyers expect ARM or low-power x86 SoCs, modern storage and clear long-term support - confirm current CAPAX offerings and policies with the vendor.

What CAPAX did and why it mattered

CAPAX built compact computers aimed at embedded and industrial applications where size, reliability and cost are critical. The company focused on small, rugged systems that could fit custom enclosures, run continuously, and be purchased in volume.

Historically, CAPAX offered a wide selection of tightly packaged PCs so integrators could match enclosure, I/O and expansion needs while keeping unit cost low.

Design philosophy and lifecycle

CAPAX positioned its products for long lifecycles and revision control. The company stated units would remain available for three years or more, whether the change was a chip swap or a BIOS update. That focus on managed revisions and predictable availability matters in industrial deployments where redesigns are expensive.

CAPAX supported OEM work and BIOS-level customization so customers could tailor boot behavior, I/O maps and security features for a particular application.

2006-era product classes (historical examples)

Below are compact product classes described in older CAPAX literature. These are included for historical context and to show the kinds of small-form-factor products CAPAX listed.

• Ultra-compact, full-feature PC (2006-era): Vortex 166/200 MHz CPU, up to 512 MB RAM, TV out and video in, dual 100 Mbit Ethernet ports.

• Compact PC controller: Intel ULV Celeron 400 MHz CPU, up to 512 MB RAM, 2 x PCI/ISA expansion, 4 x RS-232, 2 x USB, dual 100 Mbit Ethernet.

• 3.5" board-based small computer: NS Geode GX1-300 MHz, CompactFlash I/II, onboard RAM expandable from 64 MB to 320 MB, CRT/TV out.

• High-performance, low-power compact unit: Intel ULV Celeron 400 MHz, CompactFlash II, 2.5" HDD tray, single 100 Mbit Ethernet.

• DIN-rail mountable PLC-style computer: VIA C3 1 GHz, PCMCIA Type II, 100 Mbit Ethernet.

Modern expectations for compact embedded PCs

Since 2006, the industry shifted toward ARM SoCs, low-power x86 (Intel Atom), and integrated system-on-module designs. Modern compact systems commonly use eMMC or NVMe storage, M.2 expansion, gigabit Ethernet (often with PoE), and Linux/Windows IoT-ready firmware. Buyers now expect longer-term availability agreements and clear revision policies from suppliers.

If you are evaluating CAPAX hardware for a new project, verify current product availability, modern interfaces and long-term support terms directly with the vendor or distributor before design lock.

Where to verify availability and specs

CAPAX historically sold through its website and distributors. For up-to-date product lists, datasheets and support terms, check the company website or contact their sales team directly.

1. Confirm whether CAPAX is still an active company and the current URL for product information.
2. Verify current CAPAX product lineup, supported processors and modern hardware interfaces.
3. Confirm CAPAX's current revision-control and lifecycle support policies (e.g., guaranteed availability period).