The world is full of machines and devices that were designed around 1980s and 1990s technology, the days of DOS and floppy-drives. To accommodate those who do not retool their production lines every time a technological advancement is made, the Taiwanese company ICOP might have a solution to some very old problems with their new-production Vortex86 Series CPU.
Vortex86 System on Chip
These replacement processors are designed around x86 architecture with ultralow power consumption. Their manufacturer states that these chips can function in -40° C to +85°C environments, making them suitable for harsh industrial environments.
Image of Vortex86SX. Image used courtesy of ICOP.
Various versions are capable of supporting DOS, Windows, Linux, and select 32-bit Real-Time Operating Systems. The versions have all the accoutrements you've come to expect, including BIOS, PCI-E Bus, DDR2 controller, ROM controller, ISA, I²C, SPI, IPC, DMA, RS-232, Parallel, Ethernet, UART, USB 2.0 host, JTAG, GPU and IDE/SATA controllers—all on a single chip.
If designing a system from the chip-level is a bit too labor intensive for you, ICOP also provides System on Modules in various configurations that do the tedious routing and layout of the data lines, simplifying the implementation into your final product.
ICOP Single Board Computer. Image courtesy of ICOP.
They also provide compact cases for their products and ruggedized enclosures.
PanelPCs integrate all of the features in the above devices with a screen. Designed for industrial applications, controllers, or consumer interfaces, these devices have touchscreens, displays that range in size from 5.7" to 15", and can run various versions of Linux, Dos, Windows CE, Windows Embedded Standard 2009, or Windows Embedded Standard 7.
For more information, visit the ICOP website, or their North American distributor WDLSystems.
Image of the 86Duino. Image used courtesy 86Duino.
That means you can have a mini computer that runs DOS, Linux, or Windows and still access the GPIO pins with the Arduino Compatible IDE. And since it is a 32-bit platform, you can do things with it that simply are not possible with the 8-bit Arduino. For example, you could control servos with greater precision and no jitter, perform high-precision math to find the distance between two latitude/longitude coordinates using Vincenty's formula, or write larger programs utilizing the increased memory range and space.
While many companies, such as security companies, must stay on the bleeding edge of technology developments, others are much more interested in having reliable technology that is relatively inexpensive. For those companies, the Vortex86 SoC based computers and control systems are a viable option. The design is based on reliable, proven x86 architecture and will run programs that were written two days ago or two decades ago.