16-Bit Phycore Modules
16-bit microcontrollers offer a scalable upgrade from 8-bit embedded processors. In addition to twice the bandwidth of 8-bit chips, these devices integrate a larger number of peripheral functions on-chip and provide faster instruction execution and interrupt response. High-end 16-bit processors offer up to 76 I/O lines and 16 MB linear address space. PHYTEC provides board-support of a wide range of 16-bit embedded controllers. See Products..phyCORE®-161, XC161, XC167, 167CSHS/E (High-SpeedEthernet), ST10F269HS/E (High-SpeedEthernet) , 167, ST10F168, XACx , 167, 164, 164
PHYTEC Single Board Computers support 32-bit ARM, XScale, Freescale ColdFire, Freescale PowerPC and AMD x86 embedded microcontrollers, upon which an increasing number of embedded applications are based. 32-bit embedded counterparts have evolved from the x86 and PowerPC processors that once dominated desktop computing and are now tailored for use in a wide range of embedded applications, often running real-time operating systems. General controller features, in addition to a 32-bit CPU, include: integrated memory controller, PC/AT and LCD graphics controllers; enhanced system and power management; serial ports and essential mobile computing and communication peripherals. See products.. phyCORE-ARM7/AT91, ARM7/LPC2294, ColdFire/MCF548x , MPC555, MPC565, SC520, XScale/PXA255, XScale/PXA270CE
OEM Implementation
PHYTEC Single Board Computer modules have been optimized for insertion as an OEM subassembly into an end product. OEM implementation of a PHYTEC module frees engineers from the routine design of a microcontroller core and enables him or her to focus on the specific target application. Compare implementation of PHYTEC module to the time, labor and material cost of your internal development.