PHYTEC embedded modules are based on ARM, XScale, Blackfin, ColdFire, PowerPC, x86, C16x /XC16x ST10, XA, and 8051 microcontrollers. These subassemblies support the embedded engineer in every stage of development: from evaluation, through prototyping, to OEM deployment.
Take advantage of PHYTEC products to shorten time-to- market, reduce development costs, and avoid substantial design issues and risks. For low run production why make your own when you can buy PHYTEC off-shelf solutions? Save time and money by integrating a PHYTEC SBC into your target circuitry.
Modules for NXP P8xC51Mx2, Dallas DS80C390, NXP P89C51RD2, P80C591, Atmel T89C51CC01, Analog Devices ADuC, ST92F150JDV1, ST72F561R9, OKI MSM80C154S, OKI MSM80C154S, OKI MSM80C154S, Infineon 515C, NXP PCB80C592 & PCB80C552 These work with the base boards below
Modules for ST Microelectronics ST10F168, ST10F168, ST10F269, ST10F276, NXP XA-C3, Infineon C167CR, C161CS, C167CS, XC161CJ, XC167CI, C164CI, C167CR & C165
These work with the base boards below
Moduels for Freescale i.MX27, Marvell PXA320, Freescale i.MX31, Analog Devices Blackfin 537, Freescale MPC5200B, NXP LPC3180, Freescale MPC5200B, MPC5554, Infineon TC1130, INTEL PXA270CE, NXP LPC2292/2294, Infineon TC1775, Freescale MCF548x, INTEL PXA255, Freescale MPC565, Atmel AT91M55800A, AMD SC520, Freescale MPC555 These work with the base boards below.
There are a range of base boards with power regulators, conectors for the IO and most have a patch area. Many have dip switches and potentiometers, push butons and LED's