PHYTEC Evaluation Board > Software Vendors

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phyCORE®-87C51MX2
8051 with Extended Memory:
- Single Board Computer in subminiature dimensions (55 x 51 mm) according to phyCORE specifications
- Philips 8-bit, 80C51-compatible P8xC51MX microcontroller (PLCC-44, up to 24 MHz clock frequency) featuring extended memory
PHYTEC Development Boards
PHYTEC Development Boards are fully equipped with all mechanical and electrical components necessary for the speedy and secure implementation and subsequent programming of PHYTEC Single Board Computer modules. Simple configuration of jumper headers readies the Development Boards' connectivity to any compatible PHYTEC SBC module, which plug onto receptacle footprints on the target Development Board. Interface signals (RS-232, RS-485, CAN, Ethernet, BDM/JTAG) are routed from the controller and applicable transceivers to break-out pins on the module. When mounted on the Development Board, these signals are, in turn, broken out from the module to DB-9, RJ-45 and other applicable connectors on the Development Board. This enables easy access to primary communication signals and supports programming and debugging of user code.
phyCORE®-161
16-bit CAN Power in Low EMI phyCORE Design:
- SBC in subminiature dimensions (60 x 46 mm) according to phyCORE specifications
- Infineon C161CS (optional C161JC, C161JI) with 100 instruction cycle time at 20 MHz
- On-board Bootstrap Loader
CANmodul-592
8051-compatible SBC with CAN in Credit Card Dimensions:
- SBC in credit card format (85 x 55mm)
- Philips 80C592 (16 MHz) controller in QFP (optional PLCC) package with on-chip 1.0A Basic CAN
- 32 (to 160) KB SRAM, with optional battery-buffer
miniMODUL-552
Philips 8051-compatible SBC in Credit Card Dimensions:
- SBC in credit card format (85 x 55mm)
- Philips 80C552 (11.059 MHz) controller in socketed or SO PLCC-68 package
- 32 (to 160) KB SRAM, with optional battery-buffer
miniMODUL-515C
8-bit SBC in Credit Card Dimensions Offering Full 2.0B CAN:
- Single Board Computer in credit card dimensions (85 x 55 mm)
- Infineon C515C controller (10 MHz, SO QFP-80) with on-chip Full 2.0B CAN interface
- 32 (to 160) KB SRAM with optional battery buffer
phyCORE®-XC167
16-bit sub-mini SBC with CAN, Ethernet and OCDS:
- Subminiature Single Board Computer (60 x 53 mm) achieved through modern SMD technology
- populated with the Infineon XC167CI microcontroller (TQFP-144 packaging) featuring two on-chip 2.0B CAN modules
- 20 – 40 MHz clock frequency (50 ns – 25 ns instruction cycle)
microMODUL-8051
High 8-bit Price-Performance Ratio in Matchbox Size:
- Single Board Computer in matchbox-size dimensions (51 x 36 mm)
- populated with various 8051-compatible controllers in PLCC-44 and QFP-44 packaging:
- Dallas Semiconductor DS80C320 (24 MHz), MM-203-CD
phyCORE®-167 HS/E
High Speed 16-Bit SBC Offering CAN & Ethernet:
- SBC in subminiature dimensions (60 x 53 mm) according to low EMI phyCORE specifications
- Infineon C167CS with dual on-chip Full CAN 2.0B
- Cirrus Logic CS8900A Ethernet controller
phyCORE®-89C66x
8-bit sub-mini SBC supporting 80C51 with 64 KB on-chip Flash:
- Single Board Computer in subminiature dimensions (55 x 40 mm) according to phyCORE specifications
- Philips 8-bit, 80C51-compatible P8xC668 microcontroller (PLCC-44, 20 MHz clock frequency) featuring on-chip Flash
phyCORE®-89C51Rx2
8-bit sub-mini SBC supporting 80C51 with 64 KB on-chip Flash:
- Single Board Computer in subminiature dimensions (55 x 40 mm) according to phyCORE specifications
- Philips 8-bit, 80C51-compatible P8xC51RD2 microcontroller (PLCC-44, 20 MHz clock frequency) featuring on-chip Flash
phyCORE®-591
8-bit sub-mini SBC supporting 2.0B via Philips' PeliCAN:
- Single Board Computer in subminiature dimensions (55 x 40 mm) according to phyCORE specifications
- Philips 8-bit, 80C51-compatible P8xC591 microcontroller (PLCC-44, 12 MHz clock frequency) featuring CAN 2.0B on-chip via Philips PeliCAN
phyCORE®-DS80C390
High-Speed 8051 with Dual On-chip 2.0B CAN:
- Single Board Computer in subminiature dimensions (55 x 47.5 mm) according to phyCORE specifications
- Dallas 8-bit 80C51-compatible DS80C390 microcontroller (PLCC-68 or PQFP-68, 40 MHz clock frequency)
phyCORE®-AT89C51CC01
8-bit sub-mini SBC with on-chip Flash, CAN and ADC:
- Single Board Computer in subminiature dimensions (55 x 40 mm) according to phyCORE specifications
- Atmel 8-bit 80C51-compatible AT89C51CC01 microcontroller (PLCC-44, 20 MHz clock frequency)
phyCORE®-ADuC8xx
"Microconverter": 8051 Core with AD/DA Converters:
- Single Board Computer in subminiature dimensions (55 x 60 mm) according to phyCORE specifications.
- Analog Devices 80C51-compatible ADuC812 microcontroller (11.0590 MHz clock frequency, optional ADuC824 controller at 32.786 MHz)
microMODUL-8051 Low Power
Low Voltage Technology in Matchbox Dimensions:
- Single Board Computer in matchbox-size dimensions (51 x 36 mm)
- populated with Dallas Semiconductor's DS80C323 3.3V low power 8051-compatible controller
- Maximum 3.3 V inputs and outputs (not 5 V tolerant)
DIPmodul-164
Sub-mini 16-bit CAN in DIP-40 Dimensions:
- Subminiature 16-bit Single Board Computer (22.5 x 55.5 mm) in DIP-40 format achieved through advanced SMD technology
- Infineon 16-bit C164CI microcontroller with 10 MHz external clock (internal 20 MHz clock) in MQFP-80 package
phyCORE®-XScale/PXA255
Loaded, sub-mini with Ethernet, LCD and RTOS Support:
- subminiature Single Board Computer in 70 x 57 mm dimensions according to low EMI phyCORE design
- Intel PXA255 XScale microprocessor
phyCORE®-SC520
SBC with 586-compatible CPU:
- Single Board Computer in subminiature dimensions (72 x 57 mm) according to phyCORE specifications
- AMD Elan SC520 controller (133 MHz)
phyCORE®-MPC565
Ethernet Crossed with Triple On-chip CAN & 64-bit FPU:
- 32-Bit Freescale MPC565 PowerPC microcontroller on an advanced PCB layout in subminiature dimensions (84 x 57mm)
- controller and board-level signals extend to two high-density (0.635 mm) 200-pin Molex connectors on underside of SBC
phyCORE®-MPC555
32-bit PowerPC in Sub-mini Dimensions with Dual Full 2.0B CAN:
- Single Board Computer in subminiature dimensions (72 x 57 mm) according to phyCORE low EMI specifications
- Freescale 32-bit MPC555 embedded controller (40 MHz.) in a 272-pin BGA package
phyCORE®-MCF548x
Integrated 32-bit SBC with Ethernet, Dual CAN, 2.0 USB:
- Single Board Computer in subminiature form factor (70 x 57 mm) according to low EMI phyCORE design
- Freescale ColdFire MCF548x (200 MHz) in a 388-pin BGA package
phyCORE®-XC161
16-bit sub-mini SBC with CAN, Ethernet and OCDS:
- Subminiature Single Board Computer (60 x 53 mm) achieved through modern SMD technology
- populated with the Infineon XC161CJ microcontroller (TQFP-144 packaging) featuring two on-chip 2.0B CAN modules
phyCORE®-AT91M55800A
32-bit RISC Microcontroller with CAN & Ethernet:
- Subminiature Single Board Computer in 60 x 53 mm dimensions according to low EMI phyCORE design
- Atmel AT91M55800A ARM7TDMI 32-bit RISC microcontroller (µBGA-package)
phyCORE®-XScale/PXA270CE
32-bit RISC Microcontroller at 520 MHz:
- Single Board Computer (57 x 71.5 mm dimensions) according to low EMI phyCORE design
- Populated with the Intel PXA270CE microprocessor
nanoMODUL-164
16-bit CAN Power in Subminiature Dimensions:
- Single Board Computer in subminiature dimensions (47 x 38 mm)
- Infineon C164CI controller (20 MHz)
miniMODUL-167
High-end SBC featuring CAN in Credit-card Dimensions:
- Credit card-sized (85 x 55 mm) SBC
- Infineon C167CR controller (20 MHz) with on-chip Full CAN 2.0B (can be optionally populated with Infineon C167CS or ST10F168 controllers)
- Instruction cycle time of 100 ns. in 16-bit, non-multiplexed bus-mode
phyCORE®-XACx
16-bit XA featuring CAN 2.0B via Philips PeliCAN:
- Single Board Computer in subminiature dimensions (55 x 47 mm) according to phyCORE specifications
- Philips 16-bit XAC37 microcontroller (PLCC-44, 32 MHz clock frequency) featuring on-chip CAN 2.0B on-chip vial Philips PeliCAN
phyCORE®-ST10F168
High Performance 16-bit with on-chip CAN and Flash:
- SBC in subminiature dimensions (60 x 53 mm) according to low EMI phyCORE specifications
- ST10F168 microcontroller with on-chip CAN and 256 KB on-chip Flash
- all controller signals extend to dual-row 200-pin high-density (0.635 mm) Molex connectors aligning two edges of the board
phyCORE®-167
High Performance 16-bit with on-chip CAN and Flash:
- SBC in subminiature dimensions (60 x 53 mm) according to low EMI phyCORE specifications
- Populated with various 144-pin C167Cx family 16-bit microcontrollers
- Infineon C167CR controller with on-chip Full CAN 2.0B
- Infineon C167CS controller with dual on-chip Full CAN 2.0B
phyCORE®-ST10F269 HS/E
High Speed 16-Bit SBC Offering CAN & Ethernet:
- SBC in subminiature dimensions (60 x 53 mm) according to low EMI phyCORE specifications
- ST10F269 with on-chip Full CAN 2.0B and 256 KB on-chip Flash
- Cirrus Logic C58900A Ethernet controller
phyCORE®-ARM7/LPC229x
ARM7TDMI-S Processor Core with up to 4 CAN Interfaces:
- Single Board Computer in subminiature dimensions (60 x 53 mm) according to low EMI phyCORE design
- Philips LPC2292/2294 ARM7 RISC microcontroller (TQFP-144 package)