PHYTEC

The Rapid Development Kit includes the phyCORE-OMAP4430 SOM with the following configuration: TI OMAP4430 @ 1 GHz, 512 LPDDR2-RAM, 512 MB NAND-Flash, 32K EEPROM, Ethernet, USB Host PHY, RS-232, industrial temp. The kit also includes a Carrier Board, pre-installed Linux demo image, complete electronic documentation, access to schematics, demo applications, and third party industry-standard C compilers and embedded development environments for evaluation. There is also an optional LCD available.

The phyCORE-AM3517 System on Module (SOM) is designed to plug into a PHYTEC phyCORE-AM3517 Carrier Board that provides I/O connectors such as DB-9, RJ-45, USB, and power jack, as well as any other interface circuitry not provided on the phyCORE module itself. Once programmed, the phyCORE module can be removed from the Carrier Board and inserted like a "big chip" into test beds, prototypes, and production units for OEM deployment, making full use of its modularity and compact form factor.

The phyCARD-S module with i.MX27 (ARM9 with 400MHz) is configured with 128 MB RAM and 128 MB NAND Flash. The motherboard already comes with expanded interfaces all the way to the plug connector, e.g. DB-9, RJ-45, USB and has a voltage supply source. The 5" display boasts a maximum resolution of 640 × 480 px. The kit comprises a BSP Linux 2.6x with drivers, boot loader (Uboot), Eclipse development environment, Quickstart instructions, start-up guarantee as well as program models for expedited introduction.

phyCARD-M module i.MX27 (ARM11 with 532MHz) is configured with 128 MB RAM und 128 MB NAND Flash. The motherboard already comes with expanded interfaces all the way to the plug connector, e.g. DB-9, RJ-45, USB and has a voltage supply source. The 5" display boasts a maximum resolution of 640 × 480 px. The kit comprises a BSP Linux 2.6x with drivers, boot loader (Uboot), Eclipse development environment, Quickstart instructions, start-up guarantee as well as program models for expedited introduction.

The phyCARD-L module with OMAP3525 (Cortex A8 with 720MHz) is configured with 256 MB DDR RAM and 256 MB NAND Flash. The motherboard already comes with expanded interfaces all the way to the plug connector, e.g. DB-9, RJ-45, USB and has a voltage supply source. The 5" display boasts a maximum resolution of 640 × 480 px. The kit comprises a BSP Linux 2.6x with drivers, boot loader (Uboot), Eclipse development environment, Quickstart instructions, start-up guarantee as well as program models for expedited introduction.

The phyCARD-XL module with Intel Atom Z520PT (x86 with 1,1 GHz) is configured with 512MB MB DDR RAM 2 GB NAND Flash. The motherboard already comes with expanded interfaces all the way to the plug connector, e.g. DB-9, RJ-45, USB and has a voltage supply source. The 5" display boasts a maximum resolution of 640 × 480 px. The kit comprises a BSP Linux 2.6x with drivers, boot loader (Bios), Eclipse development environment, Quickstart instructions, start-up guarantee as well as program models for expedited introduction.

The serial phyCAM-S camera interface is based on LVDS transmission and makes it possible to install cameras in a particularly flexible sequence in the user device. The controller module from the phyCARD series provides the developer with enhanced design security thanks to the X-Arc bus standard.
The kit is based on a WVGA color camera and a phyCARD-S with ARM9-Core under Linux.

ARM9 - high performance - low-power
Processor i.MX27 combines intelligent technology, speed, Freescale, H.264 small components, encoder/decoder, USB, Ethernet, security properties and a powerful ARM9 core.

ARM11  –  vector floating point unit  –  multimedia
The i.MX31 is the top performing controller in the i.MX family and offers the extreme computing power of an ARM11 core.

control  –  high computing power  –  real-time
Thanks to the floating point unit and its cache, the MPC5200B, paired with a real-time enabled Linux is the ideal solution for those who expect a lot of performance out of a computer.

Sturdy  –  Real-time  –  Mainstream
 
One of the key characteristics of this kit is that it can be used in the full industrial temperature range from -40° to +85°C. As a result, the benefits of the Intel architecture can now also be used to their full extent in the embedded environment. The Intel® AtomTM combines high computer and graphic speeds with the utilization of standard operating systems.

A bona fide industry derivate hails from the Freescale i.MX family and is used on the phyCORE-i.MX35x. The i.MX350 family boasts two CAN interfaces, 3.3 V IOs, integrated Ethernet and numerous further developments of its internal features. A wide variety of i.MX35x derivates makes it possible to easily adapt the solution to various requirements.

The phyCORE-MPC5121e integrates the latest Freescale CPU into the highly performing e300 core. Powerful 3D graphics are combined with numerous interfaces and bus systems that make the phyCORE-MPC5121e a true multi-talent in the discipline of industrial control. Moreover, the Hilscher netX50 chip, which is also located on the module, provides a real-time Ethernet connection.