PHYTEC

Bet on the already complete combination of phyCARD module and motherboard, which makes it possible for you to connect numerous industrial processes. Many applications can now be realized with standard interfaces. Graphics (LVDS interface), Ethernet and USB are critical communication elements. Moreover, our phySyS ready-to-use solutions offer an MMC card slot, audio, RS232 and touch interfaces on plug-in connectors on the board or exterior of the device.
 
The motherboard also boasts additional male multipoint connectors with the signals for LVDS, touch, I2C, as well as TFT-TTL and SPI. A huge number of applications, for which you had to develop separate electronics in the past, can now be solved elegantly, quickly, cost-effectively  –  and most importantly, without additional development work.
 
The phyCARDs are scalable. Depending on the combination of phyCARD and motherboard you select, you will be able to obtain different performance levels. Of course, professional implementations of the Linux operating system are also available for this development platform  –  all you have to develop is your application software.
 
Our phyCARD concept can also be delivered in combination with a housing. The decision as to whether you will optimize the installation for your devices or use a box is entirely up to you. You could not enjoy more flexibility without having to do any development work at your end!  We will be pleased to assist you further.

The phyCORE SOMs, combined with the PHYTEC Carrier Board, provide an excellent platform to jump start embedded designs and propel concepts to prototypes and prototypes on to finished product. Detailed QuickStart-Instructions guide you through the processes of starting up your kit and running a first sample project. Please download the QuickStart-Instructions for in-depth information (see link under „Documentation“-Tab).

PHYTEC also back up thier kits with a Start-Up Guarantee. We invite you to make use of our free Technical Support until any start-up problem you might encounter is solved. The positive out-of-box experience with a Rapid Development Kit illustrates PHYTEC's continuous commitment to providing customers with effective embedded solutions. We offer a hands-on, industry-centric entry point for embedded developments. This resembles a key starting point for OEMs needing to have a complete solution up and running under very short development time constraints.

Some of the following features require carrier board functionality. You are welcome to copy the schematics of such functionally directly into your design. Your benefit: Proven designs for cut and paste including stable software support.

Software
Operating system	Linux 2.6x
Real-time	Rtpreempt
BSP / Image	yes
Boot loader	Uboot
Tool chain	Eclipse
Compiler	GNU
Debug-interface	JTAG (on modul)
CPU	Freescale i.MX27
Architecture	ARM9
Manufacturer	Freescale
Clock frequency	400 MHz
Memory
NAND Flash	128 MB
DDR RAM	128 MB
EEPROM	4 kB
Interfaces
10BASE10/100 (RJ45)	1
RS232 (SUB-D 9)	1
USB-OTG (Mini-AB jack)	1
USB-HOST (A jack)	3
MMC / SDIO Card slot	1
SPI (3,3 V TTL on Pin header)	1	(3,3 V TTL Pinheader)
I2C (3,3 V TTL on Pin header)	1	(3,3 V TTL Pinheader)
Camera	1
Display / Touch Interface (LVDS / 4Wire)	1
Audio line-in (3,5 mm Stereo jack)	1 x Stereo
Audio line-in (3,5 mm Stereo jack)	1 x Stereo
Audio line-in (3,5 mm Stereo jack)	1 x Stereo
Voltage supply	DC 12 V
Kit-Content
Modul	PCA-A-S1-2101000	phyCARD-S
Baseboard	PBA-A1-01	phyBASE
Display board	LCD-014-M
Expansion board	-
Display	yes (LVDS 5" VGA)
Touch	yes
Camera	yes (LVDS)
Debugger / Programmer	-
AC-adapter	yes
Tool-CD	yes
Quick Start-Instruction	yes
Schematics	yes
Free support	yes
Ordering Information
Part #	KPCA-A-S1-LINUX
Price in EUR (including Tax)	380,-
Web-ID	E1604

QuickStart Instruction Linux-phyCARD-S-Platform (Generation A) (L-728e_5.pdf)

X-Arc (Embedded Bus)

The following tables show the current implementation status of our software and a roadmap of future releases. If your project requires the availability of a specific feature at an earlier stage, please contact our sales team.

We invite you to use our new e-mail service to ensure that you will receive regular updates on our further developments in HW or SW for this product. 
You will automatically receive the latest information via e-mail. As a result you will always be up-to-date throughout your development process.
To sign up, please register here.

Current Version:: PD10.2.0

function	Top	Details	available
base system			yes (since PD09.1.0)
DDRAM low power			yes (since PD09.1.0)
Display		320x240	yes (since PD09.1.0)
Ethernet 10/100MBit			yes (since PD09.1.0)
COM ports		UART1	yes (since PD09.1.0)
COM ports		UART3	yes (since PD09.1.0)
NAND Flash			yes (since PD09.1.0)
USB Host Highspeed		Keyboard, Mouse	yes (since PD09.1.0)
USB Host Highspeed		Memory devices	yes (since PD09.1.0)
I²C		EEPROM	yes (since PD09.1.0)
I²C		RTC	yes (since PD09.1.0)
SPI			yes (since PD09.1.0)
SD/SDIO			yes (since PD09.1.0)
USB OTG Highspeed/FS		base functionality	yes (since PD09.1.0)
USB OTG Highspeed/FS		Ethernet Gadget, Filestoring Gadget	yes (since PD09.1.0)
Camera Interface	•	MT9M001 (VM-006), MT9V022 (VM-007)	yes (since PD09.1.0)
Touch			yes (since PD09.1.1)
Audio		Line out	yes (since PD09.2.0)
Audio		Line In	yes (since PD09.2.0)
Audio		MIC-IN	yes (since PD09.2.0)
Audio		Mixer	yes (since PD09.2.0)
Kernel Update			yes (since PD10.2.0)
Camera Interface	•	MT9M131 (VM-009)	yes (since PD10.2.0)
Display		Primeview-PD050VL1, PD035VL1,	yes (since PD10.2.0)
		PD104SLF, PM070WL4	yes (since PD10.2.0)
QT 4.6.3			yes (since PD10.2.0)
Camera Interface	•	MT9V024 (VM-010)	from PD11.1.0
Kernel update			from PD11.1.0
Power Management			on request

Some combinations of options may not be used at the same time. This may result from limitations caused by architecture of the processors (e.g. multiple use of processor pins).