SOM with Cirrus® EP9315 Processor
+ Windows® CE 5.0
SOM-A9315
Project based
Features
. Cirrus® ARM9 based EP9315 + Microsoft Windows® CE 5.0
. Compatible w/ Advantech RISC SOM (RTX) architecture
. Graphic 2D accelerator and H/W floating point accelerator
. Rich I/O interface : CAN 2.0B, LAN, USB, COM, hotkey, DIO, audio, PCMCIA
. Multi-storage solution: IDE, USB, PCMCIA
. Complete SW support package with SDK for easy application development
. Supports Adobe® Flash® Player 7.0 & Java virtual machine per project based
RoHS
COMPLIANT
2002/95/EC
Introduction
ARM9 base, IO intensive, best Performance/Cost, OS-Ready System On Module
With RISC SOM RTX form factor, SOM-A9315 Series integrates Cirrus EP9315 ARM9 based low power SoC, NXP CAN solution & Oxford multi-COMs solution chips to offer customers
excellent fanless performance & rich I/O expansion on a System On Module.
Design-in Package Ensures Efficient, Low-Risk Project Evaluation
The comprehensive design-in package provides developers with a complete design-in kit, detailed design guide documentation, as well as the Windows CE Board Support Package
(BSP) by request, and a set of testing tools for custom target platform image building.
Three support mechanisms are included in the design-in package:
Design-in Kit: Provides developers with a complete design-in suite kit for application evaluation/development and Customer Solution Board (CSB) development
LCD Kit: Certified LCD kit for customers to test LCD performance.
Design-in Zone: Assists customers with their own CSB development by providing front-to-end technical support (http://risc-designin.advantech.com.tw/)
Specifications
S/W
OS
Windows CE 5.0 English professional plus ver.
Cirrus ARM9 based EP9315 200 MHz
H/W floating point accelerator from EP9315
32 MB/64 MB (optional)
1 MB NOR flash (for bootloader only)
Sandisk flash 0 MB (default)/256 MB
0 MB/1 MB (default)
HT1381
EP9315 internal
Normal & Idle mode. When in idle mode, system
Hotkey/Matrix
keypad
CF/PCMCIA
IDE
I2C
SPI
8 x 8 (64 pins max.)
3.3 V TTL level
1 x (system default boot port)
1 x (ATA/ATAPI compliant. bootable I/F)
design reserved
CPU
Math Engine
SDRAM
Boot Flash
Storage Flash
SRAM
I/O
design reserved
Touch Screen I/F
Graphic Controller
4 (default)/5/7/8 wire resistive type I/F
EP9315 internal 18-bits graphic controller
Supports 2D graphic accelerator by EP9315
internal
Kernel
RTC
Watchdog
Graphic Accelerator
Power Management turns off the LCD back light only. Wakeup by event
trigger (T/S, USB...)
CRT out
LVDS out
LCD out
N.A. (could be implemented on CSB)
N.A. (could be implemented on CSB)
3.3 V TTL level 18 bits
Reset
H/W reset (No SW reset)
Multimedia
ARM Bus
(CPU system bus)
CAN
Resolution Support 320 x 240 ~ 800 x 600 (default)
N.A.
SW configurable LCD back light on/off and
Inverter Control
1 x CAN 2.0b by NXP SJA1000
brightness control I/F
COM
7 X
Audio
AC97 Codec on board
LAN
USB
1 x 10/100-T
2 x USB host ports (No USB client)
Buzzer Control
DC-input
Yes
I/O
3.3 V + -3 %, 5.0 V + -3 %
Advantech RISC SOM RTX form factor
68 x 68 x 6.8 mm (2.67" x 2.67" x 0.27")
~ 2.5 watt (not including the CSB and any
PS/2
PCI
GPIO
DI/DO
N.A.
N.A.
Form Factor
Board Size
3 x 3.3 V TTL level (One could be interrupt source)
4 x 3.3 V TTL level DI & 4 x 3.3 V TTL level DO
Others
Power Comsuption peripherals, SOM only. And no speical AP
running.)
Operation : 0° C ~ 60° C
(-40° C/-20° C ~ 80/85° C as option)
Temperature
Certification
CE/FCC
Online Download
www.advantech.com/products