IGEP
TM
NEW YORK
Hardware Reference Manual
ISEE 2007
S.L. All rights reserved, IGEP™
is a registered trademar k from ISEE 2007 S.L. The followi ng is provided for informational purpos es onl y.
DOCUMENT FROM ISEE 2007 S.L. Ref: MAN-PR-ILMS0015-RAx
5
4
OVERVIEW
4.1
ABOUT THIS MANUAL
This manual describes IGEP
™
NEW YORK hardware features. IGEP
™
NEW YORK is an IGEP
™
technology device from ISEE 2007, S.L. You can find additional information at our website
www.iseebcn.com
The first chapter describes general features. The second chapter describes on-board functions.
The third chapter describes 2 expansion 25 pin connections and their available functions.
At the end of this document you will find a list of tables, figures and change log.
4.2
IGEP
™
NEW YORK DESCRIPTION
The IGEP
™
NEW YORK is a fully tested, highly reliable, scalable, efficient and high performing
base board that allows customers to have access to the most basic features of IGEP
™
COM
MODULE, IGEP
™
COM NEUTRON or IGEP
™
COM PROTON
and focus on their end application
through the fastest and cheapest base board
. It’s
designed for industrial and commercial
purposes. With its ultra compact design and extended temperature range i
t’s adaptable to any
custom board.
IGEP
™
NEW YORK can be used as the easiest way to power your IGEP
™
COM MODULE, IGEP
™
COM NEUTRON or IGEP
™
COM PROTON, develop your interface board to connect a 24bit
Display through the easily accessible DSS ports, use the multiple GPIO accessible ports to
activate devices when configured as outputs or read their status when configured as inputs,
communicate with any device including any of SPI, UART or I2C interface, have an easy way to
debug your applications through UART interface, develop PWM applications thanks to the easy
access to PWM ports and thanks to the accelerometer IC included, you can develop a wide
range of its related applications like free-fall detection, pedometers, display automatic
orientation, motion activated functions, intelligent power saving, gaming input devices, impact
recognition, vibration monitoring and compensation, etc.
