cupid core block diagram cupid freescale arm11 arm11 ... · 2x speaker 2-pole jst rj45 jack audio...

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2x Speaker 2-pole JST RJ45 Jack Audio Amplifier Ethernet Phy Display RGB Interface 40-pole FFC Audio 10-pole Molex Audio Res. Touch 4-pole JST Touchscreen Controller USB Type A Block Diagram CUPID i.MX35 24V 2-pole Molex Battery Keypad 20-pole JST LED Driver 2-pole JST USB-OTG Type AB SD-Card Connector I2C-3 USBPHY2 GPIO_3 GPIO_2 EIM EXTMC DRAM SRAM NAND Flash DDR3 Step Down Converter Battery Supervisor PMIC Audio Codec Power CAN-1 UART-3 GPIO2 AUDMUX FEC Cap.Touch 4-pole Molex Cap. Sensor Status LED 4-pole JST SD1 Digital I/O 8-pole Molex CAN/RS485 12-pole Molex I/O Driver CAN Transceiver RS485 Transceiver GPIO1_0 GPIO1_1 GPIO1_4 GPIO1_5 LD0-17 HDMI UART-1 RS232 Transceiver UART-2 RS232 Transceiver RS232/MDB 10-pole Molex GPIO1_28 PWMO LED Driver USBPHY1 X1 X14 X39 X13 SW2 RESET X32 X9 X21 X10 X100 X35|X36|X37 X2 X7 X38 X4|X6 X24 X8 + CR2032 3V X34 X31 X20 TECHNICAL SPECIFICATION Freescale CPU Class Freescale ARM11 ® ARM1136JF-S™ i.MX357 Type/Clock 532 MHz Features Integrated Vector Floating Point Unit; VPU and openVG 1.1 GPU RTC Depending on ambient temperature Standard time´s deviation: +/- 30 ppm at 25°C Memory NAND Flash 512 MByte SLC RAM 256 MByte DDR SDRAM SRAM 512 KB SD Card Slot 4 bit MMC/SD (HC) Operating Systems Supported OS Windows Embedded CE 6.0 R3, Linux Communication Interfaces Network 10/100 Mbit/s Ethernet (PoE) Serial 2x RS-232 (RX/TX/CTS/RTS) 1x RS-485 (Half duplex) galvanic isolated MDB 1x MDB instead of 2nd RS- 232 (Option) Synchronous Serial Interfaces SPI (10 MBit/s) up to 12 chip selects; I²C Matrix keypad up to 8 x 8 High-Speed USB 2.0 1x 12 Mbit/s Host (Type A) 1x 480 Mbit/s OTG (Type Micro-AB) CAN Fieldbus 1x CAN (ISO/DIS 11898) galvanic isolated 2nd CAN CAN1/CAN2 instead of CAN/RS485 (Option) Digital I/O 2x Input, 2x Output (0.7 A) Speaker output 1x speaker (connector), 1 W RMS (8Ω) Online support on www.garz-fricke.com CUPID core ARM11 Single-Board-Computer Digital I/O 12.354 PoE Audio RS-232 SPI / I 2 C USB 2.0 ARM i.MX35 11 TTL SD RS-485 CAN 256 512 Display and Touch Display Interface TTL, up to 18 bit (RGB) Touch Interface 4-wire analog resistive Device Dimensions W x H x D [mm] 138.0 x 18.0 x 80.0 Weight [g] 97 Power Supply Supply [V DC] Nom. 12 ~ 24, max. 9 ~ 30 Consumption [W] Typ. 1.5 Typical Environmental Conditions Storage Temp. [°C] -20~+70 Operating Temp. [°C] 0~+60 Humidity [%RH] 5 to 90 CUPID Single board computer CUPID M core CUPID is available in a minor assembled edition, indicated by a “M“. These versions are dedicated for very cost sensitive projects, where Ethernet, USB and RS-232 are sufficient. SOLUTIONS THAT COMPLETE! © 2016 Garz & Fricke GmbH. All rights reserved. Subject to techical changes and misprints

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Page 1: CUPID core Block Diagram CUPID Freescale ARM11 ARM11 ... · 2x Speaker 2-pole JST RJ45 Jack Audio Amplifier Ethernet Phy Display RGB Interface 40-pole FFC Audio 10-pole Molex Audio

2x Speaker2-pole JST

RJ45Jack

Audio Amplifier

EthernetPhy

Display RGBInterface

40-pole FFC

Audio 10-pole Molex

Audio

Res. Touch4-pole JST Touchscreen

Controller

USBType A

Block Diagram CUPID

i.MX3524V 2-pole Molex

Battery

Keypad20-pole JST

LED Driver2-pole JST

USB-OTGType AB

SD-CardConnector

I2C-3

USBPHY2

GPIO_3GPIO_2

EIM

EXTMC

DRAM

SRAM

NANDFlash

DDR3

Step Down Converter

BatterySupervisor

PMIC

Audio Codec

Power

CAN-1

UART-3

GPIO2

AUDMUX

FEC

Cap.Touch4-pole Molex

Cap. SensorStatus LED4-pole JST

SD1

Digital I/O8-pole Molex

CAN/RS48512-pole Molex

I/O Driver

CAN Transceiver

RS485Transceiver

GPIO1_0GPIO1_1GPIO1_4GPIO1_5

LD0-17

HDMI

UART-1RS232

Transceiver

UART-2 RS232Transceiver

RS232/MDB10-pole Molex

GPIO1_28PWMO

LED Driver

USBPHY1

X1 X14 X39 X13

SW2

RESET

X32

X9 X21

X10

X100

X35|X36|X37

X2

X7

X38

X4|X6

X24X8

+CR2032

3V

X34

X31

X20

TECHNICAL SPECIFICATION

Freescale CPUClass Freescale ARM11® ARM1136JF-S™ i.MX357Type/Clock 532 MHzFeatures Integrated Vector Floating Point Unit;

VPU and openVG 1.1 GPURTC Depending on ambient temperature

Standard time´s deviation: +/- 30 ppm at 25°CMemoryNAND Flash 512 MByte SLCRAM 256 MByte DDR SDRAMSRAM 512 KBSD Card Slot 4 bit MMC/SD (HC)

Operating SystemsSupported OS Windows Embedded CE 6.0 R3, Linux

Communication InterfacesNetwork 10/100 Mbit/s Ethernet (PoE)

Serial

2x RS-232 (RX/TX/CTS/RTS)1x RS-485 (Half duplex) galvanic isolatedMDB 1x MDB instead of 2nd RS-

232 (Option)SynchronousSerial Interfaces

SPI (10 MBit/s) up to 12 chip selects; I²CMatrix keypad up to 8 x 8

High-Speed USB 2.0 1x 12 Mbit/s Host (Type A) 1x 480 Mbit/s OTG (Type Micro-AB)

CAN Fieldbus 1x CAN (ISO/DIS 11898) galvanic isolated2nd CAN CAN1/CAN2 instead of

CAN/RS485 (Option)Digital I/O 2x Input, 2x Output (0.7 A)Speaker output 1x speaker (connector), 1 W RMS (8Ω)

Online support on www.garz-fricke.com

CUPID coreARM11 Single-Board-Computer

Digital I⁄O

12.354

PoE AudioRS-232 SPI / I2C

USB 2.0

ARM

i.MX3511

TTL SD

RS-485CAN

256

512

Display and TouchDisplay Interface TTL, up to 18 bit (RGB)Touch Interface 4-wire analog resistive

Device DimensionsW x H x D [mm] 138.0 x 18.0 x 80.0Weight [g] 97

Power SupplySupply [V DC] Nom. 12 ~ 24, max. 9 ~ 30 Consumption [W] Typ. 1.5

Typical Environmental ConditionsStorage Temp. [°C] -20~+70Operating Temp. [°C] 0~+60Humidity [%RH] 5 to 90

CUPID Single board computer

CUPID M coreCUPID is available in a minor assembled edition, indicated by a “M“. These versions are dedicated for very cost sensitive projects, where Ethernet, USB and RS-232 are sufficient.

SOLUTIONS THAT COMPLETE!

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