Difference between revisions of "Main Page"

Revision as of 12:08, 12 September 2014 (view source) TBlocher (Talk | contribs) (→‎ICnova CPU-Modules) ← Older edit		Revision as of 12:14, 12 September 2014 (view source) TBlocher (Talk | contribs) (→‎ICnova CPU-Modules) Newer edit →
Line 23:		Line 23:
	== [[:Category:ICnova CPU-Modules| ICnova CPU-Modules]] ==		== [[:Category:ICnova CPU-Modules| ICnova CPU-Modules]] ==
		+
		+	[[File:CPU-Module.jpg  |thumb|x200px | right|link=:Category:ICnova CPU-Modules| ICnova CPU-Modules| [[:Category:ICnova CPU-Modules| ICnova CPU-Modules]]]]
		+
		+	Basicly all our ICnova modules feature
		+	* 10/100MBit Ethernet PHY
		+	* USB Host
		+	* USB Device
		+	* SDC
		+	Important additions or restrictions are listed in the the following tables.
	=== Current modules ===		=== Current modules ===
Line 29:		Line 38:
	<th>Module</th>		<th>Module</th>
	<th>Processor</th>		<th>Processor</th>
−	<th>Interfaces</th>	+	<th>Interfaces notes</th>
	<th>ADB</th>		<th>ADB</th>
	<th>compatible ADBs</th>		<th>compatible ADBs</th>
Line 37:		Line 46:
	<td>[[ICnova SAMA5D36 SODIMM]]</td>		<td>[[ICnova SAMA5D36 SODIMM]]</td>
	<td>Atmel ARM CORTEX-A5, 536MHz</td>		<td>Atmel ARM CORTEX-A5, 536MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC, CAN</td>	+	<td>2x Ethernet, CAN</td>
	<td>[[ICnova ADB4003]]</td>		<td>[[ICnova ADB4003]]</td>
	<td></td>		<td></td>
Line 45:		Line 54:
	<td>[[ICnova SAM9G45 SODIMM]]</td>		<td>[[ICnova SAM9G45 SODIMM]]</td>
	<td>Atmel ARM9 AT91SAM9G45B, 400MHz</td>		<td>Atmel ARM9 AT91SAM9G45B, 400MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC</td>	+	<td></td>
	<td>[[ICnova ADB4004]]</td>		<td>[[ICnova ADB4004]]</td>
	<td>[[ICnova ADB4000]]</td>		<td>[[ICnova ADB4000]]</td>
Line 53:		Line 62:
	<td>[[ICnova i.MX535 SODIMM]]</td>		<td>[[ICnova i.MX535 SODIMM]]</td>
	<td>Freescale i.MX535 CORTEX-A8, 1GHz</td>		<td>Freescale i.MX535 CORTEX-A8, 1GHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC</td>	+	<td>2x SDC</td>
	<td>[[ICnova ADB4005]]</td>		<td>[[ICnova ADB4005]]</td>
	<td>[[ICnova ADB4001]]</td>		<td>[[ICnova ADB4001]]</td>
Line 61:		Line 70:
	<td>[[ICnova i.MX536 SODIMM]]</td>		<td>[[ICnova i.MX536 SODIMM]]</td>
	<td>Freescale i.MX536 CORTEX-A8, 800MHz</td>		<td>Freescale i.MX536 CORTEX-A8, 800MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC, CAN</td>	+	<td>2x SDC, CAN</td>
	<td>[[ICnova ADB4005]]</td>		<td>[[ICnova ADB4005]]</td>
	<td>[[ICnova ADB4001]]</td>		<td>[[ICnova ADB4001]]</td>
Line 69:		Line 78:
	<td>[[ICnova SAM9G45 OEM]]</td>		<td>[[ICnova SAM9G45 OEM]]</td>
	<td>Atmel ARM9 AT91SAM9G45B, 400MHz</td>		<td>Atmel ARM9 AT91SAM9G45B, 400MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC</td>	+	<td></td>
	<td>[[ICnova ADB1000]]</td>		<td>[[ICnova ADB1000]]</td>
	<td>[[ICnova ADB3000]]</td>		<td>[[ICnova ADB3000]]</td>
Line 89:		Line 98:
	<td>[[ICnova i.MX353 OEM]]</td>		<td>[[ICnova i.MX353 OEM]]</td>
	<td>Freescale i.MX353 ARM11, 533MHz</td>		<td>Freescale i.MX353 ARM11, 533MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC</td>	+	<td></td>
	<td>[[ICnova ADB1000]]</td>		<td>[[ICnova ADB1000]]</td>
	<td>[[ICnova ADB3000]]</td>		<td>[[ICnova ADB3000]]</td>
Line 109:		Line 118:
	<td>[[ICnova AP7000 OEM]]</td>		<td>[[ICnova AP7000 OEM]]</td>
	<td>Atmel AVR32 AT32AP7000, 140MHz</td>		<td>Atmel AVR32 AT32AP7000, 140MHz</td>
−	<td>10/100 Ethernet PHY, USB Device, SDC</td>	+	<td>no USB Host</td>
	<td>[[ICnova ADB1000]]</td>		<td>[[ICnova ADB1000]]</td>
	<td></td>		<td></td>
Line 117:		Line 126:
	<td>[[ICnova AP7000 OEMplus]]</td>		<td>[[ICnova AP7000 OEMplus]]</td>
	<td>Atmel AVR32 AT32AP7000, 140MHz</td>		<td>Atmel AVR32 AT32AP7000, 140MHz</td>
−	<td>10/100 Ethernet PHY, USB Host, USB Device, SDC</td>	+	<td></td>
	<td>[[ICnova ADB1000]]</td>		<td>[[ICnova ADB1000]]</td>
	<td></td>		<td></td>

---

Revision as of 12:14, 12 September 2014

Welcome to the In-Circuit Wiki

The In-Circuit GmbH provides development and manufacturing services of electronics in the following fields:

• Highly complex FPGA- and Processor-designs
• Microcontroller solutions with AVR, PIC and PSoC
• Compact and energy-efficient embedded PC modules based on AVR32, ARM and CORTEX architectures
• Radio applications with radio-modules, antenna-designs, ultra-low-power designs for Battery-powered applications or energy harvesting solutions

Here different pages can be found, which describe all products that can be ordered at our online-shop. We intend to expand these resources continuously. So if any questions arise, which are not yet answered here, you can write us an E-mail.

To help you by looking for articles regarding to your product, we have grouped them into individual categories you can find in the sections below.

ICnova CPU-Modules

Basicly all our ICnova modules feature

• 10/100MBit Ethernet PHY
• USB Host
• USB Device
• SDC

Important additions or restrictions are listed in the the following tables.

Current modules

Module	Processor	Interfaces notes	ADB	compatible ADBs
ICnova SAMA5D36 SODIMM	Atmel ARM CORTEX-A5, 536MHz	2x Ethernet, CAN	ICnova ADB4003
ICnova SAM9G45 SODIMM	Atmel ARM9 AT91SAM9G45B, 400MHz		ICnova ADB4004	ICnova ADB4000
ICnova i.MX535 SODIMM	Freescale i.MX535 CORTEX-A8, 1GHz	2x SDC	ICnova ADB4005	ICnova ADB4001
ICnova i.MX536 SODIMM	Freescale i.MX536 CORTEX-A8, 800MHz	2x SDC, CAN	ICnova ADB4005	ICnova ADB4001
ICnova SAM9G45 OEM	Atmel ARM9 AT91SAM9G45B, 400MHz		ICnova ADB1000	ICnova ADB3000

Modules without active development

Module	Processor	Interfaces	ADB	compatible ADBs
ICnova i.MX353 OEM	Freescale i.MX353 ARM11, 533MHz		ICnova ADB1000	ICnova ADB3000

Outdated modules

Module	Processor	Interfaces	ADB	compatible ADBs
ICnova AP7000 OEM	Atmel AVR32 AT32AP7000, 140MHz	no USB Host	ICnova ADB1000
ICnova AP7000 OEMplus	Atmel AVR32 AT32AP7000, 140MHz		ICnova ADB1000
ICnova AP7000 Base	Atmel AVR32 AT32AP7000, 140MHz	10/100 Ethernet PHY, USB Host, USB Device, SDC

---

• ICnova iMX536 - working with iMX536 modules
• ICnova SAM9G45 - working with SAM9G45 / SAM9M10 modules

AVR 32 AP7000 Modules

• ICnova AP7000 OEM
• ICnova AP7000 OEMplus
• ICnova AP7000 Base

ARM modules

• ICnova SAM9G45 SODIMM
• ICnova i.MX353 OEM
• ICnova SAM9G45 OEM
• ICnova SAM9G45+XC3S700AN OEM

CORTEX modules

• ICnova i.MX535 SODIMM
• ICnova i.MX536 SODIMM
• ICnova SAMA5D36 SODIMM

FPGA modules

• ICnova SAM9G45+XC3S700AN OEM

Application Development Boards

• ICnova ADB1000 - works with ICnova AP7000 OEM, ICnova AP7000 OEMplus, ICnova i.MX353 OEM and ICnova SAM9G45 OEM
• ICnova ADB1001 - works with ICnova AP7000 OEM and ICnova AP7000 OEMplus
• ICnova ADB1002 - works with ICnova AP7000 OEM, ICnova AP7000 OEMplus, ICnova i.MX353 OEM and ICnova SAM9G45 OEM
• ICnova ADB1003 - works with ICnova AP7000 OEM, ICnova AP7000 OEMplus, ICnova i.MX353 OEM and ICnova SAM9G45 OEM
• ICnova ADB1004 - works with ICnova AP7000 OEM, ICnova AP7000 OEMplus, ICnova i.MX353 OEM and ICnova SAM9G45 OEM
• ICnova ADB3000 - optimzed for ICnova SAM9G45+XC3S700AN OEM but also works with ICnova AP7000 OEM, ICnova AP7000 OEMplus, ICnova i.MX353 OEM and ICnova SAM9G45 OEM
• ICnova ADB4000 - works with ICnova SAM9G45 SODIMM
• ICnova ADB4001 - works with ICnova i.MX535 SODIMM and ICnova i.MX536 SODIMM
• ICnova ADB4003 - works with ICnova SAMA5D36 SODIMM
• ICnova ADB4004 - works with ICnova SAM9G45 SODIMM

ICradio radio Modules

• ICradio-ZWIR4512-OEM
• ICradio-ZWIR4512-Plug
• ICradio-ZWIR4512-Stick
• ICnova ADB2001 - Application Development Board for ICradio-ZWIR4512-OEM modules
• ICradio AVR Modules - hints about the older ICradio Modules based on an Atmel AVR MCU
• ICradio ZWIR Modules - some hints about newer ICradio Modules, kits, bundles, protocols based on the ZWIR Chipset

DIN Rail Modules

• DIN Rail CPU 10

• DIN Rail CPU 60

• DIN Rail CPU 61

• DIN Rail Relais 6I6S

• DIN Rail ADDA 6I4O

• DIN Rail LED-Dimmer

• DIN Rail PWM-Driver

µC Modules

• ICswift - some documentation and help for the ICswift SAM7

Programmer

• ICprog OpenOCD

• ICprog-AVR2.0 / KANDA

• Wiggler

Interface Modules

• USB-A UART Bridge

• USB-B UART Bridge

• USB-RS485-Bridge

HowTo

DIN Rail BUS Protocol

Android

Buildroot

Debugging for ARM

Filesystems

Memorymappings

Target Configuration

Transparent UART Protocol

JTAG via OpenOCD

Flashing a new ZWIR4512 Firmware

Format für Maschinendaten zur Lohnfertigung

Downloads

Any software can be found on the Downloads page