ICnova SAM9G45 SODIMM (901.227C) · Datenblatt 305000 044D ICnova SAM9G45 SODIMM (901.227C) · Datasheet 305000 044D In-Circuit Solutions GmbH · www.in-circuit.de
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ICnova SAM9G45 SODIMM

Datenblatt — SAM9G45 SODIMM-200-ModulDatasheet — SAM9G45 SODIMM-200 module

Dokument-Nr. 305000 044D Stand 2026-10 Artikel 901.227C
Document no. 305000 044D Date 2026-10 Part no. 901.227C
In-Circuit Solutions

Kostengünstig, leistungsstark, zuverlässigCost efficient, high performance, reliable

ICnova SAM9G45 SODIMM, angled view top side bottom side
ICnova SAM9G45 SODIMM (901.227C) — schräg, Oberseite, Unterseite. ICnova SAM9G45 SODIMM (901.227C) — angled, top side, bottom side.

MerkmaleFeatures

ARM AT91SAM9G45 mit 400 MHz

  • 32 kB Daten-Cache, 32 kB Befehls-Cache
  • 64 kB internes SRAM, 64 kB internes ROM

Speicher auf dem Modul

  • 128 MB, bis 512 MB DDR2-RAM (EBI1)
  • 8 MB NOR-Flash (EBI2)
  • 256 MB, bis 4 GB NAND (EBI2)

Verfügbare Schnittstellen

  • 1 × 10/100-MBit-Ethernet-PHY (DP83848K)
  • 1 × USB 2.0 High Speed Host (480 MBit)
  • 1 × USB 2.0 High Speed Device (480 MBit)
  • 4 × USART + 1 × DBG-UART
  • 2 × Synchronous Serial Controller (SSC)
  • 2 × SPI
  • 2 × I²C (TWI)
  • 1 × AC97-Sound-CODEC-Schnittstelle
  • 2 × High Speed Memory Card Host (MCI)
  • 8 × ADC + Touchscreen-Controller mit Interrupt-Signal
  • 1 × vierkanaliges PWM
  • 1 × JTAG
  • LCD bis 2048 × 2048, oder 720p-Video
  • Image Sensor Interface (ISI)

Zugriff auf alle verfügbaren GPIOs.

Es genügt eine einzige Versorgung von 3,3 V bis 5 V.

Auf dem Modul erzeugt

  • 3,3 V (I/O)
  • 1,8 V (DDR2)
  • 1,0 V (Kern)
  • Leistungsaufnahme max. 1 W

Abmessungen

  • 67,6 × 26 × 3,5 mm
  • Temperaturbereich −10 °C bis 70 °C (optional −40 °C bis 85 °C)

ARM AT91SAM9G45 processor with 400 MHz

  • 32 kB data cache, 32 kB instruction cache
  • 64 kB int. SRAM, 64 kB int. ROM

On-board memory

  • 128 MB, up to 512 MB DDR2 RAM (EBI1)
  • 8 MB NOR flash (EBI2)
  • 256 MB, up to 4 GB NAND (EBI2)

Available interfaces

  • 1 × 10/100 MBit Ethernet PHY (DP83848K)
  • 1 × USB 2.0 High Speed Host (480 Mbit)
  • 1 × USB 2.0 High Speed Device (480 Mbit)
  • 4 × USART + 1 × DBG-UART
  • 2 × Synchronous Serial Controller (SSC)
  • 2 × SPI
  • 2 × I²C (TWI)
  • 1 × AC97 Sound CODEC Interface
  • 2 × High Speed Memory Card Hosts (MCI)
  • 8 × ADC + Touch Screen Controller with Interrupt Signal
  • 1 × four channel PWM
  • 1 × JTAG
  • LCD size up to 2048 × 2048, or 720p video
  • Image Sensor Interface (ISI)

Access to all available GPIOs.

Only one 3.3 V to 5 V power supply required.

Generated on board

  • 3.3 V (I/O)
  • 1.8 V (DDR2)
  • 1.0 V (core)
  • Power consumption max. 1 W

Dimensions

  • 67.6 × 26 × 3.5 mm
  • Temperature range −10 °C to 70 °C (optional −40 °C to 85 °C)

BlockschaltbildBlock diagram

Block diagram

Das ICnova SAM9G45 SODIMM vereint:

  • hohe Prozessorgeschwindigkeit bei geringer Leistungsaufnahme
  • 128 MByte DDR2-RAM mit hoher Bandbreite an einem eigenen Speicherbus
  • viel Flash (8 MByte NOR + 256 MByte NAND) an einem eigenen Speicherbus
  • einen Ethernet-PHY von TI (DP83848K)

Hohe Datenraten über 100-MBit-Ethernet oder 480-MBit-USB 2.0 sind ebenso möglich wie die Ansteuerung von TFT- oder LCD-Displays und der Zugriff auf Peripherie über SPI, I²C, UART und viele andere.

Nahezu alle Signale des SAM9G45 liegen an den Pins des SODIMM-Moduls an. Die Speicherschnittstelle ist nicht herausgeführt, um die Signalgüte zu gewährleisten. Eine ausführliche Beschreibung der Pins steht auf den folgenden Seiten.

The ICnova SAM9G45 SODIMM Module incorporates the following features:

  • High processor speed at low power consumption
  • High bandwidth 128 MByte DDR2 RAM on a dedicated memory bus
  • Large capacity flash (8 MByte NOR + 256 MByte NAND) on a dedicated memory bus
  • One Ethernet PHY by TI (DP83848K)

Achieving high data rate communication using 100 MBit Ethernet or 480 MBit USB 2.0 is easily possible as well as controlling TFT or LCD displays or accessing periphery via SPI, I2C, UART, and many others.

Nearly all signals of the SAM9G45 are available at the pins on the SODIMM module. The memory interface is not provided in order to assure signal integrity. A detailed description of the pins can be found on the following pages.

AnschlussbelegungPinout

PinNamePegelLeitungPeripherie APeripherie BAnmerkung
PinNameV-LevelI/O linePeripheral APeripheral BComments
1VCC3.3 - 5Vpower supply input
2VCC3.3 - 5Vpower supply input
3VCC3.3 - 5Vpower supply input
4VCC3.3 - 5Vpower supply input
5VDDIO3.3VPower outputs
6VDDIO3.3VPower outputs
7VDDIO3.3VPower outputs
8BMS3.3VBMSPull to VDDIO: boot fromembedded ROM / Sam-BA Monitor Pull to GND : boot from NOR-Flash internally pulled down with 100k
93V33.3Vconnected to VDDIO
103V33.3Vconnected to VDDIO
113V33.3Vconnected to VDDIO
123V33.3Vconnected to VDDIO
13VDDBU3.3VVDDBUconnect backup battery here, if not used connect to VDDIO
14NC(TRST)3.3VNTRSTonly revision C
15RST_OUT3.3Vlow active output of RESET-signal
16CREATE_POR_IN3.3Vconnect button to GND to generate a POR-event
17RST_IN3.3Vconnect button to GND to generate a RESET
18GND0Vground
19ETH_TXNTD-
20ETH_LINKLED3.3VLED_LINK
21ETH_TXPTD+
22ETH_3V33.3VVCCA_ETH
23ETH_RXNRD-
24ETH_ACTLED3.3VLED_SPEED
25ETH_RXPRD+
26GND0Vground
27PC03.3VPC0DQM2
28PC13.3VPC1DQM3
29USBH_DM3.3VHHSDMA
30NC(TMS)3.3VTMSonly revision C
31USBH_DP3.3VHHSDPA
32GND0Vground
33NCnot connected
34NC(TDO)3.3VTDOonly revision C
35USBOTG_DM3.3VHHSDMB/DHSDM
36NC(TDI)3.3VTDIonly revision C
37USBOTG_DP3.3VHHSDPB/DHSDP
38NC(TCK)3.3VTCKonly revision C
39GND0Vground
40PA20/TWD03.3VPA20TWD0
41PA21/TWCK03.3VPA21TWCK0
42PE31/PWM23.3VPE31PWM2PCK1
43RTCK3.3VRTCK
44PB3/SPI0_CS03.3VPB3SPI0_NPCS0
45PD24/SPI0_CS13.3VPD24SPI0_NPCS1PWM0GPAD4
46PB1/SPI0_MOSI3.3VPB1SPI0_MOSI
47PB0/SPI0_MISO3.3VPB0SPI0_MISO
48PB2/SPI0_SCK3.3VPB2SPI0_SPCK
49NCnot connected
50GND0Vground
51PC63.3VPC6A23
52PA2/MCI0_DA03.3VPA2MCI0_DA0TIOB3
53PA3/MCI0_DA13.3VPA3MCI0_DA1TCKL4
54PA4/MCI0_DA23.3VPA4MCI0_DA2TIOA4
55PA5/MCI0_DA33.3VPA5MCI0_DA3TIOB4
56PA1/MCI0_CDA3.3VPA1MCI0_CDATIOA3
57PA0/MCI0_CK3.3VPA0MCI0_CKTCLK3
58GND0Vground
59PB19/TXD03.3VPB19TXD0SPI0_NPCS2
60PB18/RXD03.3VPB18RXD0SPI0_NPCS1
61PB17/RTS03.3VPB17SPI1_NPCS0RTS0
62PB15/CTS03.3VPB15SPI1_MOSICTS0
63PB4/TXD13.3VPB4TXD1
64PB5/RXD13.3VPB5RXD1
65PD16/RTS13.3VPD16RTS1
66PD17/CTS13.3VPD17CTS1
67PB6/TXD23.3VPB6TXD2
68PB7/RXD23.3VPB7RXD2
69PC9/RTS23.3VPC9CFCE2RTS2
70PC11/CTS23.3VPC11NCS5/CFCS1CTS2
71GND0Vground
72NCnot connected
73NCnot connected
74NCnot connected
75NCnot connected
76NCnot connected
77NCnot connected
78NCnot connected
79NCnot connected
80NCnot connected
81NCnot connected
82GND0Vground
83PD18/IRQ3.3VPD18SPI1_NPCS2IRQ
84PD7/AC97TX3.3VPD7AC97TXTIOA5
85PD6/AC97RX3.3VPD6AC97RX
86PD9/AC97CK3.3VPD9AC97CKTCLK5
87PD8/AC97FS3.3VPD8AC97FSTIOB5
88GND0Vground
89PD5/SSC0_RF3.3VPD5RF0
90PD3/SSC0_RD3.3VPD3RD0
91PD2/SSC0_TD3.3VPD2TD0
92PD0/SSC0_TK3.3VPD0TK0PWM3
93PD1/SSC0_TF3.3VPD1TF0
94GND0Vground
95PC73.3VPC7A24
96PA23/MCI1_DA03.3VPA23MCI1_DA0RTS3
97PA24/MCI1_DA13.3VPA24MCI1_DA1CTS3
98PA25/MCI1_DA23.3VPA25MCI1_DA2PWM3
99PA26/MCI1_DA33.3VPA26MCI1_DA3TIOB2
100PA22/MCI1_CDA3.3VPA22MCI1_CDASCK3
101PA31/MCI1_CK3.3VPA31MCI1_CKPCK0
102GND0Vground
103PB20/ISI_D03.3VPB20ISI_D0
104PB21/ISI_D13.3VPB21ISI_D1
105PB22/ISI_D23.3VPB22ISI_D2
106PB23/ISI_D33.3VPB23ISI_D3
107PB24/ISI_D43.3VPB24ISI_D4
108PB25/ISI_D53.3VPB25ISI_D5
109PB26/ISI_D63.3VPB26ISI_D6
110PB27/ISI_D73.3VPB27ISI_D7
111GND0Vground
112PB30/ISI_HS3.3VPB30ISI_HSYNC
113PB29/ISI_VS3.3VPB29ISI_VSYNC
114PB28/ISI_PCK3.3VPB28ISI_PCK
115PB31/ISI_MCK3.3VPB31ISI_MCKPCK1
116GND0Vground
117PE7/LCD_D03.3VPE7LCDD0LCDD2
118PE8/LCD_D13.3VPE8LCDD1LCDD3
119PE9/LCD_D23.3VPE9LCDD2LCDD4
120PE10/LCD_D33.3VPE10LCDD3LCDD5
121PE11/LCD_D43.3VPE11LCDD4LCDD6
122PE12/LCD_D53.3VPE12LCDD5LCDD7
123PE13/LCD_D63.3VPE13LCDD6LCDD10
124PE14/LCD_D73.3VPE14LCDD7LCDD11
125PE15/LCD_D83.3VPE15LCDD8LCDD12
126PE16/LCD_D93.3VPE16LCDD9LCDD13
127PE17/LCD_D103.3VPE17LCDD10LCDD14
128PE18/LCD_D113.3VPE18LCDD11LCDD15
129GND0Vground
130PE19/LCD_D123.3VPE19LCDD12LCDD18
131PE20/LCD_D133.3VPE20LCDD13LCDD19
132PE21/LCD_D143.3VPE21LCDD14LCDD20
133PE22/LCD_D153.3VPE22LCDD15LCDD21
134PE23/LCD_D163.3VPE23LCDD16LCDD22
135PE24/LCD_D173.3VPE24LCDD17LCDD23
136PE25/LCD_D183.3VPE25LCDD18
137PE26/LCD_D193.3VPE26LCDD19
138PE27/LCD_D203.3VPE27LCDD20
139PE28/LCD_D213.3VPE28LCDD21
140PE29/LCD_D223.3VPE29LCDD22
141PE30/LCD_D233.3VPE30LCDD23
142GND0Vground
143PE4/LCD_HS3.3VPE4LCDHSYNC
144PE3/LCD_VS3.3VPE3LCDVSYNC
145PE0/LCD_PWR3.3VPE0LCDPWRPCK0
146PE5/LCD_PCLK3.3VPE5LCDDOTCLK
147GND0Vground
148NCnot connected
149PE2/LCD_CC3.3VPE2LCDCC
150PE6/LCD_DEN3.3VPE6LCDDEN
151PE1/LCD_MOD3.3VPE1LCDMOD
152PB8/TXD33.3VPB8TXD3ISI_D8
153PB9/RXD33.3VPB9RXD3ISI_D9
154PB10/TWD13.3VPB10TWD1ISI_D10
155PB11/TWCK13.3VPB11TWCK1ISI_D11
156PB12/DRXD3.3VPB12DRXDNC if DBG_CTRL connected to GND
157PB13/DTXD3.3VPB13DTXD
158PB143.3VPB14SPI1_MISO
159PB16/SCK03.3VPB16SPI1_SPCKSCK0
160GND0Vground
161PD4/SSC0_RK3.3VPD4RK0
162PD10/SSC1_TD3.3VPD10TD1
163PD11/SSC1_RD3.3VPD11RD1
164PD12/SSC1_TK3.3VPD12TK1PCK0
165PD13/SSC1_RK3.3VPD13RK1
166PD14/SSC1_TF3.3VPD14TF1
167PD15/SSC1_RF3.3VPD15RF1
168PD19/FIQ3.3VPD19SPI1_NPCS3FIQ
169PD20/TSAD03.3VPD20TIOA0TSAD0
170PD21/TSAD13.3VPD21TIOA1TSAD1
171GND0Vground
172PD22/TSAD23.3VPD22TIOA2TSAD2
173PD23/TSAD33.3VPD23TCLK0TSAD3
174PD25/GPAD53.3VPD25SPI0_NPCS2PWM1GPAD5
175PD26/GPAD63.3VPD26PCK0PWM2GPAD6
176PD27/GPAD73.3VPD27PCK1SPI0_NPCS3GPAD7
177PD28/TSADTRG3.3VPD28TSADTRGSPI1_NPCS1
178PD29/SCK13.3VPD29TCLK1SCK1
179PD30/SCK23.3VPD30TIOB0SCK2
180PD31/PWM13.3VPD31TIOB1PWM1
181PC103.3VPC10NCS4/CFCS0TCLK2
182PC153.3VPC15NWAIT
183GND0VgroundPC16 on revision A
184PC163.3VPC16D16PC17 on revision A
185PC173.3VPC17D17PC18 on revision A
186PC183.3VPC18D18PC19 on revision A
187PC193.3VPC19D19GND on revision A
188PC203.3VPC20D20
189PC213.3VPC21D21
190PC223.3VPC22D22
191PC233.3VPC23D23
192PC243.3VPC24D24
193PC253.3VPC25D25
194PC263.3VPC26D26
195PC273.3VPC27D27
196PC283.3VPC28D28
197PC293.3VPC29D29
198PC303.3VPC30D30
199PC313.3VPC31D31
200GND0Vground
201BOOT3not connected
202BOOT2not connected
203BOOT1not connected
204BOOT0not connected
205GND0Vground
206TRST3.3VNTRST
207TMS3.3VTMS
208TDO3.3VTDO
209TDI3.3VTDI
210GND0Vground
211TCK3.3VTCK
212GND0Vground
213DBG_RXD3.3VPB12DRXD
214DBG_TXD3.3VPB13DTXD
215DBG_CTRL3.3Vconnect to GND if DBG-UART is used for debugging

Schaltsymbol für den SAM9G45Schematic symbol for SAM9G45

Schematic symbol

MaßeMechanical dimension

Mechanical drawing
Alle Maße in mm. Das Debug-Interface liegt auf der Unterseite. All dimensions in mm. The debug interface is on the bottom of the board.
Pin 1, 199, 200 and 2
Lage der Pins 1 und 199 (Oberseite) sowie 200 und 2 (Unterseite). Location of pins 1 and 199 (top side) and 200 and 2 (bottom side).

Das ICnova SAM9G45 SODIMM passt in einen gewöhnlichen Sockel für SO-DIMM 200 mit 2,5 V. Wir empfehlen folgendes Teil:

The ICnova SAM9G45 SODIMM module fits in a regular SO-DIMM 200 2.5 V socket. We recommend the following part:

HerstellerTypHöheGesamthöhePlatinenabstand
TE Connectivity1612618-19,2 mm9,7 mm7 mm
ManufacturerPart numberHeightTotal heightBoard to board space
TE Connectivity1612618-19.2 mm9.7 mm7 mm

AnwendungApplication

Das ADB4004 ist als Evaluationsboard für das SAM9G45-Modul ausgelegt. Ein Starterkit aus ADB4004 und einem SAM9G45-Modul mit vorinstalliertem Linux ist ebenfalls erhältlich.

The ADB4004 is designed as evaluation board for the SAM9G45 module. Also a starter kit consisting of the ADB4004 and a SAM9G45 module with pre-installed Linux-OS is available.

ADB4004 evaluation board
Evaluationsboard ADB4004 mit ICnova SAM9G45 SODIMM. ADB4004 evaluation board with ICnova SAM9G45 SODIMM.

Wir bieten außerdem

We also offer

Bestellinformation

Ordering information

Art.-Nr.Bezeichnung
901.227CICnova SAM9G45 SODIMM, 400 MHz, 128 MB RAM, 256 MB NAND, 8 MB NOR
Part no.Description
901.227CICnova SAM9G45 SODIMM, 400 MHz, 128 MB RAM, 256 MB NAND, 8 MB NOR

Kontakt

Contact

In-Circuit Solutions GmbH · Boltenhagener Str. 124 · D-01109 Dresden
www.in-circuit.de · sales@in-circuit.de

In-Circuit Solutions GmbH · Boltenhagener Str. 124 · D-01109 Dresden, Germany
www.in-circuit.de · sales@in-circuit.de

Änderungsstand

Change history

VersionDatumÄnderungBearbeiter
A03.11.2010Erste FassungStork
B24.01.2011Pinliste und Bestellangaben überarbeitetTräger
C30.07.2014Angaben zu Modulrevision C und Evaluationsboard ergänztSchmidt
D09/2026In das aktuelle Layout übertragen, zweisprachig; Inhalt unverändertTräger
D28.10.2026Kontaktadresse sales@in-circuit.de; einheitlicher Kopf mit NummernzeileTräger
VersionDateChangesEditor
A2010-11-03First VersionStork
B2011-01-24Update pinlist, Order informationTräger
C2014-07-30Add information for module revision C and evaluation boardSchmidt
D2026-09Moved to the current layout, bilingual; content unchangedTräger
D2026-10-28Contact address sales@in-circuit.de; uniform header with document number lineTräger