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StarSOM-6ULL Datasheet and Pinout: Difference between revisions

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__jzpdf__
__jzpdf__
== General description ==
== General description ==
[[File:Sl what we do.jpg|500px|center]]
[[File:StarSOM-6ULL-intro.jpg|500px|center]]


The StarSOM-6ULL family is a SODIMM-sized SoM based on the NXP i.MX6 ULL application processor which features an advanced implementation of a single ARM Cortex-A7 core (at speeds up to 900MHz).
The StarSOM-6ULL family is a small size and low profile SoM based on the NXP i.MX6 ULL application processor, which features an advanced implementation of a single ARM Cortex-A7 core (at speeds up to 900MHz).
   
   
The StarSOM-6ULL is a low power highly integrated SoM (System on Module) featuring high computation power and 802.11b/g/n Wi-Fi and Bluetooth v5.1 connectivity. The option of integrated, fully certified Wi-Fi and Bluetooth module simplifies the carrier board design and is ideally suited for wireless application. The StarSOM-6ULL provides a variety memory configuration including flexible range of DDR3L, NAND, eMMC and SD memory card that meets our customers requirements.
The StarSOM-6ULL is a low power highly integrated SoM (System on Module) featuring high computation power, on-board Ethernet PHY 10/100, 802.11b/g/n Wi-Fi and Bluetooth v5.1 connectivity. The option of integrated, fully certified Wi-Fi and Bluetooth module simplifies the carrier board design and is ideally suited for wireless application. The StarSOM-6ULL provides a variety memory configuration including flexible range of DDR3L, and eMMC Flash that meets our customers requirements.


The SoM supports connections to a variety of interfaces: two high-speed USB on-the-go with PHY, dual Ethernet, audio, display with touch panel and serial interfaces. In addition, the system supports industrial grade targeting embedded application.
The SoM supports connections to a variety of interfaces: two high-speed USB on-the-go with PHY, dual Ethernet (single PHY on-board), audio, display with touch panel and serial interfaces. In addition, the system supports industrial grade targeting embedded application.


SOMLabs also provides a complete hardware and software development board for the SoM in the form of a carrier board and optional TFT display and touch panel.  
SOMLabs also provides a complete hardware and software development board for the SoM in the form of a carrier board and optional TFT display and touch panel.  
Line 30: Line 30:
* Powered by NXP i.MX 6ULL application processor
* Powered by NXP i.MX 6ULL application processor
* Core clock up to 900MHz
* Core clock up to 900MHz
* Up to 512MB SDRAM DDR3L
* Up to 1GB RAM DDR3L
* Up to 512MB NAND Flash / 32GB eMMC / uSD memory card
* Up to 32GB eMMC
* Optional Murata 802.11b/g/n Wi-Fi and Bluetooth v5.2 module
* Optional Murata 802.11b/g/n Wi-Fi and Bluetooth v5.1 module
* Power-efficient and cost-optimized solution
* Power-efficient and cost-optimized solution
* Ideal for industrial IoT and embedded applications
* Ideal for industrial IoT and embedded applications
Line 43: Line 43:
|-
|-
| eMMC ||  
| eMMC ||  
[[File:Visionsom-6ull-emmc-top-bottom.jpg|center|thumb]]
[[File:StarSOM-6ull-emmc-top-bottom.jpg|center|thumb]]
|-
| micro-SD ||
[[File:Visionsom-6ull-usd-top-bottom.jpg|center|thumb]]
|-
| NAND Flash ||
[[File:Visionsom-6ull-nand-top-bottom.jpg|center|thumb]]
|}
|}


{| class="frame-green"
{| class="frame-green"
|-
|-
| Wi-Fi is available for all memory variants configurations.
| Wi-Fi and Ethernet PHY10/100 are available as an options.
|}
|}


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       "name" : "SOM Name",
       "name" : "SOM Name",
       "type" : "selector",
       "type" : "selector",
       "symbol" : "N",
       "symbol" : "0",
       "values" : [
       "values" : [
                     {"value" : "0",
                     {"value" : "0",
                     "description" : "StarSOM"}
                     "description" : "StarSOM board-to-board connectors"}
                 ]
                 ]
     },
     },
Line 90: Line 84:
       "name" : "CPU Type",
       "name" : "CPU Type",
       "type" : "selector",
       "type" : "selector",
       "symbol" : "CpuType",
       "symbol" : "Y2",
       "values" : [
       "values" : [
                     {"value" : "Y2", "description" : "i.MX6 ULL Y2"}
                     {"value" : "Y2", "description" : "i.MX6 ULL Y2"}
                 ]
                 ]
Line 119: Line 112:
       "symbol" : "RamSize",
       "symbol" : "RamSize",
       "values" : [
       "values" : [
                    {"value" : "64R", "description" : "64MB"},
                     {"value" : "128R", "description" : "128MB"},
                     {"value" : "128R", "description" : "128MB"},
                     {"value" : "256R", "description" : "256MB"},
                     {"value" : "256R", "description" : "256MB"},
Line 150: Line 142:
       "values" : [
       "values" : [
                     {"value" : "0SF", "description" : "No Special Features"},
                     {"value" : "0SF", "description" : "No Special Features"},
                     {"value" : "1WB", "description" : "Built-in 802.11b/g/n Wi-Fi and Bluetooth v5.1 Module"}
                     {"value" : "1WB", "description" : "Built-in Murata 802.11b/g/n Wi-Fi and Bluetooth v5.1 Module"},
                    {"value" : "2ET", "description" : "Built-in Microchip 100Mb Ethernet PHY"},
                    {"value" : "3WE", "description" : "Built-in Murata 802.11b/g/n Wi-Fi/Bluetooth v5.1 and Microchip 100Mb Ethernet PHY"}
                 ]
                 ]
     },
     },
Line 165: Line 159:
                     {"value" : "E", "description" : "Extended with Wi-Fi: -25 to +70 C"},
                     {"value" : "E", "description" : "Extended with Wi-Fi: -25 to +70 C"},
                     {"value" : "I", "description" : "Industrial: -40 to +85 C"}
                     {"value" : "I", "description" : "Industrial: -40 to +85 C"}
                ]
    },
    {
        "type" : "separator",
        "value" : "_"
    },
    {
      "name" : "SOM Version",
      "type" : "selector",
      "symbol" : "V",
      "values" : [
                    {"value" : "A", "description" : "Version 1.0"},
                 ]
                 ]
     }
     }
Line 195: Line 177:
|-
|-
| Power Supply
| Power Supply
| <center>5.0</center>
| <center>3.3</center>
| <center>V</center>
| <center>V</center>
| Connected to +5VIN SODIMM pin
| Connected to +3V3IN pins
|-
|-
| Input GPIO voltage
| Input GPIO voltage
Line 229: Line 211:
| Max.
| Max.
|-
|-
| +5VIN
| +3V3IN
| Supply Voltage
| Supply Voltage
| 4.0
| 3.15
| 5.0
| 3.3
| 5.5
| 3.45
| V
| V
|-
|-
| +5VIN
| +3V3IN
| Total Supply Current<sup>1</sup>
| Total Supply Current<sup>1</sup>
| -
| -
| 115
| 175
| 155
| 255
| mA
| mA
|-
|-
Line 250: Line 232:
| V
| V
|-
|-
| +3.3VOUT
| +3V3SW
| SOM Internal LDO<br />Output Current
| Output current of 3.3V power supply for peripherals<br />
| -
| -
| -
| -
| 0.5
| 0.2
| A
| A
|-
|-
Line 283: Line 265:


== SOM pinout ==
== SOM pinout ==
Important notes <br />
StarSOM-6ULL board-to-board connectors view (top view)<br>
1. Detail pin configurations description you can find, edit and arrange in dedicated MEX files (with free "i.MX Pin Tool" configurational tool):
StarrSOM-6ULL connectors type: Hirose DF40C100DP04V51<br>  
[https://somlabs.com/wp-content/uploads/SoMLabs-VisionSoM-6ULL-NAND-SD-eMMC-noWIFI.zip VisionSOM-6ULL without WiFi module and no SDIO1 on edge connector] or
[[File:StarSOM-6ULL-connectors.png]]
[https://somlabs.com/wp-content/uploads/SoMLabs-VisionSoM-6ULL-NAND-SD-eMMC-noWIFI-extSDIO1.zip VisionSOM-6ULL without WiFi module and with SDIO1 on edge connector] or
[https://somlabs.com/wp-content/uploads/SoMLabs-VisionSoM-6ULL-NAND-SD-eMMC-WiFi.zip VisionSOM-6ULL witht WiFi module on-board]. <br />
2. LCD_DATAxx pins are internally used for boot sequence configuration. We recommend to use LCD_DATAxx lines as outputs or using eFuse boot configuration.
 
 
[[StarSOM-6ULL-connectors.png|center]]




Line 1,270: Line 1,246:
| GPIO1.10
| GPIO1.10
| P15
| P15
| Used  as hardware reset Ethernet PHY with 4.7k pull-down resistor
| Used  as hardware reset Ethernet of PHY with 4.7k pull-down resistor
|-
|-
| -
| -
Line 1,280: Line 1,256:


== Dimensions ==
== Dimensions ==
[[StarSOM-6ULL Dimiensions.png|center]]
[[File:StarSOM-6ULL-dimensions.png|center]]

Latest revision as of 09:20, 13 October 2023

StarSOM-6ULL Datasheet and Pinout

General description

The StarSOM-6ULL family is a small size and low profile SoM based on the NXP i.MX6 ULL application processor, which features an advanced implementation of a single ARM Cortex-A7 core (at speeds up to 900MHz).

The StarSOM-6ULL is a low power highly integrated SoM (System on Module) featuring high computation power, on-board Ethernet PHY 10/100, 802.11b/g/n Wi-Fi and Bluetooth v5.1 connectivity. The option of integrated, fully certified Wi-Fi and Bluetooth module simplifies the carrier board design and is ideally suited for wireless application. The StarSOM-6ULL provides a variety memory configuration including flexible range of DDR3L, and eMMC Flash that meets our customers requirements.

The SoM supports connections to a variety of interfaces: two high-speed USB on-the-go with PHY, dual Ethernet (single PHY on-board), audio, display with touch panel and serial interfaces. In addition, the system supports industrial grade targeting embedded application.

SOMLabs also provides a complete hardware and software development board for the SoM in the form of a carrier board and optional TFT display and touch panel.

Applications

  • Industrial embedded Linux computer
  • Home Appliances
  • Home Automation – Smart Home
  • Human-machine Interfaces (HMI)
  • Point-of-sales (POS) terminals
  • Cash Register
  • 2D barcode scanners and printers
  • Smart grid infrastructure
  • IoT gateways
  • Residential gateways
  • Machine vision equipment
  • Robotics
  • Fitness/outdoor equipment

Features

  • Powered by NXP i.MX 6ULL application processor
  • Core clock up to 900MHz
  • Up to 1GB RAM DDR3L
  • Up to 32GB eMMC
  • Optional Murata 802.11b/g/n Wi-Fi and Bluetooth v5.1 module
  • Power-efficient and cost-optimized solution
  • Ideal for industrial IoT and embedded applications
  • Integrated security features

Pictures of SOM versions

Version Photo
eMMC
Wi-Fi and Ethernet PHY10/100 are available as an options.

Ordering info

SLS06Y2_Clock_RamSize_FlashSize_SF_TEMP
SLSProduct type
SLS - System on Module
0SOM Name
0 - StarSOM board-to-board connectors
6CPU Family
6 - i.MX6
Y2CPU Type
Y2 - i.MX6 ULL Y2
ClockCPU Clock Speed
528C - 528MHz
792C - 792MHz
900C - 900MHz
RamSizeDDR3 RAM Size
128R - 128MB
256R - 256MB
512R - 512MB
FlashSizeFlash Size Type and Density
04GE - 4GB eMMC
08GE - 8GB eMMC
16GE - 16GB eMMC
32GE - 32GB eMMC
SFSpecial Features
0SF - No Special Features
1WB - Built-in Murata 802.11b/g/n Wi-Fi and Bluetooth v5.1 Module
2ET - Built-in Microchip 100Mb Ethernet PHY
3WE - Built-in Murata 802.11b/g/n Wi-Fi/Bluetooth v5.1 and Microchip 100Mb Ethernet PHY
TEMPOperating Temperature
C - Consumer: 0 to +70 C
E - Extended with Wi-Fi: -25 to +70 C
I - Industrial: -40 to +85 C

Block Diagram

Operating ranges

Parameter Value Unit Comment
Power Supply
3.3
V
 Connected to +3V3IN pins
Input GPIO voltage
3.3
V
 -
Environment temperature1
-40…+85
 oC Industrial range w/o WiFi module
-25…+70
 Industrial range with WiFi module
0…+70
 Consumer range

Note:
1. Maximum MPU junction temperature is +105oC (industrial version) or +95oC (consumer version).

Electrical parameters

SOM
signal name 		Parameter Value Units
Min. Typ. Max.
+3V3IN Supply Voltage 3.15 3.3 3.45 V
+3V3IN Total Supply Current1 - 175 255 mA
VGPIO GPIO Input Voltage 0 3.3 3.62 V
+3V3SW Output current of 3.3V power supply for peripherals
 - - 0.2 A
USB-OTGx-VBUS USB Supply 4.40 - 5.5 V
VDD-COIN-3V SNVS Backup
Battery Supply 		2.66 - 3.6 V
- ADC Inputs Voltage 0 - 3.3 V

Notes:
1. Excluding external load connected to +3.3VOUT lines.
2. Applying the maximum voltage 3.6V results in shorten lifetime. Recommended value is smaller than 3.5V.

SOM pinout

StarSOM-6ULL board-to-board connectors view (top view)
StarrSOM-6ULL connectors type: Hirose DF40C100DP04V51


SoM pin number Default function GPIO BGA289 ball Notes
J101
1 GND - -
2 GND - -
26 LCD.RES GPIO3.04 E9
28 I2C2.SDA GPIO1.31 G13 Internally pull-uped with 4.7k connected to 3.3V
30 I2C2.SCL GPIO1.30 F17 Internally pull-uped with 4.7k connected to 3.3V
32 GPIO1.01 GPIO1.01 L15
34 GPIO1.02 GPIO1.02 L14
36 GPIO1.03 GPIO1.03 L17
38 GPIO1.04 GPIO1.04 M16
39 GND - -
40 GND - -
41 VDD.EMMC - - Internal 1.8V LDO output as reference or power supply voltage for QSPI (SDIO) interface
42 LCD.CLK GPIO3.00 A8
43 QSPI.CLK GPIO4.11 D5 Line referenced to VDD.EMMC power supply (1.8V)
44 GND - -
45 QSPI.CS0 GPIO4.16 E6 Line referenced to VDD.EMMC power supply (1.8V)
46 LCD.VSYNC GPIO3.03 C9
47 QSPI.D0 GPIO4.12 A3 Line referenced to VDD.EMMC power supply (1.8V)
48 LCD.HSYNC GPIO3.02 D9
49 QSPI.D1 GPIO4.13 C5 Line referenced to VDD.EMMC power supply (1.8V)
50 LCD.ENABLE GPIO3.01 B8
51 QSPI.D2 GPIO4.14 B5 Line referenced to VDD.EMMC power supply (1.8V)
52 LCD.DATA23 GPIO3.28 B16
53 QSPI.D3 GPIO4.15 A4 Line referenced to VDD.EMMC power supply (1.8V)
54 LCD.DATA22 GPIO3.27 A14
55 QSPI.DQS GPIO4.10 B4 Line referenced to VDD.EMMC power supply (1.8V)
56 LCD.DATA21 GPIO3.26 B14
57 GND - -
58 LCD.DATA20 GPIO3.25 C14
59 BT.PCMCLK GPIO4.26 D3 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
60 LCD.DATA19 GPIO3.24 D14
61 BT.PCMOUT GPIO4.27 D2 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
62 LCD.DATA18 GPIO3.23 A13
63 BT.PCMIN GPIO4.28 D1 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
64 LCD.DATA17 GPIO3.22 B13
65 BT.PCMSYNC GPIO4.25 D4 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
66 LCD.DATA16 GPIO3.21 C13
67 BT.RTS GPIO4.23 E2 BT-BLE interface connection - UART5 (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
68 LCD.DATA15 GPIO3.20 D13
69 BT.CTS GPIO4.24 E1 BT-BLE interface connection - UART5 (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
70 LCD.DATA14 GPIO3.19 A12
71 BT.TXD GPIO4.22 E3 BT-BLE interface connection - UART5 (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
72 LCD.DATA13 GPIO3.18 B12
73 BT.RXD GPIO4.21 E4 BT-BLE interface connection - UART5 (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
74 LCD.DATA12 GPIO3.17 C12
75 BT.WAKE GPIO4.20 F3 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
76 LCD.DATA11 GPIO3.16 D12
77 BT.HWAKE GPIO4.19 F2 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
78 LCD.DATA10 GPIO3.15 E12
79 BT.ENABLE GPIO4.17 F5 BT-BLE interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
80 LCD.DATA09 GPIO3.14 A11
81 WLAN.HWAKE GPIO4.18 E5 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
82 LCD.DATA08 GPIO3.13 B11
83 WLAN.EN GPIO1.08 N17 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
84 LCD.DATA07 GPIO3.12 D11
85 GND - -
86 LCD.DATA06 GPIO3.11 A10
87 SDIO1.CLK GPIO2.17 C1 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
88 LCD.DATA05 GPIO3.10 B10
89 SDIO1.CMD GPIO2.16 C2 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
90 LCD.DATA04 GPIO3.09 C10
91 SDIO1.D2 GPIO2.20 B1 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
92 LCD.DATA03 GPIO3.08 D10
93 SDIO1.D0 GPIO2.18 B3 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
94 LCD.DATA02 GPIO3.07 E10
95 SDIO1.D3 GPIO2.21 A2 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
96 LCD.DATA01 GPIO3.06 A9
97 SDIO1.D1 GPIO2.19 B2 WiFi interface connection (if 1DX modules used)
If 1DX modules is not used alternative pin functions (incl. GPIO) available
98 LCD.DATA00 GPIO3.05 B9
99 GND - -
100 GND - -
J100
1 +3V3IN - - External power supply 3.3V
2 +3V3IN - - External power supply 3.3V
3 +3V3IN - - External power supply 3.3V
4 +3V3IN - - External power supply 3.3V
5 +3V3IN - - External power supply 3.3V
6 +3V3IN - - External power supply 3.3V
7 +3V3IN - - External power supply 3.3V
8 +3V3IN - - External power supply 3.3V
9 +3V3IN - - External power supply 3.3V
10 +3V3IN - - External power supply 3.3V
11 GND - -
12 GND - -
13 GND - -
14 GND - -
15 GND - -
16 GND - -
17 PMIC-ON-REQ
18 ON-OFF ON-OFF R8
19 PMIC-STBY-REQ PMIC-STBY-REQ U9
20 POR POR P8 Power-on-reset input-output
21 VDD-3V3-SNVS VDD-SNVS-IN P12 SNVS domain power supply
External 3.3V connection power supply is necessary
22 RECOVERY System recovery pin:
RECOVERY=0 during reset -> start recovery mode
RECOVERY=1 or not connected -> normal operation mode
23 GND - -
24 RESET.IN - - System reset
25 UART4.RXD GPIO1.29 G16 Default Linux console RxD line
26 GND - -
27 UART4.TXD GPIO1.28 G17 Default Linux console TxD line
28 TAMPER.0 GPIO5.00 R10
29 +3V3SW - - Reference 3.3V power supply for external peripherals, maximum load 200 mA
30 TAMPER.1 GPIO5.01 R9
32 TAMPER.2 GPIO5.02 P11
34 TAMPER.3 GPIO5.03 P10
36 TAMPER.4 GPIO5.04 P9
37 GND - -
38 TAMPER.5 GPIO5.05 N8
39 USB2.VBUS U12
40 TAMPER.6 GPIO5.06 N11
41 USB2.DN - T13
42 TAMPER.7 GPIO5.07 N10
43 USB2.DP - U13
44 TAMPER.8 GPIO5.08 N9
45 GND - -
46 TAMPER.9 GPIO5.09 R6
47 GPIO1.05 GPIO1.05 M17
48 GND - -
49 USB1.VBUS - T12
50 JTAG.TCK GPIO1.14 M14 Optionally used as 32kHz clock source for 1DX radio module
51 USB1.DN - T15
52 JTAG.TDI GPIO1.13 N16
53 USB1.DP - U15
54 JTAG.TDO GPIO1.12 N15
55 GND - -
56 JTAG.TMS GPIO1.11 P14
57 USB1.ID GPIO1.00 K13
58 JTAG.TRST GPIO1.15 N14
60 GND - -
62 UART1.CTS GPIO1.18 K15
63 GND - -
64 UART1.RTS GPIO1.19 J14
65 ENET2.TX-CLK GPIO2.14 D17
66 UART1.RXD GPIO1.17 K16
67 ENET2.TXD1 GPIO2.12 A16
68 UART1.TXD GPIO1.16 K14
69 ENET2.TXD0 GPIO2.11 A15
70 UART2.CTS GPIO1.22 J15
71 ENET2.TXEN GPIO2.13 B15
72 UART2.RTS GPIO1.23 H14
73 ENET2.RXER GPIO2.15 D16
74 UART2.RXD GPIO1.21 J16
75 ENET2.RXEN GPIO2.10 B17
76 UART2.TXD GPIO1.20 J17
77 ENET2.RXD0 GPIO2.08 C17
78 UART3.CTS GPIO1.26 H15
79 ENET2.RXD1 GPIO2.09 C16
80 UART3.RTS GPIO1.27 G14
81 ENET.MDC GPIO1.07 L16
82 UART3.RXD GPIO1.25 H16
83 ENET.MDIO GPIO1.06 K17
84 UART3.TXD GPIO1.24 H17
85 GND - -
86 GND - -
87 ENET1.LED0 - - LED0/nWAYEN - output PHY signal (LED cathode)
89 ENET1.LED1 - - LED0/SPEED - output PHY signal (LED cathode)
91 ENET1.RXN - - Rx_n - external Ethernet trafo connector
93 ENET1.RXP - - Rx_p - external Ethernet trafo connector
95 ENET1.TXN - - Tx_n - external Ethernet trafo connector
97 ENET1.TXP - - Tx_p - external Ethernet trafo connector
99 GND - -
100 GND - -
- JTAG.MOD GPIO1.10 P15 Used as hardware reset Ethernet of PHY with 4.7k pull-down resistor
- BOOT.MODE1 - U10 Permanently connected to GND

Dimensions

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