MY-i.MX6-CB314 core module

[cherryzheng]

MY-i.MX6-CB314 core module

•      CPU:i.MX6Q:Compatible with the

automotive, industrial, consumer level,

Accept the 6U/S mass customization

•      Memory：DDR3 1GB, up to 2GB
•      Storage：SPI NorFlash/4GB EMMC,

Up to 64GB EMMC

•      Power Supply: 5V
•      Size: 40mm x 80mm
•      Temperature:

Consumer(-20°C..85°C ), up to 1GHz;

Automotive(-40°C..105°C), AEC-Q100, up to 1GHz;

Industrial( -40°C..85°C), up to 800MHz

Main Features:

•      4x ARM Cortex-A9 up to 1 GHz per core at work
•      200Mtri/s 1000Mpxl/s
•      OpenGL ES 2.0$Halti, CL EP
•      1MB L2 cache
•      GPU 2D(Vector Graphics)
•      32KB instruction and data caches
•      Vivante GC355 300Mpxl/s, OpenVG1.1
•      NEON SIMD media accelerator
•      GPU 2D(Composition)
•      GPU 3D
•      Vivante GC320 600Mpxl/s, BLIT
•       Vivante GC2000
•      Video Decode 1080p 60h.264
•      Hardware BCH(up to 20 corrections)
•      Camera Interface
•      Types: 1x 20-bit parallel, MIPI-CSI-2(2 lanes), three Simultaneous inputs

OS Support:

•      Linux 3.0.35/Linux 3.14.52/Linux-4.1.15, Android4.4.2/Android5.1, QT4.8.5/QT5, Ubuntu12.04/Ubuntu16.04

MY-IMX6-CB314 parameter

hardware configuration

core board main model	CPU	memory capacity	storage capacity	boot mode	burning mode	other
MY-IMX6-CB200	i.MX 6QP	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6Q	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6U	1G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6S	512M / 1G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 512M，storage 4G
MY-IMX6-CB314	i.MX 6QP	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6Q	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6U	1G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
MY-IMX6-CB336	i.MX 6QP	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
	i.MX 6Q	1G / 2G	eMMC: 4G ~ 64G	SPI Flash	two bit dialing	standard configuration：memory 1G，storage 4G
Instruction：the series of core boards mentioned above can be offered in grades of automotive/industrial control/consumer electronic。standard configuration is consumer electronic。)

Model example

• MY-IMX6-CB314-6Q5E-1G-4G

　　   CPU：MCIMX6Q5E
　　　　memory size：1G
　　　　eMMC size：4G

Operating system & version		MY-IMX6-EK200	MY-IMX6-EK314	MY-IMX6-EK336	MY-IMX6-EK140
Linux	Linux-3.0.35	YES	YES	-	-
	Linux-3.14.52	YES	YES	YES	YES
Android	Android 4.2.2	YES	-	-	-
	Android 4.4.2	YES	YES	-	-
QT	QT-4.8.5	YES	YES	-	YES
	QT-5.5.0	YES	YES	YES	-
Ubuntu	Ubuntu 11.10	YES	YES	-	-
	Ubuntu 12.04	YES	YES	-	-

Operating system support

 

Hardware interface

Display module	HDMI	1 way	1.4 port
	LVDS	2 way	8bit model up to 165 Mpixels/s
	RGB	1 way	24bit model
(rowspan=2|camera)	CSI	1 way	8bit model
	Mipi	1 way	2 Lanes
Ethernet camera	RGMII	1 way	1000M
Audio	I2S/SSI/AC97	1 way	up to 1.4 Mbps
PCI Express	PCI Express	1 way	Gen 2.0
Storage	SD/MMC卡	2 way	4/8bit
	SATA	1 way	SATA II, 3.0 Gbps
USB	USBOTG	1 way	480M high speed
	USBHOST	1 way	480M high speed
CSPI	CSPI	2 way	high speed
UART	UART	5	up to 4.0 Mbps
CAN	CAN	2 way	1 Mbps each
PWM	PWM	1 way	configuration of 4 way is optional
I2C	I2C	3 way	supporting 400 kbps
IO expansion	multiple way	21 way	It can be configured without pin
Watchdog	Watchdog	1 way	Watchdog hardware
Bus	EIM	1 way	16 bit bus expansion
Debug	JTAG	1 way	JTAG debugging

Defaulted display selection

LVDS0
LVDS0 7寸 TFT crystal liquid display（24bit LVDS port）
resolution 1024X600@60Hz
white backlight
capacitor touch

LVDS1
LVDS1 7-inch TFT crystal liquid display（24bit LVDS port）
resolution 1024X600@60Hz
white backlight
capacitor touch

RGB

7-inch TFT crystal liquid display（24bit RGB port）
resolution 800X480@60Hz
white backlight
capacitor touch

HDMI
HDMI-output （24bit HDMI port）
1920X1080@60Hz compatible 16/18/24bpp

Definition of pin

Pin	Pin Name	Voltage	Pin	Pin Name	Voltage
P1	GND	0V	S1	GND	0V
P2	GND	0V	S2	GND	0V
P3	GND	0V	S3	CSI0_PIXCLK	2.5V
P4	UART1_RX	2.5V	S4	CSI0_VSYNCH	2.5V
P5	UART1_TX	2.5V	S5	CSI0_DAT12	2.5V
P6	AUD3_TXC	2.5V	S6	CSI0_DAT13	2.5V
P7	AUD3_TXD	2.5V	S7	CSI0_DAT19	2.5V
P8	GPIO_0_CLKO	3.3V	S8	CSI0_DATA_EN	2.5V
P9	AUD3_RXD	2.5V	S9	CSI0_DAT17	2.5V
P10	AUD3_TXFS	2.5V	S10	CSI0_DAT16	2.5V
P11	UART5_RXD	3.3V	S11	CSI0_DAT14	2.5V
P12	UART5_TXD	3.3V	S12	CSI0_DAT18	2.5V
P13	GND	0V	S13	CSI0_DAT15	2.5V
P14	GND	0V	S14	CSI0_HSYNCH	2.5V
P15	LVDSO_TX1_N	2.5V	S15	GND	0V
P16	LVDSO_TX1_P	2.5V	S16	GND	0V
P17	GND	0V	S17	CAN1_TX	3.3V
P18	LVDSO_TX2_N	2.5V	S18	CAN1_RX	3.3V
P19	LVDSO_TX2_P	2.5V	S19	GND	0V
P20	GND	0V	S20	I2C2_SDA	3.3V
P21	LVDSO_TX0_N	2.5V	S21	I2C2_SCL	3.3V
P22	LVDSO_TX0_P	2.5V	S22	GND	0V
P23	GND	0V	S23	I2C3_SDA	3.3V
P24	LVDSO_TX3_N	2.5V	S24	I2C3_SCL	3.3V
P25	LVDSO_TX3_P	2.5V	S25	GND	0V
P26	GND	0V	S26	UART4_RXD	3.3V
P27	LVDSO_CLK_N	2.5V	S27	UART4_TXD	3.3V
P28	LVDSO_CLK_P	2.5V	S28	GND	0V
P29	GND	0V	S29	CAN2_TX	3.3V
P30	DISP0_DAT18	3.3V	S30	CAN2_RX	3.3V
P31	DISP0_DAT22	3.3V	S31	GND	0V
P32	DISP0_DAT14	3.3V	S32	KEY_COL2	3.3V
P33	DISP0_DAT17	3.3V	S33	GND	0V
P34	DISP0_DAT9	3.3V	S34	LVDS1_TX1_P	2.5V
P35	DISP0_DAT12	3.3V	S35	LVDS1_TX1_N	2.5V
P36	DISP0_DAT5	3.3V	S36	GND	0V
P37	DISP0_DAT7	3.3V	S37	LVDS1_TX0_P	2.5V
P38	DISP0_CNTRST	3.3V	S38	LVDS1_TX0_N	2.5V
P39	DISP0_DAT0	3.3V	S39	GND	0V
P40	DISP0_HSYNCH	3.3V	S40	LVDS1_CLK_N	2.5V
P41	DISP0_DAT13	3.3V	S41	LVDS1_CLK_P	2.5V
P42	DISP0_DAT16	3.3V	S42	GND	0V
P43	DISP0_DAT21	3.3V	S43	LVDS1_TX2_N	2.5V
P44	DISP0_DAT20	3.3V	S44	LVDS1_TX2_P	2.5V
P45	DISP0_DAT23	3.3V	S45	GND	0V
P46	DISP0_DAT10	3.3V	S46	LVDS1_TX3_P	2.5V
P47	DISP0_DAT11	3.3V	S47	LVDS1_TX3_N	2.5V
P48	DISP0_DAT19	3.3V	S48	GND	0V
P49	DISP0_DAT15	3.3V	S49	EIM_DA15	3.3V
P50	DISP0_DAT8	3.3V	S50	EIM_WAIT	3.3V
P51	DISP0_DAT6	3.3V	S51	CSPI2_CS0	3.3V
P52	DISP0_DAT4	3.3V	S52	EIM_DA2	3.3V
P53	DISP0_DAT2	3.3V	S53	EIM_DA10	3.3V
P54	DISP0_DAT1	3.3V	S54	EIM_EB0	3.3V
P55	DISP0_DAT3	3.3V	S55	EIM_DA4	3.3V
P56	DISP0_DRDY	3.3V	S56	EIM_EB1	3.3V
P57	DISP0_VSYNCH	3.3V	S57	CSPI2_CS1	3.3V
P58	DISP0_CLK	3.3V	S58	CSPI2_MOSI	3.3V
P59	GND	0V	S59	CSPI2_CLK	3.3V
P60	UART2_CTS	3.3V	S60	EIM_DA12	3.3V
P61	UART2_RTS	3.3V	S61	EIM_DA7	3.3V
P62	UART2_RXD	3.3V	S62	EIM_DA8	3.3V
P63	UART2_TXD	3.3V	S63	EIM_DA3	3.3V
P64	UART3_RTS	3.3V	S64	EIM_DA6	3.3V
P65	UART3_RXD	3.3V	S65	EIM_DA1	3.3V
P66	UART3_TXD	3.3V	S66	EIM_DA11	3.3V
P67	UART3_CTS	3.3V	S67	CSPI2_MISO	3.3V
P68	GND	0V	S68	EIM_DA14	3.3V
P69	SD1_DAT3	3.3V	S69	EIM_DA13	3.3V
P70	SD1_DAT2	3.3V	S70	EIM_BCLK	3.3V
P71	SD1_CLK	3.3V	S71	EIM_DA5	3.3V
P72	SD1_DAT1	3.3V	S72	EIM_DA9	3.3V
P73	SD1_CMD	3.3V	S73	EIM_DA0	3.3V
P74	SD1_DAT0	3.3V	S74	CSPI2_RDY	3.3V
P75	GND	0V	S75	EIM_EB3	3.3V
P76	RGMII_INT	2.5V	S76	GND	0V
P77	RGMII_MDIO	2.5V	S77	USB_OTG_OC	3.3V
P78	RGMII_REF_CLK	2.5V	S78	USB_OTG_PWR_EN	3.3V
P79	RGMII_nRST	2.5V	S79	GND	0V
P80	RGMII_MDC	2.5V	S80	SD2_DATA1	3.3V
P81	RGMII_TD2	2.5V	S81	SD2_CMD	3.3V
P82	RGMII_TD1	2.5V	S82	SD2_DATA2	3.3V
P83	RGMII_RD3	2.5V	S83	SD2_DATA3	3.3V
P84	RGMII_RX_CTL	2.5V	S84	SD2_DATA0	3.3V
P85	RGMII_TX_CTL	2.5V	S85	SD2_CLK	3.3V
P86	RGMII_TXC	2.5V	S86	GPIO1_24	3.3V
P87	RGMII_RD1	2.5V	S87	GPIO1_26	3.3V
P88	RGMII_TD0	2.5V	S88	GPIO1_30	3.3V
P89	RGMII_RD0	2.5V	S89	GPIO1_27	3.3V
P90	RGMII_RXC	2.5V	S90	GPIO1_29	3.3V
P91	RGMII_RD2	2.5V	S91	MX6_ONOFF	3.3V
P92	RGMII_TD3	2.5V	S92	BOOT_MODE1	3.3V
P93	GND	0V	S93	BOOT_MODE0	3.3V
P94	SATA_RXN	2.5V	S94	GPIO2_5	3.3V
P95	SATA_RXP	2.5V	S95	GPIO2_4	3.3V
P96	GND	0V	S96	GPIO2_0	3.3V
P97	SATA_TXN	2.5V	S97	GPIO2_2	3.3V
P98	SATA_TXP	2.5V	S98	GPIO6_11	3.3V
P99	GND	0V	S99	GPIO6_9	3.3V
P100	USB_HOST_DP	5V	S100	GPIO2_6	3.3V
P101	USB_HOST_DN	5V	S101	GPIO2_3	3.3V
P102	GND	0V	S102	GPIO2_7	3.3V
P103	USB_OTG_VBUS	5V	S103	GPIO6_16	3.3V
P104	USB_H1_VBUS	5V	S104	GPIO2_1	3.3V
P105	USB_H1_OC	3.3V	S105	GPIO6_7	3.3V
P106	USB_OTG_ID	3.3V	S106	GPIO6_14	3.3V
P107	USB_H1_PWR_EN	3.3V	S107	GPIO6_8	3.3V
P108	GND	0V	S108	GPIO6_10	3.3V
P109	USB_OTG_DP	5V	S109	GPIO6_15	3.3V
P110	USB_OTG_DN	5V	S110	CSPI1_CS0	3.3V
P111	GND	0V	S111	CSPI1_MOSI	3.3V
P112	CLK1_N	2.5V	S112	CSPI1_CLK	3.3V
P113	CLK1_P	2.5V	S113	CSPI1_RDY	3.3V
P114	GND	0V	S114	CSPI1_MISO	3.3V
P115	PCIE_TXM	2.5V	S115	GND	0V
P116	PCIE_TXP	2.5V	S116	SD3_DATA2	3.3V
P117	GND	0V	S117	SD3_CLK	3.3V
P118	PCIE_RXP	2.5V	S118	SD3_DATA3	3.3V
P119	PCIE_RXM	2.5V	S119	SD3_RST	3.3V
P120	GND	0V	S120	SD3_DATA0	3.3V
P121	CSI_D1P	2.5V	S121	SD3_DATA1	3.3V
P122	CSI_D1M	2.5V	S122	SD3_CMD	3.3V
P123	GND	0V	S123	SD3_DATA6	3.3V
P124	CSI_D0M	2.5V	S124	SD3_DATA7	3.3V
P125	CSI_D0P	2.5V	S125	SD3_DATA5	3.3V
P126	GND	0V	S126	SD3_DATA4	3.3V
P127	CSI_CLK0P	2.5V	S127	GND	0V
P128	CSI_CLK0M	2.5V	S128	JTAG_TDO	3.3V
P129	GND	0V	S129	JTAG_TCK	3.3V
P130	DSI_REXT	2.5V	S130	JTAG_TDI	3.3V
P131	GND	0V	S131	JTAG_TMS	3.3V
P132	DSI_D0P	2.5V	S132	nJTAG_TRST	3.3V
P133	DSI_D0M	2.5V	S133	GND	0V
P134	GND	0V	S134	HDMI_CLKP	2.5V
P135	DSI_D1P	2.5V	S135	HDMI_CLKM	2.5V
P136	DSI_D1M	2.5V	S136	GND	0V
P137	GND	0V	S137	HDMI_D1P	2.5V
P138	DSI_CLK0M	2.5V	S138	HDMI_D1M	2.5V
P139	DSI_CLK0P	2.5V	S139	GND	0V
P140	GND	0V	S140	HDMI_D2P	2.5V
P141	I2C1_SDA	2.5V	S141	HDMI_D2M	2.5V
P142	I2C1_SCL	2.5V	S142	GND	0V
P143	GPIO1_4	3.3V	S143	HDMI_D0M	2.5V
P144	GPIO7_13	3.3V	S144	HDMI_D0P	2.5V
P145	GPIO7_12	3.3V	S145	GND	0V
P146	GPIO1_5	3.3V	S146	HDMI_HPD	2.5V
P147	GPIO7_11	3.3V	S147	HDMI_CEC_IN	2.5V
P148	nRESET	3.3V	S148	GND	0V
P149	2P5V	2.5V	S149	3P3V	3.3V
P150	2P5V	2.5V	S150	3P3V	3.3V
P151	GND	0V	S151	3P3V	3.3V
P152	GND	0V	S152	3P3V	3.3V
P153	GND	0V	S153	5VIN	5V
P154	GND	0V	S154	5VIN	5V
P155	GND	0V	S155	5VIN	5V
P156	GND	0V	S156	5VIN	5V
			S157	5VIN	5V
			S158	5VIN	5V

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