G3288-Gf System On Module(SOM) – Graperain
Shenzhen Graperain Technology Co., Ltd.
ARM based Development Boards and Modules with ARM9, ARM11, Cortex-A8, Cortex-A9
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Home  /  ARM Embedded Products  >  System On Module  >  G3288-Gf System On Module

 

 

  • RK3288
  • RK3288
  • System on Module
  • CPU:RK3288 (ARM Cortex-A17)
  • Goods in the high-quality, and absolutely stable and reliable.
  • G3288 system on module is of the smallest size and insure GPIO intefaces inland meanwhile, size 50mm x 66mm x 3mm.
  • CPU
    1.8GHz*4
  • DDR3
    2G
  • EMMC
    8G

The King of Quad core

2GB RAM as standard, and 4GB optional.

  • A17 Quad Core CPU

    ARM Cortex-A17 and 1.8Ghz Quad Core



    A17 Quad Core CPU
  • 4GB Emmc, 32GB Memory






    4GB Emmc, 32GB Memory
  • Independence Power Management

    Takes RK818, it supports dynamic frequency modulation and coulombmeter,
    which could be insure it works stable.


    Independence Power Management
  • Android 5.1 Operating System

    Android 5.1 Operating System




    Android 5.1 Operating System

G3288 System on Module (shorts for G3288 SOM) Introduction:

G3288 SOM is based on Rockchip RK3288 ( A17 quad-core) chip, and which launced from Shenzhen Graperain Technology Co., Ltd.

 

G3288 SOM takes Rockchip RK3288 (A17 quad-core) CPU, and its basic frequency is 1.8Ghz, integrated Mali-T760 MP4 graphics processor, supports OpenGL ES1.1/2.0/3.0,OpenVG1.1,OpenCL,Directx11, and supports H.264 of 4K X 2K and 10bit H.265 hard video decoding.

 

Checking RK3288 Development Board Instruction>>

 


G3288 SOM Features

G3288 SOM Features

Stronge graphics processor and 4K hard video decoding

  • Dual-frequency different show

    Dual-frequency different show


    Dual-frequency different show

  • HDMI 2.0 : HDMI video and audio sync out

    HDMI 2.0 : HDMI video and audio sync out


    HDMI 2.0 : HDMI video and audio sync out

  • 支持WIFI 双频

    Wifi Dual Band


    802.11b/g/n and 5G & 2.4G dual band

  • 支持Linux+4G

    Compatible 2K Display


    integrated Mali-T760 MP4 graphics processor, supports OpenGL ES1.1/2.0/3.0,OpenVG1.1,OpenCL,Directx11, and supports H.264 of 4K X 2K and 10bit H.265 hard video decoding.

 


G3288 SOM Features Details:

G3288 SOM Features Details:
  • The smallest size: 50mm x 66mm, and ensure GPIO interfaces Onboard
  • Takes RK818 PMU power management and keep work stable
  • Supports kinds of eMMC, Toshiba 8GB eMMC as default
  • Takes single channel DDR3, and 2GB as default. 4GB as optional
  • Supports power sleep wake up
  • Supports Android 5.1. Linux + qt, Ubuntu operating system
  • Onboard the Gigabit Ethernet
  • Supports HDMI2.0
  • Supports 2k display drive
核心板接口
  • G3288 SOM Supports 4K Hard Video Decoding
  • 4k video decode
  • GR3288 SOM takes Rockchip RK3288 CPU and frequency up to 1.8GHz, integrates Mali-T760 MP4 graphics processor, and supports OpenGL ES1.1/2.0/3.0, OpenVG1.1, OpenCL, Directx11, which supports 4K x 2K (H.264) and 10 bits H.265 video decoding. And its AnTuTu benchmark more than 50,000.
  • G3288 SOM Size and PINs
  • GR3288 SOM Structure and PIN Array
  • Best size and enough GPIO, only 82 x 60 x 3mm.


    Graperain has designed the difficult parts in GR3288 SOM. Customers only need to design a double or four layer carrier board.

  • 204 PINs
  • Up to 313 PIN
  • Up to 313 PIN and run to 1.8Ghz. The SOM takes 8-layer immersion gold PCB, which is of the best electrical properties and anti-interference characteristic. And this design makes the board works stable.


    Supports LVDS, MIPI, Gigabit Ethernet, HDMI2.0 etc.

应用领域

SOM Parameters

SOM Parameters
  • Appearance: Gold finger
  • SOM size: 82mm*60mm*1.2mm
  • Pin pitch: 1.1mm
  • Pin pad size: 1.3mm*0.7mm
  • Pin num.: 313 PIN
  • Layer: 8-layer
System Configuration
  • CPU: Rockchip RK3288, Cortex A17 quad core 1.8GHz
  • Dual channel DDR3, 2GB as default and 4GB optional
  • eMMC: 8GB eMMC as default, 4GB/16GB/32GB optional.
  • Power IC: ACT8846
  • Image processing: Mali-T760 MP4, support OpenGL ES 1.1/2.0/3.0, Openvg1.1, OpenCL, Directx11
  • Integrated high performance 2D accelerate hardware
  • Support 4K H.264 and 10bits H.265 video decoder, 1080P multi-form video decoder
  • Ethernet: RTL8211E the gigabit Ethernet PHY.
Interfaces Parameter
  • Display: Double LVDS, MIPI , eDP output
  • Touch: Capacitive touch, can use USB or serial to extend resistive touch
  • Audio: AC97/IIS/PCM, support record and play
  • Onboard eMMC
  • Gigabit Ethernet
  • USB HOST: 1 channel HOST2.0/1.1, 1 channel HOST2.0
  • 1 channel OTG2.0
  • UART: 4 channel UART, support flow control uart
  • 2 channel PWM output
  • 5 channel IIC output
  • 2 channel SPI output
  • 3 channel ADC
  • Camera: 1 channel BT656/BT601, 2 channel MIPI
  • HDMI2.0, HD audio and video output, audio and video output simultaneously
  • MIPI: 1 channel MIPI RX, 1channel MIPI TX, 1channel MIPI RX/TX
  • Double channel lvds
  • eDP support
Electrical Features
  • Input Voltage: 5V
  • Output Voltage:5V
  • Storage Temp.:-20~80℃
  • Working Temp.:-20~70℃


G3288 SOM Appearance

G3288 SOM Front
  • G3288 SOM Front
G3288 SOM Back
  • G3288 SOM Back


Pin Definition

Pin 01
Pin #
Signal Instructions
Instructions
1
GND
2
GND
3
GND
4
FLASH0_WRN
5
GND
6
FLASH0_CS0
7
FLASH0_RDY
8
FLASH0_CS1
9
FLASH0_RND
10
FLASH0_CS3
11
FLASH0_ALE
12
GPIO0_A7_U
13
FLASH0_CLE
14
GPIO0_C2_U
15
GPIO0_D3_D
16
GND
17
VCC18_DVP
18
RTC_CLKOUT
19
VCC28_DVP
20
VCCIO_WL
21
I2C3_SCL
22
VCCIO_WL
23
I2C3_SDA
24

UART0_RX

25
CIF_PDN0
26
UART0_TX
27
CIF_PDN1
28
UART0_CTS
29
CIF_D2
30
UART0_RTS
31
CIF_D3
32
GND
33
CIF_D4
34
SDIO0_D0
35
CIF_D5
36
SDIO0_D1
37
CIF_D6
38
SDIO0_D2
39
CIF_D7
40
SDIO0_D3
41
CIF_D8
42
SDIO0_CMD
43
CIF_D9
44
SDIO0_CLK
45
CIF_VSYNC
46
GND
47
CIF_HREF
48
BT_WAKE
49
CIF_CLK
50
WIFI_REG_ON
51
CIF_CLKOUT
52
BT_RST
53
CIF_D0
54
WIFI_HOST_WAKE
55
CIF_D1
56
BT_HOST_WAKE
57
VCC_EEUSE
58
WORK_LED
59
PWR_INT
60
POWER_LED
61
IR_INT
62
HUB_RST
63
PWM1
64
I2C1_SDA
65
LED_CTL
66
I2C1_SCL
67
RTC_INT
68
SPI2_CLK
69
GPIO8_A0_U
70
SPI2_CSN0
71
GPIO7_A5_D
72
GPIO8_B0_D
73
UART3_RX
74
GPIO8_B1_D
75
UART3_TX
76
XNN233_PWM
77
GPIO7_B1
78
PHONE_CTL
79
CPU_DET
80
DVP_PWR
81
SDMMC_PWR
82
OTG_VBUS_DRV
83
CIF_POWER
84
PMU_GPIO0_B5_D
85
HP_DET
86
HOST_VBUS_DRV
87
HDMI_CED
88
BS_JTAG_TMS
89
GPIO7_B5_U
90
BS_JTAG_TDI
91
I2C4_SDA_TP
92
BS_JTAG_TCK
93
I2C4_SCL_TP
94
BS_JTAG_TDO
95
I2C5_SDA_HDMI
96
EFUSE_PWR
97
I2C5_SCL_HDMI
98
TX_HPD
99
ATX8_RST
100
OGT_ID
101
UART2_RX
102
OTG_DET
103
UART2_TX
104
GND
105
GND
106
HOST2_DM
107
RECOVER
108
HOST2_DP
109
ADC_IN2
110
GND
111
ADC_IN0
112
HOST1_DM
113
GND
114
HOST1_DP
115
SDMMC_D0
116
GND
117
SDMMC_D1
118
OTG_DM
119
SDMMC_D2
120
OTG_DP
121
SDMMC_D3
122
GND
123
SDMMC_CLK
124
HSIC_DATA
125
SDMMC_CMD
126
HSIC_STROBE
127
SDMMC_DET
128
GND
129
GND
130
LCD_D0
131
LCD_D12
132
LCD_D1
133
LCD_D13
134
LCD_D2
135
LCD_D15
136
LCD_D3
137
LCD_D14
138
LCD_D10
139
LCD_D22
140
LCD_D11
141
LCD_D23
142
LCD_D4
143
LCD_D17
144
LCD_D5
145
LCD_D16
146
LCD_D6
147
LCD_D21
148
LCD_D7
149
LCD_D20
150
LCD_D8
151
LCD_CLK
152
LCD_D9
153
LCD_HSYNC
154
GND
155
LCD_VSYNC
156
LCD_D18
157
LCD_DED
Pin 02
Pin #
Signal Instructions
Instructions
158
LCD_D19
159
GND
160
GND
161
GND
162
GND
163
MIPI_TX/RX_D3N
164
MIPI_TX_D3P
165
MIPI_TX/RX_D3P
166
MIPI_TX_D3N
167
MIPI_TX/RX_D2N
168
MIPI_TX_D2P
169
MIPI_TX/RX_D2P
170
MIPI_TX_D2N
171
MIPI_TX/RX_CLKP
172
MIPI_TX_CLKP
173
MIPI_TX/RX_CLKN
174
MIPI_TX_CLKN
175
MIPI_TX/RX_D1P
176
MIPI_TX_D1P
177
MIPI_TX/RX_D1N
178
MIPI_TX_D1N
179
MIPI_TX/RX_D0P
180
MIPI_TX_D0P
181
MIPI_TX/RX_D0N
182
MIPI_TX_D0N
183
GND
184
GND
185
I2S_SCLK
186
MIPI_RX_D3P
187
I2S_LRCK_RX
188
MIPI_RX_D3N
189
I2S_LRCK_TX
190
MIPI_RX_D2P
191
I2S_SDI
192
MIPI_RX_D2N
193
I2S_SDO0
194
MIPI_RX_CLKP
195
I2S_SDO1
196
MIPI_RX_CLKN
197
I2S_SDO2
198
MIPI_RX_D1P
199
I2S_SDO3
200
MIPI_RX_D1N
201
I2S_MCLK
202
MIPI_RX_D0P
203
I2C2_SDA_AUDIO
204
MIPI_RX_D0N
205
I2C2_SCL_AUDIO
206
GND
207
SPDIF_TX
208
TX_D2+
209
GND
210
TX_D2-
211
VCC_18
212
TX_D1+
213
VCC_18
214
TX_D1-
215
VCC_18
216
TX_D0+
217
VCC_18
218
TX_D0-
219
VCC_IO
220
TX_C+
221
VCC_IO
222
TX_C-
223
VCC_IO
224
GND
225
VCC_IO
226
EDPAUXP
227
VCC_IO
228
EDPAUXN
229
VCC_IO
230
EDP_TX3P
231
VCC_IO
232
EDP_TX3N
233
VCC_IO
234
EDP_TX2P
235
GND
236
EDP_TX2N
237
GND
238
EDP_TX1P
239
GND
240
EDP_TX1N
241
GND
242
EDP_TX0P
243
GND
244
EDP_TX0N
245
GND
246
GND
247
VCCA_33
248
UART1_RX
249
VCCA_33
250
UART1_TX
251
VCC_LAN
252
UART1_CTS
253
LED1_AD1
254
LED1_AD1
255
LED0_AD0
256
SPI0_CLK
257
GND
258
SPI0_CSN0
259
MDI3-
260
SPI0_TXD
261
MDI3+
262
SPI0_RXD
263
MDI2-
264
SPI0_CSN1
265
MDI2+
266
GPIO5_C1_D
267
MDI1-
268
GPIO5_C2_D
269
MDI1+
270
GPIO5_C3_D
271
MDI0-
272
POWER_ON
273
MDI0+
274
PWR_EN_SYS
275
GND
276
PWR_EN
277
GND
278
RESET
279
VCC_SYS
280
I2C0_SDA_PMIC
281
VCC_SYS
282
I2C0_SCL_PMIC
283
VCC_SYS
284
GND
285
VCC_SYS
286
GND
287
VCC_SYS
288
GND
289
VCC_SYS
290
GND
291
VCC_SYS
292
GND
293
VCC_SYS
294
GND
295
VCC_SYS
296
GND
297
VCC_SYS
298
GND
299
VCC_SYS
300
GND
301
VCC_SYS
302
GND
303
VCC_SYS
304
GND
305
VCC_SYS
306
GND
307
VCC_SYS
308
GND
309
VCC_SYS
310
GND
311
VCC_SYS
312
GND
313
GND


Pay particular attention

Commitment
  • For customers who have purchased development board( or SBC) and related accessories, Graperain provides technical support for free. For other functions not related to board or customer-own-choice accessoires or custom projects,technical support will be charged.

RK3288 products

 

 

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Contacts
Shenzhen Graperain Technology Co., Ltd.
Tel: +86-755-2302 5312
Fax: +86-755-2302 5312-8006
Email: [email protected]aperain.com
Post Code: 518000

Address: Building D, Huafeng Tech. & Innov. Park Baoan Wisdom Valley, Xixiang, Baoan Dist.Shenzhen, Guangdong

Open Hours:9:00 am to 18:00 pm on Monday Tuesday Wednesday Thursday Friday
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