Avermedia EX713AA User manual

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EX713AA Product Guide
Table of Contents
1. Scope & Product Outline
2. Features
3. Hardware
4. Software
5. Firmware
6. I Specifications
7. Reliability

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1. Scope & Product Outline
This document describes the detailed specifications and design parameters of Tegra
TX1/TX2 Carrier Board with Multiple Video Sources Support. VerMedia internal product
model name is EX713 and current PCB revision is . It can operate with NVIDI Tegra
TX1/TX2 module to build up a high performance embedded system. EX713 is fully
compliance with RoHS. ll components and all production procedures have already
followed current RoHS rule to produce.
2. Features
Jetson Module Feature List
Applications Processor
 Tegra X1 or Tegra X2
Memory
 LPDDR4 DRAM & eMMC 5.1
 Memory sizes for DDR & eMMC vary depending on mod le – Check relevant Data Sheet
Network
 10/100/1000 BASE-T Ethernet
Connectivity
 Jetson TX1/TX2 only: D al U.FL RF connectors: Connects to 802.11a/b/g/n/ac WLAN/Bl etooth
enabled devices.
Advanced power management
 Dynamic voltage and freq ency scaling
 M ltiple clock and power domains
 Thermal Transfer Plate & optional Fan/Heatsink
Carrier Board Feature List
Connection to Jetson Module
 400-pin (8x50) Board-Board Connector
Storage
 Full Size SD Card Slot
 SATA Connector (Power TX/RX)
USB
 USB 2.0 Micro B (Host & evice)
 USB 3.1 Gen1 Type A (Host only)
Wired Network
 Gigabit Ethernet (RJ45 Connector w/LEDs)
PCIe
 2 x full-height miniPCIe expandability of connecting VerMedia frame grabbers
HDMI Type A
 2 x HDMI 2.0 output each up to 4096 x 2160 p60
Expansion Header
 40-pin (2x20) header

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 I2C, SPI, UART, I2S, Audio Clock/Control
UI & Indicators
 Power, Reset & Force Recovery Buttons
 LE s: Main C input, Main 3.3V (Power)/SOC
ebug/Serial
 JTAG Connector (Standard 20-pin header)
 Serial Port Signals (1x6 header)
Miscellaneous
 Fan Connector: 5V, PWM & Tach
 Mini-51 MCU for power on control
Power
 C Jack: 6V-14.9V
 TX power 24 + 4 Pin
Compliance with Mini-ITX dimension
ROHS Compliant
3. Hardware
3.1 Key Component List
Table 1:
Top View
Bottom View
U6
J1

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Table 2:
Locations Descriptions of Components
J1 SOCKET_OPEN PIN FIELD_400PIN_180° for NVIDI Jetson TX1/TX2
System-on-Module
U6 USB 3.1 Gen 1 Hub Controller
U40 DP to HDMI Protocol Converter
3.2 Block Diagram
U40

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Figure1. Block iagram.

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3.3 Board Dimensions
Table 3:
Form Factor Mini-ITX
PCB Size 170 mm x 170mm
Thickness 1.6 mm
3.4 I/O Connector
Table 4: (Please refer to mechanical drawing for more detail)
I/O
Connector
Externa
J21 DC jack (OD 5.5/2.5) x1
J8 USB OTG x1 (USB 2.0 Micro B)
J5 SD card slot x1
J11-1(top) HDMI 2.0 Output (Type ) from TX1/TX2
J11-2(down)
HDMI 2.0 Output (Type ) from DP to
HDMI(PS176 chip)
J9-1(top)
Gigabit Ethernet X1 (RJ45)
J9-2, J9-3 USB3.1 Gen1 type x2 from USB 3.1 Gen 1
Hub Controller
Interna
J22 TX 24Pin ( TX Power input)
J23 TX 4Pin ( TX Power Input)
J3 MiniPCIe0 Gen2.0
(TX1 efault Config 1; TX2 efault Config 2)
J4 MiniPCIe1 Gen2.0
(TX1 efault Config 1 ; TX2 Not support)
J7
USB 3.1 Gen1 X2 through 20pin (2.0mm pitch
2x10) USB 3.1 Gen1 Front Panel ; from USB 3.1
Gen 1 Hub Controller
J13 udio front Panel
J6 S T 2.0 with power 7+15P male
J14 GPIO Expand 40pin
(2x20 2.54mm pitch Pin header)
JP8 GPIO Level shift voltage selection
(Must be use Jumper select 1.8V or 3.3V
J16 F N 1*4pin 1.25mm pitch wafer
(Joint Tech _ 1250WV-04PNLNT1N00B)
J20 Battery 1*5pin 2mm pitch wafer (Option)
( quatech 2016WRS-05-LPSNHF)

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Fan connector J16) Pin Descriptions
Wafer type : Joint Tech_A1250WV-04P L T1 00B
Pin# Signal ame Usage/Description Type/Dir Default
1 GN Ground Ground
2 VCC 5V Power Supply Power
3 FAN_TACH Fan Tachometer signal Input
4 FAN_PWM Fan Pulse Width Modulation signal Output
Battery 1*5 pin 2mm Pitch Wafer
Wafer Type : Aquatech 2016WRS-05-LPS HF ; Housing: JST PHR 5P
Pin# Signal ame Usage/Description Type/Dir Default
1 V _BAT Battery + ,Support 2 Series Cells
Li-ion/Li-Polymer Battery, Max
Charge Current 4A
Power
2 V _BAT Power
3 TS C
onnect to Battery Thermistor (10K
NTC resistor) Input
4 BAT_GN Ground Ground
5 BAT_GN Ground

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GPIO Expand J14) Pin Descriptions
Wafer type : PI REX Tech_ 212-92-20GBEL
Pin Signal Name Device Directly
Connected to Signal
Associated Jetson
Module Pin Name Usage/Description Type/ Direction
GPI Max
Drive or Power
Pin Current
Capability
Notes
1 +3V3_SYSTEM TPS51220 3.3V Supply - Main 3.3V Supply Power 1A 1
2 +5V_SYSTEM TPS51220 5V Supply - Main 5.0V Supply Power 1A 1
3 I2C_ P0_DATA_3V3 2SK3019 I2C_ P0_DATA eneral I2C #0 Data (3.3V) Bidir/OD 3.3mA 2
4 +5V_SYSTEM TPS51220 5V Supply - Main 5.0V Supply Power 1A 1
5 I2C_ P0_CLK_3V3 2SK3019 I2C_ P0_CLK eneral I2C #0 Clock (3.3V) Bidir/OD 3.3mA 2
6 ND - - round round -
7 I2S_3V3_MCK TXB0108 AUDIO_MCLK Audio Master Clock (1.8/3.3V) Bidir 20uA 3
8 UART0_TX_3V3 TXB0108 UART0_TX UART #0 Transmit Output 20uA 3
9 ND - - round round -
10 UART0_RX_3V3 TXB0108 UART0_RX UART #0 Receive Input 20uA
11 UART0_RTS_3V3 TXB0108 UART0_RTS# UART #0 Request to Send Output 20uA 3
12 I2S0_3V3_BCLK TXB0108 I2S0_SCLK Audio I2S #0 Clock Bidir 20uA 3
13 AUDIO_CODEC_3V3_IRQ TXB0108 PIO_PE6 Audio Codec Interrupt Bidir 20uA 3
14 ND - - round round -
15 PIO_EXP_P17_3V3 PCA9539A - From PIO Expander (P17) Bidir -10mA Hi /
25mA Lo
5
16 AO_DMIC_IN_3V3_DAT TXB0108 AO_DMIC_IN_DAT Digital Mic Input Input 20uA 8
17 +3V3_SYSTEM TPS51220 3.3V Supply - Main 3.3V Supply Power 1A 1
18 MDM_WAKE_3V3_AP TXB0108 PIO16_MDM_WAK
E_AP
Modem Wake AP PIO Input 20uA 3,8
19 SPI1_3V3_MOSI TXB0108 SPI1_MOSI SPI #1 Master Out/Slave In
(1.8/3.3V)
Bidir 20uA 3
20 ND - - round round -
21 SPI1_3V3_MISO TXB0108 SPI1_MISO SPI #1 Master In/Slave Out
(1.8/3.3V)
Bidir 20uA 3
22 PIO_EXP_P16_3V3 PCA9539A - From PIO Expander (P16) Bidir -10mA Hi /
25mA Lo
5
23 SPI1_3V3_CLK TXB0108 SPI1_CLK SPI #1 Shift Clock (1.8/3.3V) Bidir 20uA 3
24 SPI1_3V3_CS0 TXB0108 SPI1_CS0# SPI #1 Chip Select #0 (1.8/3.3V) Bidir 20uA 3
25 ND - - round round -
26 SPI1_3V3_CS1 TXB0108 SPI1_CS1# SPI #1 Chip Select #1 (1.8/3.3V) Bidir 20uA 3
27 I2C_ P1_DATA_3V3M Tegra I2C_ P1_DAT eneral I2C #1 Data (3.3V) Bidir/OD 6
28 I2C_ P1_CLK_3V3M Tegra I2C_ P1_CLK eneral I2C #1 Clock (3.3V) Bidir/OD 6
29 AUDIO_CODEC_3V3_RST TXB0108 PIO19_AUD_RST Audio Reset (1.8/3.3V) Output 20uA 3,8
30 ND - - round round -
31 MOTION_3V3_INT TXB0108 PIO9_MOTION_INT Motion Interrupt (3.3V) Input/OD 20uA 3
32 AO_DMIC_IN_3V3_CLK TXB0108 AO_DMIC_IN_CLK Digital Mic Clock Output 20uA 3,8
33 AP_WAKE_3V3_BT TXB0108 PIO11_AP_WAKE_
BT
AP Wake Bt PIO Bidir 20uA 3,8
34 ND - - round round -
35 I2S0_3V3_LRCK TXB0108 I2S0_LRCLK AUDIO I2S #0 Left/Right Clock Bidir 20uA 3
36 UART0_CTS_3V3 TXB0108 UART0_CTS# UART #0 Clear to Send Input 20uA
37 ALS_PROX_3V3_INT TXB0108 PIO8_ALS_PROX_I
NT
(3.3V) Output/OD 20uA 3
38 I2S0_3V3_DIN TXB0108 I2S0_SDIN Audio I2S #0 Data in Input 20uA 3,8
39 ND - - round round -
40 I2S0_3V3_DOUT TXB0108 I2S0_SDOUT Audio I2S #0 Data Out Output 20uA 3,8
Notes:
1. This is current capability per power pin.
2. These pins are connected to Tegra signals through either an I2C or FET level shifter.
3. Due to the design of these level translators the output drivers are very weak so they can be overdriven by another connected
device output for bidirectional support.
4. The buffer is powered at 3.3V on the Expansion Header side. (Not use)
5. These signals come from the GPIO expanders.
6. These pins are directly connected to Tegra. The max drive that meets full Data Sheet VOL/VOH is 1mA. 2mA drive is supported at
restricted VOL/VOH levels. See the associated OEM Product Design Guide Pads section for details.
7. In the Type/Dir column Output is to Expansion Module. Input is from Expansion Module. Bidir is for Bidirectional signals.
8. The direction indicated matches that indicated in the reference design schematics. These signals can be bidirectional.

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3.5 Component Characteristics
3.5.1 DP to HDMI Protocol Converter (Parade PS176)
 Compliant with HDMI 2.0 specification with data rate up to 6Gbps.
 supports HDCP 1.4 and HDCP 2.2 repeater for downstream sink with an
embedded key
 Integrated an on-chip microcontroller for system configuration purposes.
 Supports multiple color formats:
 - DP: RGB 6/8/10/12-bit per component (bpc) and YCbCr4:4:4, YCbCr4:2:2 bpc
8/10/12 bpc
 - HDMI: RGB 8/10/12 bpc; YCbCr4:4:4, YCbCr4:2:2 and YCbCr4:2:0 8/10/12 bpc
 Supports up to 8-channel LPCM, compressed audio ( C-3, DTS) and HBR audio
formats
 Supports up to 192kHz audio frame rate and up to 24-bit audio sample size

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3.5.2 USB 3.1 Gen 1 Hub Contro er
 Compliant with the USB 3.1 specification.
 Fully backward compatible to all USB 2.0 and USB 1.1 hosts.

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3.6 Ability of Power Provision
The ability of carrier board to provide power is listed in Table 5.
Table 5:
Symbo Min. Max. Tota Power
DC Jack Input 6V 14.9V 60W(Max.)
3.7 Thermal Specifications
The case temperature of key components is listed in Table 6.
Table 6:
Components Components Case Temperature Specifications
USB 3.1 Gen 1 Hub
Controller (U6) Tcase = 95℃
DP to HDMI Protocol
Converter (U40) Tcase = 95℃
3.8 EMI Specifications
EMI/EMS test specification are listed in Table 7
Table 7：
Criteria Specification Reference
EMI EN55022 standard CE
EMS ESD test standard EN61000-4-2
3.9 Buttons and Indicators
Buttons Switches)
Button Description Usage
SW2 Reset button Used to force a full system reset.
SW5 Volume down (Sleep)
button
Used to put system into sleep mode.
SW7 Recovery button Used to enter Force Recovery Mode. Button is held
down while either system is first powered on, or
by pressing & releasing reset button while
Recovery button is pressed.
SW3 Power button Used to power system up if off, or power down if
on. If held for >10 seconds, will force a full system
power cycle.

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Indicators LEDs)
LEDs Description Usage
D7 SOC Enable LED
(Green)
Indicates when the VDD_CORE (SOC) supply is
active.
D5 Power LED (Green) Indicates when the carrier board is powered on
(VDD_1V8 & VDD_3V3_SYS rails are valid).
Gigabit Ethernet LAN Port LEDs)
Connection LED: Activity LED (Ye ow):
Status Description State Description
Green Link Yellow Blinking Data transmission or receiving is
occurring
Off No data transmission or receiving is
occurring

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4. Software
BSP (board support package) : NVIDI JETSON JETP CK 3.3 (R28.2)
5. Firmware
Item Location Firmware Version oted
Mini51 U54
180331
Own brand

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6. ID Specifications
7. Reliability
Table 8:
Criteria Specification Reference
Low Temperature Operating: 0 C/48 hrs IEC 68-2-1
Storage: -20 C/24 hrs
High Temperature Operating: 55 C/48 hrs IEC 68-2-2
Storage: 80 C /24 hrs
High Humidity Operating: 55C, 95%RH/48 hrs IEC 68-2-30
Storage: 80C, 95%RH/24 hrs
Cold Start Operating: 0 C/1hr IEC 68-2-1
Hot Start Operating: 55C, 95%RH/1hr IEC 68-2-2
Package rop According to the ISTA 2A test standard ISTA 2A