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Development Environment

Xilinx SDSoC (1)

Single Board Computers

MYS-6ULX (NXP i.MX6UL/6ULL) (2)

Rico Board (TI AM437x) (1)

Z-turn Lite (Xilinx Z-7007S/7010) (1)

Z-turn Board (Xilinx Zynq-7010/20) (1)

MYS-SAM9X5 (Atmel SAM9X5) (5)

MYS-SAM9G45 (Atmel SAM9G45) (1)

MYS-S5PV210 (Samsung S5PV210) (1)

Development Boards

MYD-C7Z010/20 (Xilinx ZYNQ) (1)

MYD-C7Z015 (Xilinx ZYNQ) (1)

MYD-C437X (TI AM437x) (1)

MYD-C437X-PRU (TI AM437x) (1)

MYD-AM335X (TI AM335x) (1)

MYD-AM335X-J (TI AM335x) (1)

MYD-AM335X-Y (TI AM335x) (1)

MYD-JA5D4X (Atmel A5D4) (1)

MYD-SAMA5D3X (Atmel A5D3) (5)

MYD-SAMA5D3X-C (Atmel A5D3) (1)

MYD-JA5D2X (Atmel A5D2) (1)

MYD-SAM9X5 (Atmel SAM9X5) (5)

MYD-SAM9X5-V2 (Atmel SAM9X5) (5)

MYD-IMX28X (Freescale i.MX28) (1)

MYD-LPC435X (NXP LPC435x) (2)

MYD-LPC1788 (NXP LPC1788) (1)

MYD-LPC185X (NXP LPC185x) (2)

CPU Modules

MYC-C7Z010/20 (Xilinx ZYNQ) (1)

MYC-C7Z015 (Xilinx ZYNQ) (1)

MYC-C437X (TI AM437x) (1)

MYC-AM335X (TI AM335x) (1)

MCC-AM335X-Y (TI AM335x) (1)

MCC-AM335X-J (TI AM335x) (1)

MYC-IMX28X (Freescale i.MX28) (1)

MYC-JA5D4X (Atmel A5D4) (1)

MYC-SAMA5D3X (Atmel A5D3) (5)

MCC-SAMA5D3X-C (Atmel A5D3) (1)

MYC-JA5D2X (Atmel A5D2) (1)

MYC-SAM9X5 (Atmel SAM9X5) (5)

MYC-SAM9X5-V2 (Atmel SAM9X5) (5)

MYC-Exynos4412 (Samsung) (1)

MYC-S5PV210 (Samsung S5PV210) (1)

Add-on Options

MY-LCD43TP LCD Module (1)

MY-LCD70TP LCD Module (1)

MY-LCD70TP-C LCD Module (1)

MY-CAM002U USB Camera Module (1)

MY-CAM011B BUS Camera Module (1)

MY-WF003U USB WiFi Module (1)

MY-WF004S SDIO WiFi Module (1)

MY-CU005U USB 3G Module (1)

MY-GPS008C GPS Module (1)

MY-SODIMM200 Socket (1)

MY-ZB010C ZigBee Module (1)

MY-ZB010C-E ZigBee EVM (1)

Z-turn IO Cape (1)

MY-GPRS007C GPRS Module (1)

MY-UART012U Convertor (1)

    Product Updates
          Products >  Single Board Computers >  Rico Board (TI AM437x) > Rico Board
 
Rico Board

Rico Board

- Up to 1GHz TI AM437x Sitara ARM Cortex-A9 Processor
- 512MB DDR3 SDRAM, 4GB eMMC Flash, 16MB QSPI Flash, 32KB EEPROM
- UARTs, USB Host/Device, Gigabit Ethernet, Dual-Camera, TF, …
- Supports HDMI and LCD Display
- Optional 7-inch LCD Module with Capacitive Touch Screen
- Optional 3G, WiFi, Camera and GPRS Modules
- Ready-to-Run Linux Single Board Computer
 

MYIR is a third party partner of TI, welcome to use MYIR's TI products!
We also offer custom design services, welcome your inquiry!

http://www.ti.com/devnet/docs/catalog/companyfolder.tsp?actionPerformed=companyFolder&companyId=13238



Overview

The Rico Board is an excellent high-performance Single Board Computer (SBC) using the newest TI’s AM437x Sitara ARM Cortex-A9 based solution. This new generation solution has an increase in performance, as well as extensive reuse from the ARM Cortex-A8 offerings. It features up to 1GHz of processing power, 3D graphics acceleration for rich graphical user interfaces, PRU-ICSS for industrial protocols, improved Vector Floating Point (VFP) unit and other peripherals and interfaces support like Quad-SPI, dual parallel cameras, two independent eight-channel ADCs, etc.

Rico Board - TI AM437x ARM Cortex-A9 Single Board Computer


The AM437x processor family has four different pin-to-pin compatible AM437x device variations: the Sitara AM4376, AM4377, AM4378 and AM4379. They only have differences in options whether they have offered 3D graphics accelerator and their PRU can support for the EtherCAT slave protocol. Users can make selections according to their requirements.



TI AM437x Devices


The Rico board is equipped with 512MB DDR3, 4GB eMMC Flash, 16MB QSPI Flash and 32KB EEPROM on board. Additionally, it has rich peripherals including a Debug serial port, USB 2.0 Host and Device ports, a Gigabit Ethernet port, TF card slot, HDMI port, dual camera interfaces, LCD interface, etc. Two 2.54mm pitch 40-pin expansion connectors allow the availability of more I/Os for peripheral signals like two SPI, two I2C, two CAN, four UARTs, one MMC and eight-channel ADC.


The Rico Board is capable of running Linux operating system and provided with Linux 3.12.10 SDK of which the kernel and many drivers are in source code. MYIR also offer a complete Rico Board development kit that includes a Rico Board, necessary cable accessories, an optional 7-inch LCD Module (including capacitive touch screen), optional 3G, WiFi, Camera and GPRS modules, and detailed documents to enable rapid development when customers getting the board out-of-the-box.


The Rico Board can be used for the evaluation module (EVM) for the AM437x processor family; it can also be used directly for your embedded products. Typical applications are industrial automation, Programmable Logic Controllers (PLCs), bar code scanners, portable data terminals, test and measurement, patient monitoring and human machine interface (HMI).


The Rico Board has been selected as the Host Controller Board for TI' TIDA-00750 People Counting Demand Controlled Ventilation 3D Time-of-Flight (ToF) Reference Design due to its affordable cost, ready-to-use interfaces and Debian supporting.


TIDA-00750 People Counting for Demand Controlled Ventilation Using 3D Time-of-Flight (ToF) Reference Design Board Image

People Counting Demand Controlled Ventilation 3D Time-of-Flight Design Guide (Rev.A) (PDF 4942 KB)


Features

Item

Features

Processor

Up to 1GHz TI AM437x Sitara ARM Cortex-A9 32-Bit RISC processor
- POWERVR SGX Graphics Accelerator subsystem for 3D graphics acceleration to support display and gaming effects
- Single-cycle vector floating point (VFP)
- Dual camera and display processing subsystem
- Cryptographic acceleration and secure boot
- PRU-ICSS enables simultaneous industrial Ethernet protocols and motor feedback protocols
- Support for 32 bit LPDDR2/DDR3/DDR3L
- Low power: ~5mW deep sleep and < 0.1mW RTC-only
- Simplified power sequence for flexible power designs

Memory

512MB DDR3 SDRAM (2 x 256MB, 32-bit), compatible with 256MB/1GB DDR3 SDRAM

Storage

4GB eMMC
256/512MB Nand Flash (reserved)
16MB QSPI Flash
32KB EEPROM
TF card interface

Communications

1 x Debug serial port
1 x 10/100/1000M Ethernet
1 x Mini USB 2.0 Device port
1 x USB Host 2.0 port

Display

1 x HDMI interface
1 x LCD interface

Input and Output

1 x 1.27mm pitch 20-pin JTAG interface (not soldered, on the back of the board)
2 x 30-pin Camera Interfaces
4 x Buttons (1x Reset, 2 x User, 1 x Power)
5 x LEDs (3 x User LEDs, 1 x Power indicator, 1 RGB LED)

Others
2 x 2.54mm pitch 40-pin female expansion connectors brought out peripherals below:
- 2 x SPI
- 2 x I2C
- 2 x CAN
- 4 x UARTs
- 1 x MMC
- 8 x ADC

Dimensions

65mm x 100mm x 1.6mm (8-layer PCB design)

Power supply

USB power supply or DC 5V/2A

PMIC

Power Management IC (TPS65218)

Working Temp.

0~70 Celsius

OS support Linux 3.12.10


Rico Board Top-view



Rico Board Bottom-view


Other MYIR's AM437x products




Hardware Features

The TI AM437x high-performance processors are based on the ARM Cortex-A9 core. Customers using this next generation solution will see an increase in performance, as well as extensive reuse from the ARM Cortex-A8 offerings.

Increasing performance and peripheral support
Sitara AM437x processors deliver the right balance of:
Performance
•       Up to 1GHz of processing power
•       3D graphics accelerator
•       On-chip quad-core PRU co-processor for real-time processing
•       Improved vector floating-point unit
Interfaces

•       LPDDR2/DDR3
•       QSPI
•       Display subsystem
Connectivity

•       Two parallel camera ports
•       Dual-port 1Gb Ethernet switch
•       Two independent, eight-channel ADCs
•       WiLink connectivity drivers
•       Industrial protocols via PRU-ICSS


A. Use of TSC will limit available ADC0 inputs.

B. Max clock: LPDDR2 = 266 MHz; DDR3/DDR3L = 400 MHz

AM437x Function Block Diagram


Rico Board Function Block Diagram



Rico Board Dimension Chart




Software Features

Item

Features

Description

Boot program

SPL

First boot program (source code)

u-boot

Secondary boot program (source code)

Linux Kernel

Linux 3.12.10

Customized kernel for Rico Board (source code)

Drivers

USB Host

USB Host driver (source code)

USB Device

USB Device driver (source code)

Ethernet

Gigabit Ethernet driver (source code)

MMC/SD/TF

MMC/SD/TF card driver (source code)

NandFlash

NandFlash driver (source code)

eMMC

eMMC driver (source code)

LCD Controller

LCD driver, can support 7-inch LCD Module (source code)

Touch

Touch driver (source code)

HDMI

HDMI driver (source code)

Button

Button driver (source code)

UART

UART driver (source code)

LED

LED driver (source code)

GPIO

GPIO driver (source code)

RTC

RTC driver (source code)

Watchdog

Watchdog driver (source code)

Camera

Camera driver

File System

Buildroot

Provide tar package and ubi image file

Relative Download and Links

You can download relative chip datasheet, products datasheet, user manual, software package from below. Any inquiry, please contact MYIR.


1 TI AM437x Datasheet 2.76 MB
2 TI AM437x Technical Reference Manual 19.8 MB
3 Rico Board Overview 840 KB
4 Rico Board Dimensions 107 KB
5 Rico Board Pinouts Description 866 KB
6 Rico Board Schematic 410 KB
7 Rico Board Quick Start Guide 1.28 MB


Rico Board Top-view


Rico Board Bottom-view


Dual Camera Demo 01



Dual Camera Demo 02



Price and Ordering

Item

Part No.

Packing List

Unit Price

Ordering

Rico Board

MYS-437X-100-C-S

- One Rico Board (delivered with AM4378 as default)

- One product disk

USD99

Rico Kit
MYS-437X-100-C

- One Rico Board (delivered with AM4378 as default)

- One 1.5m cross Ethernet cable

- One 1.5m Mini USB2.0 cable

- One HDMI cable

- One 4GB TF card

- One 5V/2A Power adapter

- One product disk (including user manual,
schematic in PDF format, datasheets
and software package)

USD139

MY-LCD70TP-C

LCD Module

MY-TFT070CV2
- One 7-inch LCD Module with capacitive touch screen USD99
MY-WF003U
USB WiFi Module
USD25

MY-CAM002U
USB Camera Module
USD29

MY-CAM011B
BUS Camera Module
USD29

MY-GPRS007C GPRS Module USD49

MY-UART012U USB to UART converter USD12


MYIR Modules Supporting List


More FAQ >>


1. What are the boot modes of Rico board?

Question:
What are the boot modes of Rico board?

Answer:
The Rico board has three boot modes:

Mode 1: Boot from a TF Card, Load Ramdisk Filesystem 

Mode 2: Boot from a TF Card, Load Ext4 Filesystem 

Mode 3: Boot from the QSPI Flash, Load Ext4 Filesystem of eMMC 

The Mode 3 is the default loading mode. The boot mechanisms and corresponding program steps
of above three loading modes are described in
the following sections.

JP1 and JP2 boot sequences :

JP1 Close  JP2 Open: QSPI->USB1->MMC0->USB0 
Open Close MMC0->MMC1->USB1->USB0 
Close Close NAND->USB1->MMC0->USB0

2. Does the Rico board come with JTAG header?

Question:
Does the Rico board come with JTAG header?

Answer:

The JTAG interface is on the back of the board as shown in below image. We have not soldered the connector. It is an 1.27mm pitch 20-pin interface.




3. What kind of file system does Rico board support?

Question:
What kind of file system does Rico board support?

Answer:
The Rico Board offers two file systems:

The default is  Arago filesystem + TI Matrix GUI Launcher( Base on Qt and html5 )

http://processors.wiki.ti.com/index.php/Matrix_Users_Guide 

The other file system is build by buildroot + Qt 

4. What could the Rico board camera interface connect?

Question:
What could the Rico board camera interface connect?

Answer:
The Rico board camera interface can only connect with CMOS sensor or BT.656 encode chip. 

5. Does the Rico board have Audio function?

Question:
Does the Rico board have Audio function? I can't find Audio in and out device on it.

Answer:
Our Rico board has no Audio function. We have brought out I2S to the expansion interface, customers can extend the Audio function by themselves to their next design.

6. Can I develop a USB driver for a Windows host PC to transfer files to the board's USB Device port?

Question:
Can I develop a USB driver for a Windows host PC to transfer files to the board's USB Device port?

Answer:
The Rico board already has ported with Linux OS and supports one USB device, such as simulating a U disk driver. USB protocol has many modes, you must promise that the protocols between them are matched. 

More FAQ >>


 

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