OLIMEX RT5350F-OLX-EVB [5/38] Chapter 1 overview
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OLIMEX© 2017 RT5350F-OLinuXino user's manual
CHAPTER 1: OVERVIEW
1. Introduction to the chapter
Thank you for choosing this single-board computer from Olimex! This document provides a user’s
guide for the RT5350F-OLinuXino and RT5350F-OLinuXino-EVB boards. As an overview, this
chapter gives the scope of this document and lists the board’s features. The document’s organization
is then detailed.
The RT5350F-OLinuXino development board enables code development of applications running on
the RT5350F SoC microcontroller, manufactured by Ralink (a MediaTek's subsidiary company)
from Taiwan.
The RT5350F-OLinuXino is typically used together with RT5350F-OLinuXino-EVB which
features most of the peripherals and connectors needed for evaluation and utilization of the RT5350
SoC.
The hardware designs of RT5350F-OLinuXino and RT5350F-OLinuXino-EVB board are open-
source, open-hardware and all documentation used for the hardware design and manufacturing is
available to the customer.
The software written by Olimex for both boards is also open-source and released under GPL
license.
1.1 Introduction to system-on-a-module design
The design of both RT5350F-OLinuXino and RT5350F-OLinuXino-EVB follows the system-on-a-
module approach. A low-cost modular design which allows rapid product development and
integration in own products. It is a two part system – a main part (smaller, multilayer, very densely
populated) that nests the processor, the memory, the power control unit and a peripheral part (bigger
and less densely populated) which contains the USB ports, the Ethernet connectors, most of the
other connectors and interfaces. SOM designs are targeted at customers who want to apply custom
modifications for own projects without having to deal with multilayer PCBs with controlled
impedance and BGA assembly. This modular approach makes it possible to create simple 2-layer
boards (that can be manufactured by your local PCB manufacturer) containing only the peripherals
you need with the dimensions and shape suitable for your specific case.
Both the main part and the peripheral part of the SOM system have support in the official
OpenWRT images distributed by Olimex and maintained by Olimex. These recommended images
are typically available at the wiki articles of the board. Furthermore, the OpenWRT community
recognizes the board and also provides official builds.
The hardware designs of both RT5350F-OLinuXino and RT5350F-OLinuXino-F are open source,
unlike other Olimex SOM designs (where the design layout of the densely populated part is
propriety).
Page 5 of 38
Содержание
- Rt5350f olinuxino 1
- Rt5350f olinuxino evb 1
- User s manual 1
- Disclaimer 2
- There is no warranty for the design materials and the components used to create rt5350f olinuxino and rt5350f olinuxino evb they are considered suitable only for rt5350f olinuxino and rt5350f olinuxino evb respectively 2
- Chapter 1 overview 5 3
- Chapter 2 board description 9 3
- Chapter 3 setting up the rt5350f board 13 3
- Chapter 4 the rt5350f processor 19 3
- Chapter 5 control circuity 21 3
- Chapter 6 connectors and pinout 22 3
- Disclaimer 2 3
- Table of contents 3
- Chapter 7 schematics 30 4
- Chapter 8 revision history and support 33 4
- Chapter 1 overview 5
- Introduction to system on a module design 5
- Introduction to the chapter 5
- Target market of the board 6
- Board revisions used in the manual 7
- Features of r5350f olinuxino 7
- Features of r5350f olinuxino evb 7
- Document organization 8
- Chapter 2 board description 9
- Introduction to the chapter 9
- Layouts 9
- Rt5350f olinuxino top view 9
- Rt5350f olinuxino evb top view 10
- You may find similar picture of rt5350f olinuxino evb on the next page 10
- Pinout rt5350f olinuxino top view 11
- Pinout rt5350f olinuxino evb top view 12
- You can find a stand alone picture of the pinout at the following link rt5350f olinuxino evb s pinout 12
- Chapter 3 setting up the rt5350f board 13
- Electrostatic and electrical polarity warnings 13
- Introduction to the chapter 13
- Requirements 13
- Preparing the os to boot 14
- Repairing the default image 14
- Mounted powering 15
- Powering the board 15
- Stand alone powering of rt5350f olinuxino 15
- Basic setup of rt5350f olinuxino 16
- Button functions 16
- Interacting with the board 16
- Software support 18
- Chapter 4 the rt5350f processor 19
- Introduction to the chapter 19
- The processor 19
- Block diagram 20
- The block diagram is based on the rt5350 s documentation 20
- Chapter 5 control circuity 21
- Clocks 21
- Introduction to the chapter 21
- Power supply circuit 21
- Accessing rt5350f olinuxino and rt5350f olinuxino evb 22
- Chapter 6 connectors and pinout 22
- Introduction to the chapter 22
- Consider the table on the next page when connecting the usb serial cable f to the board remember to refer to the wire color code of the cable the rx line of the cable green wire should go to tx line of the target board the tx line of the cable red wire should go to the rx line of the target board the blue wire should go to a target s gnd line 23
- Even when rt5350f olinuxino is mounted on rt5350f olinuxino evb the default debug port remains uart0 23
- More info about the power supply can be found in chapter 5 of this manual 23
- Note that by default only uart0 is defined as a port suitable for serial debug you can use our usb serial cable f for debugging 23
- The pins of the uart0 header located on rt5350f olinuxino evb might be used for serial communication between the board and a personal computer in the case of an output problem a cable might provide the needed feedback and greatly reduce the efforts needed to repair the board or to adjust the software setting 23
- The signal names are printed near the pins make sure to inspect the names before connecting the supply 23
- Uart0 header of rt5350f olinuxino evb 23
- Connectors of rt5350f olinuxino 24
- Ext1 connector 25
- Ext2 connector 25
- The connector has 2 rows with 13 pins each the step between the pins is 0 25
- Ext3 connector 26
- The connector has a single row of 16 pins the step between the pins is 0 26
- Connectors of rt5350f olinuxino evb 27
- Ext4 connector 27
- Full list of recommended displays for the board might be found in chapter 3 connecting and calibrating a display 27
- Rt5350f olinuxino evb has three female connectors that are used to interface with the main board rt5350f olinuxino the pinaout is similar to that of the male connectors of the main board so these would be listed below 27
- The bottom board has own 40 pin connector at 0 step for the ease of accessing a number of pins this connector allow the user to attach additional hardware check readings or perform hardware debug 27
- Ethernet connectors of rt5350f olinuxino evb 28
- Located on rt5350f olinuxino evb the connector has two rows of 5 pins the step between the pins is 0 this connector is typically used for attaching aditional modules it nests power out pins and several frequently used interfaces uart i2c and spi 28
- Relays of rt5350f olinuxino evb 28
- The board has two standard rj45 ethernet connectors on the evb part they use two of the five ports of the chip available after the embedded fast ethernet switch lan1 uses the following data signals link4 txop4 txom4 rxip4 rxim4 lan2 uses link0 txop0 txom0 rxip0 rxim0 these signals are located on ext1 and ext2 connectors 28
- The evb part of the board has two electromechanical relays ras 0515 5v 72ma each of them has a status led relay rel1 uses signal rin to drive the relay rin goes to ext2 connector and it is routed to processor pin m3 relay rel2 uses signal dcd_n dcd_n also goes to ext2 connector and it is routed to processor pin j4 28
- There are pads provided behind the relays for measuring the levels of rin and dcd_n lines 28
- There is a side placed usb type a connector available on board it acts as usb host interface as the name suggests it uses two data signals uphy0_padm and uphy0_padp both signals can be found on ext1 28
- Uext connector 28
- Usb_host connector on rt5350f olinuxino evb 28
- Additional hardware components 29
- Chapter 7 schematics 30
- Eagle schematic 30
- Introduction to the chapter 30
- 16mb 32mb 32mb 2 31
- 2mb 8mb 31
- 300mhz 31
- 320mhz 31
- 360mhz 31
- 4m x 16bit x 4banks 31
- 8mb 16mb 31
- A vector to set chip function 31
- Big endian little endian big endian 31
- Chip_mode2 0 31
- Cpu clock select 31
- Cpu_clk_sel 31
- Default for the external port5 31
- Dram_from_ee 31
- Dram_size 31
- From eeprom 31
- Inic ap sdr 31
- Inic phy mode 31
- Inic usb mode 31
- Internal phy for port 0 31
- Internal phy for port 1 31
- Internal phy for port 2 31
- Internal phy for port 3 31
- Internal phy for port 4 31
- Mbit sdram 133mhz 31
- Normal mode boot fromspi 31
- Olimex 2017 rt5350f olinuxino user s manual 31
- Page 31 of 38 31
- Phy address 31
- Phy address 5 d5 d31 are free for the external phy 31
- Pin name description value 0 value 1 31
- Power supply circuit 31
- Reserved 31
- Rt5350 boot up strapping 31
- Rt5350f olinuxino hardware revision e 31
- Scan mode 31
- Serial flash 31
- Test debug mode 31
- Test debug modes 31
- Xtal_freq_hi 20mhz 40mhz 31
- Olimex 2017 rt5350f olinuxino user s manual 32
- Page 32 of 38 32
- Relays 32
- Rt5350f olinuxino evb hardware revision b 32
- Vdc only 32
- Board revisions 33
- Chapter 8 revision history and support 33
- Document revision 33
- In this chapter you will find the current and the previous version of the document you are reading also the web page for your device is listed be sure to check it after a purchase for the latest available updates and examples 33
- Introduction to the chapter 33
- Remember to check the schematics and the board design files to compare the differences 33
- Rt5350f olinuxino evb hardware revisions 33
- Rt5350f olinuxino hardware revisions 33
- Useful web links 34
- How to purchase 35
- Order codes 35
- Frequently asked questions 36
- Quality control 37
- For product support hardware information and error reports mail to support olimex com all document or hardware feedback is welcome note that we are primarily a hardware company and our software support is limited please consider reading the paragraph below about the warranty of olimex products 38
- Olimex 2017 rt5350f olinuxino user s manual 38
- Page 38 of 38 38
- Product support 38
- The full text might be found at https www olimex com wiki gtc warranty for future reference 38
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