diff --git a/docs/hardware.md b/docs/hardware.md index c6d83d5..d1a171b 100644 --- a/docs/hardware.md +++ b/docs/hardware.md @@ -17,17 +17,19 @@ J10|Fan|4x1 Pin Male Header|PWM and RPM support J12|GPIO|7x2 Pin Male Header|GPIO configurable as input or output
Via IO Expander on I2C Channel 0 J14|HDD Power|Molex 4-Pin Female|Rated for 2x HDD J15|LAN|RJ45|Gigabit Ethernet +J16|DC connector|Kycon 4-Pin Mini-DIN|DC input 12V / 8A J17|Fan|4x1 Pin Male Header|PWM and RPM support J18|LED Panel|5x2 Pin Male Header|Expansion port of on-board LED J19|HDD Power|Molex 4-Pin Female|Rated for 2x HDD -SW1|Boot Mode|Dip Switch|Boot mode selector : SPI,MMC,UART,SATA -SW2|Reset|Push Button|CPU Reset +SW1|Boot Mode|Dip Switch|Boot mode selector :
SPI,MMC,UART,SATA +SW2|LED Mode|Dip Switch|LED mode selection :
board or expansion panel U3|microSD|Push-Push card connector|Support SDHC and SDXC U4|USB 3.0|Dual Port USB3.0|Type A -U10|SATA|SATA 3.0|Port 1 -U11|SATA|SATA 3.0|Port 2 -U12|SATA|SATA 3.0|Port 3 -U13|SATA|SATA 3.0|Port 4 +U16|Reset|Push Button|CPU Reset +U10|SATA|SATA 3.0|Port 0 (SATA1) +U11|SATA|SATA 3.0|Port 1 (SATA2) +U12|SATA|SATA 3.0|Port 2 (SATA3) +U13|SATA|SATA 3.0|Port 3 (SATA4) ## Boot Modes @@ -39,6 +41,31 @@ All the ready-to-use images we provide are for the **SD Card** boot mode. Please refer to [U-boot](./uboot) section to know how to use the other modes. +## LED indicators + +LED Name|Color|Description +---|---|--- +LED1|green|System heartbeat +LED2|red|Error status +LED3|green|SATA1 activity +LED4|green|SATA2 activity +LED5|green|SATA3 activity +LED6|green|SATA4 activity +LED7|green|USB activity +LED8|green|Power indicator + +Helios4 board was designed to either use the on-board LEDs or use an expansion panel (not-available). To use the on-board LEDs insure to switch to ON the dipswitch SW2. + +![Dipswitch LED](/img/hardware/dipswitch_led.jpg) + +## Reset Button + +Helios4 board provides a RESET push button (U16) to hard reset the SoC (System-On-Chip). + +![Reset Button](/img/hardware/reset_button.jpg) + +!!! Important + This button only power reset the SoC and not the overall board power circuit. For instance it won't reset the HDD. ## HDD Recommendation List diff --git a/docs/img/hardware/dipswitch_led.jpg b/docs/img/hardware/dipswitch_led.jpg new file mode 100644 index 0000000..79cb0bd Binary files /dev/null and b/docs/img/hardware/dipswitch_led.jpg differ diff --git a/docs/img/hardware/dipswitch_modes.jpg b/docs/img/hardware/dipswitch_modes.jpg index e61fe0b..9627ff4 100644 Binary files a/docs/img/hardware/dipswitch_modes.jpg and b/docs/img/hardware/dipswitch_modes.jpg differ diff --git a/docs/img/hardware/reset_button.jpg b/docs/img/hardware/reset_button.jpg new file mode 100644 index 0000000..7d8a1a4 Binary files /dev/null and b/docs/img/hardware/reset_button.jpg differ diff --git a/docs/index.md b/docs/index.md index 3726cd1..fedff95 100644 --- a/docs/index.md +++ b/docs/index.md @@ -1,11 +1,33 @@ # Welcome to the Helios4 Wiki. -Helios4 is a powerful ARM based board specially designed for Network Attached Storage setups. It harnesses its processing capabilities from the ARMADA 38x-MicroSoM from SolidRun. +Helios4 is a powerful ARM based board specially designed for Network Attached Storage. It harnesses its processing capabilities from the **ARMADA 38x-MicroSoM** from [SolidRun](https://wiki.solid-run.com/doku.php?id=products:a38x:microsom). -The Marvell ARMADA® 388 is a robust and energy-efficient System on Chip (SoC) with a collection of high speed interfaces especially suited for headless data processing, networking and storage. This Dual-core ARM Cortex A9 CPU clocked at 1.6 Ghz integrates a Cryptographic and XOR DMA engines to provide the best level of performance for NAS functionality. + -The Helios4 is an open source and open hardware project, therefore we will do our best to publish any data related to the project on this wiki. +The **Marvell ARMADA® 388** is a robust and energy-efficient System on Chip (SoC) with a collection of high speed interfaces especially suited for headless data processing, networking and storage. This Dual-core ARM Cortex A9 CPU clocked at 1.6 Ghz, paired with 2GB of ECC memory, integrates a Cryptographic and XOR DMA engines to provide the best level of performance and reliability for NAS functionalities. -**Beside consolidating technical data, the purpose of this wiki is also to provide guideline on how to setup your Helios4.** +The Helios4 is an open source and open hardware project, therefore our objective is to publish any data related to the project on this Wiki. -![Helios4](/img/intro/helios4.jpg) +**Beside consolidating technical data, the purpose of this Wiki is also to provide guideline on how to setup your Helios4.** + +## Overall Specifications + +**Board Specifications**|| +---|--- +CPU Model|Marvell Armada 388 (88F6228)
ARM Cortex-A9 +CPU Architecture|ARMv7 32-bit +CPU Frequency|Dual Core 1.6 Ghz +Additional Features|- RAID Acceleration Engines
- Security Acceleration Engines
- Wake-on-LAN +System Memory|2GB DDR3L ECC +SATA 3.0 Ports|4 +Max Raw Capacity|48 TB (12 TB drive x 4) +GbE LAN Port|1 +USB 3.0|2 +microSD (SDIO 3.0)|1 +GPIO|12 +I2C|1 +UART|1 (via onboard Micro-USB converter) +Boot Mode Selector|- SPI
- SD Card
- UART
- SATA +SPI NOR Flash|32Mbit onboard +PWM FAN|2 +DC input|12V / 8A