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docs/transparent-validation/rte: improve formating for readability

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Signed-off-by: Piotr Król <piotr.krol@3mdeb.com>
This commit is contained in:
Piotr Król
2021-04-02 15:01:24 +02:00
parent abf0a7310b
commit f366bee6cc
2 changed files with 31 additions and 52 deletions
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docs/transparent-validation/rte/introduction.md
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@@ -8,3 +8,23 @@ so based on published
you can build and modify PCB yourself.
**RTE** can be also bought in our [3mdeb shop](https://3mdeb.com/shop/open-source-hardware/open-source-hardware-3mdeb/rte/).
# Why choose 3mdeb RTE?
* high accessibility and flexibility
> *test your device from any location.*
* efficiency
> *simplify validation: write one script and run it on unlimited platforms.
Don’t repeat yourself!*
* independent development
> *open hardware license: modify, upgrade and set it as you like. All blueprints
are at your disposal.*
* instant setup
> *intuitive connection: you do not need to be a certified engineer.*
* automation
> *time is money: let the machine do all the work for you*
docs/transparent-validation/rte/v1.1.0/specifciation.md
+11 -52
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@@ -1,8 +1,6 @@
Remote Testing Environment v1.1.0
---------------------------------
### Product description
**RTE** is a hat designed for Orange Pi Zero board which runs specially crafted
Linux distribution using the Yocto Project. RTE boards are used for controlling
**Device Under Test** fully remotely through the network interface. Most common
@@ -15,37 +13,21 @@ applications are:
![](../../../images/rte-v1.1.0-trans.png)
---
#### RTE elements
## RTE elements
![](../../../images/rte-v1.1.0-interface-desc.png)
* UART0 header
> 1x3 Orange Pi Zero system debug output and console (pins: `RX`, `TX`, `GND`).
* SPI header
> 2x4 standard 2.5mm IDC compatible header with all necessary signals to flash SPI
* **UART0 header** - 1x3 Orange Pi Zero system debug output and console (pins: `RX`, `TX`, `GND`).
* **SPI header** - 2x4 standard 2.5mm IDC compatible header with all necessary signals to flash SPI
chips.
* Orange Pi Zero GPIO
> 1x3 GPIO pin header directly connected to Orange Pi zero platform.
* I2C header
> 1x4 populated pins: `3.3V`, `SCK`, `SDA`, `GND`.
* OC buffers output
> 1x12 GPIO pin header connected to Open Collector buffers.
* DUT power control connectors
> 2x DC jack 5.5/2.1mm female connectors for a Device Under Test power supply controlled
directly through the relay.
* Reset button
> Simple switch to reset RTE
* RS232
> DB9 male connector for RS232 communication with a hardware flow control.
* **Orange Pi Zero GPIO** - 1x3 GPIO pin header directly connected to Orange Pi
zero platform.
* **I2C header** - 1x4 populated pins: `3.3V`, `SCK`, `SDA`, `GND`.
* **OC buffers output** - 1x12 GPIO pin header connected to Open Collector buffers.
* **DUT power control connectors** - 2x DC jack 5.5/2.1mm female connectors for
a Device Under Test power supply controlled directly through the relay.
* **Reset button** - Simple switch to reset RTE
* **RS232** - DB9 male connector for RS232 communication with a hardware flow control.
* UART output select header
> 2x3 UART OUTPUT SELECT header destined for selecting serial output between
@@ -71,29 +53,6 @@ applications are:
* micro USB connector
> Connector for powering up RTE and OrangePi Zero setup.
---
#### Reasons behind choosing RTE
* high accessibility and flexibility
> *test your device from any location.*
* efficiency
> *simplify validation: write one script and run it on unlimited platforms.
Don’t repeat yourself!*
* independent development
> *open hardware license: modify, upgrade and set it as you like. All blueprints
are at your disposal.*
* instant setup
> *intuitive connection: you do not need to be a certified engineer.*
* automation
> *time is money: let the machine do all the work for you*
---
### Product features
#### Key features