Stm32World Wiki - User contributions [en]

Streamline

2026-04-21T09:37:50Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:CurrentMakers]][[Category:Work in progress]]{{metadesc|Streamline Development Boards Home}}
[[File:Streamline Backplane with 2 blades - top right 3.jpg|300px|thumb|Streamline Backplane with 2 blades - 1 Connect and 1 MCU]]
This page documents the new [[CurrentMakers]] [[Streamline]] series of [[Green]] development boards. If you are looking for the previous series, that is document here: [[STM32World Legacy]].

[[Streamline]] boards are available here: [https://currentmakers.com/products/streamline/ Streamline on CurrentMakers]

{{clear}}
== Rationale ==
[[File:3 STM32World Modules stacked.jpg|300px|thumb]]
A number of [[STM32World Legacy]] boards have been developed, and produced, and in general the "system" worked very well. It did however have one fatal flaw which was the sole cause of it never being considered for more widespread production. This flaw was the board to board connector.

The original boards used a 2x20 standard pin header on each side giving a result of 80 pins. In terms of connectivity this was a pretty good solution. It did however present some issues:

# Cost - the long pin 2x20 connectors are fairly expensive - around $0.80 each - so $1.60 per board. This may not sound that high but when producing a lot it becomes a serious cost.
# Manufacturing - the headers can not be manufactured with traditional SMD technologies but require a manual step or hand soldering.
# Fragile - when shipping or disconnecting boards it is hard not to bend one or more pins and once bend it becomes extremely difficult to reconnect them.

To get around this flaw a new "connector" was considered and after a long search the best solution was the standard PCI-E X8 connector.

== Videos ==

{{#ev:youtube|5xQqV7BhYxM}}

Receiving the first prototypes ever:

{{#ev:youtube|YS1w_8ghCf4}}

== Backplane ==

The overall idea is to base [[StreamLine]] around a passive backplane. The backplane contains a number of PCI connectors with 2 x 49 pins (98) that is simply connected in a parallel bus.

<div class="res-img">
[[File:Sl bp 5 top left.png|1000px]]
</div>

In each end of the bus all the A and B signals are broken out into regular pin headers.

=== Backplane rendering ===

<gallery>
File:Backplane top render.png
File:Backplane front render.png
File:Backplane front left render.png
File:Sl bp 5 top.png
File:Sl bp 5 top left.png
File:Sl bp 5 top right.png
</gallery>

== Modules ==

=== [[Backplane]]s ===

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Backplane 5]]
| [[File:sl_bp_5_top_left.png|80px]]
| Basic 5 position backplane
| [https://currentmakers.com/products/streamline/streamline_backplane_5/ Available]
|}

=== [[Blade]]s ===

==== STM32 ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Connect]]
| [[File:Sl prog top left render.png|80px]]
| Streamline Programmer & Debugger. This module is essentially identical to [[Jolt Connect]]
| [https://currentmakers.com/products/streamline/streamline_connect/ Available]
|-
| [[Streamline MCU STM32F407]]
| [[File:Sl mcu stm32f407 top left render.png|80px]]
| Streamline MCU board including a [[STM32F407]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32f407/ Available]
|-
| [[Streamline MCU STM32H562]]
| [[File:Sl mcu stm32h562 top left render.png|80px]]
| Streamline MCU board including a [[STM32H562]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32h562/ Available]
|-
| [[Streamline MCU STM32L475]]
| [[File:Sl mcu stm32l475 top left render.png|80px]]
| Streamline MCU board including a [[STM32L475]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32l475/ Available]
|-
| [[Streamline MCU STM32C511]]
| [[File:Sl_mcu_stm32c551_top_left_render.png|80px]]
| Streamline MCU board including a [[STM32C511]]
| Prototype
|}

==== Miscellaneous ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Neopixel 8x8]]
| [[File:Sl neopixel 8x8 top left render.png|80px]]
| Module with an 8x8 matrix of Neopixel WS2812 LEDs
| [https://currentmakers.com/products/streamline/streamline_neopixel_8x8/ Available]
|-
| [[Streamline Storage SD]]
| [[File:Sl storage sd top left render rev A.png|80px]]
| Module with Micro-SD slot
| [https://currentmakers.com/products/streamline/streamline_sd/ Available]
|-
| [[Streamline Storage Flash]]
| [[File:Sl storage flash top left render.png|80px]]
| Module with 16 MB Flash storage ([[W25q128]])
| [https://currentmakers.com/products/streamline/streamline_flash/ Available]
|-
| [[Streamline Storage EEPROM]]
| [[File:Sl storage eeprom top left render.png|80px]]
| Module with 512kB EEPROM storage ([[M24M01]])
| [https://currentmakers.com/products/streamline/streamline_eeprom/ Available]
|-
| Streamline Real Time Clock
|
| Real time clock with on board coin cell battery (or supercap) backup
| Idea
|-
| Streamline ESC
|
| Electronic speed control for BLDC motors
| Idea
|-
| Streamline HS USB
|
| HS USB blade using [[USB3300]]
| Idea
|-
| Streamline CAN-FD
|
| CAN-FD bus interface
| Idea
|-
| Streamline Ethernet
|
| Ethernet interface for STM32F407
| Prototype
|-
| Streamline RS485
|
| Non-isolated RS485 interface
| Prototype
|-
| Streamline WiFi
|
| WiFi interface
| Idea
|}

== Standard Pinout ==

The pinout table is based on a [[MCU]] board with a 100 pin STM32F407. Boards using [[STM32]] [[MCU]]s with less pins will leave some of the pins unused.

{{Streamline Pinout}}

== Prototype Photos ==

<gallery>
File:Streamline Backplane with 2 blades - top right 3.jpg
File:Streamline Backplane with 2 blades - top right 2.jpg
File:Streamline Backplane with 2 blades - top right.jpg
File:Streamline Backplane with 2 blades - top left.jpg
File:Streamline Backplane with 2 blades - front.jpg
File:Streamline Multiple Blades.jpg
File:Streamline MCU STM32L475 - top view.jpg
File:Streamline MCU STM32L475 - bottom view.jpg
File:Streamline MCU STM32H562 - top view.jpg
File:Streamline MCU STM32H562 - bottom view.jpg
File:Streamline MCU STM32F407 - top view.jpg
File:Streamline MCU STM32F407 - bottom view.jpg
File:Streamline Connect - top view.jpg
File:Streamline Connect - bottom view.jpg
</gallery>

== Miscellaneous Links ==

[https://currentmakers.com CurrentMakers main site]

FAKE- or Pseudo PWM

2026-04-21T07:42:04Z

Lth: Created page with "{{Video |series=STM32 Bare Metal Video |number=9 |title=FAKE- or Pseudo PWM |youtube-id=VN7Ffy6yvZo |description=In this video we will cover handling external interrupts using..."

{{Video
|series=STM32 Bare Metal Video
|number=9
|title=FAKE- or Pseudo PWM
|youtube-id=VN7Ffy6yvZo
|description=In this video we will cover handling external interrupts using nothing but bare metal.
}}

Streamline MCU STM32C511

2026-04-19T12:14:36Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32C511 Streamline MCU board documentation}}
[[File:sl_mcu_stm32c551_top_right_render.png|350px|thumb|Streamline MCU STM32C511 (render)]]
The [[Streamline MCU STM32C511]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32C511]].
{{clear}}
== Specifications ==

{|
|-
|'''MCU'''
|STM32C511VE
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}
== Schematics ==

<div class="res-img">
[[File:sl_mcu_stm32c551.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32c551_top_right_render.png
File:sl_mcu_stm32c551_top_render.png
File:sl_mcu_stm32c551_top_left_render.png
File:sl_mcu_stm32c551_bot_render.png
</gallery>

== Miscellaneous Links ==

* [https://stm32world.com/images/9/9f/Stm32c551ve.pdf STM32C511 Datasheet]

STM32C511

2026-04-19T12:11:32Z

Lth: Created page with "Category:STM32{{metadesc|STM32C511 MCU}} == Miscellaneous Links == * [https://stm32world.com/images/9/9f/Stm32c551ve.pdf STM32C511 Datasheet]"

[[Category:STM32]]{{metadesc|STM32C511 MCU}}
== Miscellaneous Links ==

* [https://stm32world.com/images/9/9f/Stm32c551ve.pdf STM32C511 Datasheet]

Streamline MCU STM32C511

2026-04-19T12:10:48Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32C511 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right.jpg|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32C511]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32C511]].
{{clear}}
== Specifications ==

{|
|-
|'''MCU'''
|STM32C511VE
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}
== Schematics ==

<div class="res-img">
[[File:sl_mcu_stm32c551.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32c551_top_right_render.png
File:sl_mcu_stm32c551_top_render.png
File:sl_mcu_stm32c551_top_left_render.png
File:sl_mcu_stm32c551_bot_render.png
</gallery>

== Miscellaneous Links ==

* [https://stm32world.com/images/9/9f/Stm32c551ve.pdf STM32C511 Datasheet]

Streamline MCU STM32C511

2026-04-19T12:08:13Z

Lth:

Streamline

2026-04-19T12:02:57Z

Lth: /* STM32 */

[[Category:STM32]][[Category:Streamline]][[Category:CurrentMakers]][[Category:Work in progress]]{{metadesc|Streamline Development Boards Home}}
[[File:Streamline Backplane with 2 blades - top right 3.jpg|300px|thumb|Streamline Backplane with 2 blades - 1 Connect and 1 MCU]]
This page documents the new [[CurrentMakers]] [[Streamline]] series of [[Green]] development boards. If you are looking for the previous series, that is document here: [[STM32World Legacy]].

[[Streamline]] boards are available here: [https://currentmakers.com/products/streamline/ Streamline on CurrentMakers]

{{clear}}
== Rationale ==
[[File:3 STM32World Modules stacked.jpg|300px|thumb]]
A number of [[STM32World Legacy]] boards have been developed, and produced, and in general the "system" worked very well. It did however have one fatal flaw which was the sole cause of it never being considered for more widespread production. This flaw was the board to board connector.

The original boards used a 2x20 standard pin header on each side giving a result of 80 pins. In terms of connectivity this was a pretty good solution. It did however present some issues:

# Cost - the long pin 2x20 connectors are fairly expensive - around $0.80 each - so $1.60 per board. This may not sound that high but when producing a lot it becomes a serious cost.
# Manufacturing - the headers can not be manufactured with traditional SMD technologies but require a manual step or hand soldering.
# Fragile - when shipping or disconnecting boards it is hard not to bend one or more pins and once bend it becomes extremely difficult to reconnect them.

To get around this flaw a new "connector" was considered and after a long search the best solution was the standard PCI-E X8 connector.

== Videos ==

{{#ev:youtube|5xQqV7BhYxM}}

Receiving the first prototypes ever:

{{#ev:youtube|YS1w_8ghCf4}}

== Backplane ==

The overall idea is to base [[StreamLine]] around a passive backplane. The backplane contains a number of PCI connectors with 2 x 49 pins (98) that is simply connected in a parallel bus.

<div class="res-img">
[[File:Sl bp 5 top left.png|1000px]]
</div>

In each end of the bus all the A and B signals are broken out into regular pin headers.

=== Backplane rendering ===

<gallery>
File:Backplane top render.png
File:Backplane front render.png
File:Backplane front left render.png
File:Sl bp 5 top.png
File:Sl bp 5 top left.png
File:Sl bp 5 top right.png
</gallery>

== Modules ==

=== [[Backplane]]s ===

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Backplane 5]]
| [[File:sl_bp_5_top_left.png|80px]]
| Basic 5 position backplane
| [https://currentmakers.com/products/streamline/streamline_backplane_5/ Available]
|}

=== [[Blade]]s ===

==== STM32 ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Connect]]
| [[File:Sl prog top left render.png|80px]]
| Streamline Programmer & Debugger. This module is essentially identical to [[Jolt Connect]]
| [https://currentmakers.com/products/streamline/streamline_connect/ Available]
|-
| [[Streamline MCU STM32F407]]
| [[File:Sl mcu stm32f407 top left render.png|80px]]
| Streamline MCU board including a [[STM32F407]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32f407/ Available]
|-
| [[Streamline MCU STM32H562]]
| [[File:Sl mcu stm32h562 top left render.png|80px]]
| Streamline MCU board including a [[STM32H562]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32h562/ Available]
|-
| [[Streamline MCU STM32L475]]
| [[File:Sl mcu stm32l475 top left render.png|80px]]
| Streamline MCU board including a [[STM32L475]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32l475/ Available]
|-
| [[Streamline MCU STM32C511]]
| [[File:Sl_mcu_stm32c551_top_left_render.png|80px]]
| Streamline MCU board including a [[STM32C511]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32c511/ Available]
|}

==== Miscellaneous ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Neopixel 8x8]]
| [[File:Sl neopixel 8x8 top left render.png|80px]]
| Module with an 8x8 matrix of Neopixel WS2812 LEDs
| [https://currentmakers.com/products/streamline/streamline_neopixel_8x8/ Available]
|-
| [[Streamline Storage SD]]
| [[File:Sl storage sd top left render rev A.png|80px]]
| Module with Micro-SD slot
| [https://currentmakers.com/products/streamline/streamline_sd/ Available]
|-
| [[Streamline Storage Flash]]
| [[File:Sl storage flash top left render.png|80px]]
| Module with 16 MB Flash storage ([[W25q128]])
| [https://currentmakers.com/products/streamline/streamline_flash/ Available]
|-
| [[Streamline Storage EEPROM]]
| [[File:Sl storage eeprom top left render.png|80px]]
| Module with 512kB EEPROM storage ([[W25q128]])
| [https://currentmakers.com/products/streamline/streamline_eeprom/ Available]
|-
| Streamline Real Time Clock
|
| Real time clock with on board coin cell battery (or supercap) backup
| Idea
|-
| Streamline ESC
|
| Electronic speed control for BLDC motors
| Idea
|-
| Streamline HS USB
|
| HS USB blade using [[USB3300]]
| Idea
|-
| Streamline CAN-FD
|
| CAN-FD bus interface
| Idea
|-
| Streamline Ethernet
|
| Ethernet interface for STM32F407
| Prototype
|-
| Streamline RS485
|
| Non-isolated RS485 interface
| Prototype
|-
| Streamline WiFi
|
| WiFi interface
| Idea
|}

== Standard Pinout ==

The pinout table is based on a [[MCU]] board with a 100 pin STM32F407. Boards using [[STM32]] [[MCU]]s with less pins will leave some of the pins unused.

{{Streamline Pinout}}

== Prototype Photos ==

<gallery>
File:Streamline Backplane with 2 blades - top right 3.jpg
File:Streamline Backplane with 2 blades - top right 2.jpg
File:Streamline Backplane with 2 blades - top right.jpg
File:Streamline Backplane with 2 blades - top left.jpg
File:Streamline Backplane with 2 blades - front.jpg
File:Streamline Multiple Blades.jpg
File:Streamline MCU STM32L475 - top view.jpg
File:Streamline MCU STM32L475 - bottom view.jpg
File:Streamline MCU STM32H562 - top view.jpg
File:Streamline MCU STM32H562 - bottom view.jpg
File:Streamline MCU STM32F407 - top view.jpg
File:Streamline MCU STM32F407 - bottom view.jpg
File:Streamline Connect - top view.jpg
File:Streamline Connect - bottom view.jpg
</gallery>

== Miscellaneous Links ==

[https://currentmakers.com CurrentMakers main site]

Streamline

2026-04-19T12:01:17Z

Lth: /* STM32 */

[[Category:STM32]][[Category:Streamline]][[Category:CurrentMakers]][[Category:Work in progress]]{{metadesc|Streamline Development Boards Home}}
[[File:Streamline Backplane with 2 blades - top right 3.jpg|300px|thumb|Streamline Backplane with 2 blades - 1 Connect and 1 MCU]]
This page documents the new [[CurrentMakers]] [[Streamline]] series of [[Green]] development boards. If you are looking for the previous series, that is document here: [[STM32World Legacy]].

[[Streamline]] boards are available here: [https://currentmakers.com/products/streamline/ Streamline on CurrentMakers]

{{clear}}
== Rationale ==
[[File:3 STM32World Modules stacked.jpg|300px|thumb]]
A number of [[STM32World Legacy]] boards have been developed, and produced, and in general the "system" worked very well. It did however have one fatal flaw which was the sole cause of it never being considered for more widespread production. This flaw was the board to board connector.

The original boards used a 2x20 standard pin header on each side giving a result of 80 pins. In terms of connectivity this was a pretty good solution. It did however present some issues:

# Cost - the long pin 2x20 connectors are fairly expensive - around $0.80 each - so $1.60 per board. This may not sound that high but when producing a lot it becomes a serious cost.
# Manufacturing - the headers can not be manufactured with traditional SMD technologies but require a manual step or hand soldering.
# Fragile - when shipping or disconnecting boards it is hard not to bend one or more pins and once bend it becomes extremely difficult to reconnect them.

To get around this flaw a new "connector" was considered and after a long search the best solution was the standard PCI-E X8 connector.

== Videos ==

{{#ev:youtube|5xQqV7BhYxM}}

Receiving the first prototypes ever:

{{#ev:youtube|YS1w_8ghCf4}}

== Backplane ==

The overall idea is to base [[StreamLine]] around a passive backplane. The backplane contains a number of PCI connectors with 2 x 49 pins (98) that is simply connected in a parallel bus.

<div class="res-img">
[[File:Sl bp 5 top left.png|1000px]]
</div>

In each end of the bus all the A and B signals are broken out into regular pin headers.

=== Backplane rendering ===

<gallery>
File:Backplane top render.png
File:Backplane front render.png
File:Backplane front left render.png
File:Sl bp 5 top.png
File:Sl bp 5 top left.png
File:Sl bp 5 top right.png
</gallery>

== Modules ==

=== [[Backplane]]s ===

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Backplane 5]]
| [[File:sl_bp_5_top_left.png|80px]]
| Basic 5 position backplane
| [https://currentmakers.com/products/streamline/streamline_backplane_5/ Available]
|}

=== [[Blade]]s ===

==== STM32 ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Connect]]
| [[File:Sl prog top left render.png|80px]]
| Streamline Programmer & Debugger. This module is essentially identical to [[Jolt Connect]]
| [https://currentmakers.com/products/streamline/streamline_connect/ Available]
|-
| [[Streamline MCU STM32F407]]
| [[File:Sl mcu stm32f407 top left render.png|80px]]
| Streamline MCU board including a [[STM32F407]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32f407/ Available]
|-
| [[Streamline MCU STM32H562]]
| [[File:Sl mcu stm32h562 top left render.png|80px]]
| Streamline MCU board including a [[STM32H562]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32h562/ Available]
|-
| [[Streamline MCU STM32L475]]
| [[File:Sl mcu stm32l475 top left render.png|80px]]
| Streamline MCU board including a [[STM32L475]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32l475/ Available]
|-
| [[Streamline MCU STM32C511]]
| [[File:Sl mcu stm32c511 top left render.png|80px]]
| Streamline MCU board including a [[STM32C511]]
| [https://currentmakers.com/products/streamline/streamline_mcu_stm32c511/ Available]
|}

==== Miscellaneous ====

{| class="wikitable"
|-
! Name
! Image
! Description
! Status
|-
| [[Streamline Neopixel 8x8]]
| [[File:Sl neopixel 8x8 top left render.png|80px]]
| Module with an 8x8 matrix of Neopixel WS2812 LEDs
| [https://currentmakers.com/products/streamline/streamline_neopixel_8x8/ Available]
|-
| [[Streamline Storage SD]]
| [[File:Sl storage sd top left render rev A.png|80px]]
| Module with Micro-SD slot
| [https://currentmakers.com/products/streamline/streamline_sd/ Available]
|-
| [[Streamline Storage Flash]]
| [[File:Sl storage flash top left render.png|80px]]
| Module with 16 MB Flash storage ([[W25q128]])
| [https://currentmakers.com/products/streamline/streamline_flash/ Available]
|-
| [[Streamline Storage EEPROM]]
| [[File:Sl storage eeprom top left render.png|80px]]
| Module with 512kB EEPROM storage ([[W25q128]])
| [https://currentmakers.com/products/streamline/streamline_eeprom/ Available]
|-
| Streamline Real Time Clock
|
| Real time clock with on board coin cell battery (or supercap) backup
| Idea
|-
| Streamline ESC
|
| Electronic speed control for BLDC motors
| Idea
|-
| Streamline HS USB
|
| HS USB blade using [[USB3300]]
| Idea
|-
| Streamline CAN-FD
|
| CAN-FD bus interface
| Idea
|-
| Streamline Ethernet
|
| Ethernet interface for STM32F407
| Prototype
|-
| Streamline RS485
|
| Non-isolated RS485 interface
| Prototype
|-
| Streamline WiFi
|
| WiFi interface
| Idea
|}

== Standard Pinout ==

The pinout table is based on a [[MCU]] board with a 100 pin STM32F407. Boards using [[STM32]] [[MCU]]s with less pins will leave some of the pins unused.

{{Streamline Pinout}}

== Prototype Photos ==

<gallery>
File:Streamline Backplane with 2 blades - top right 3.jpg
File:Streamline Backplane with 2 blades - top right 2.jpg
File:Streamline Backplane with 2 blades - top right.jpg
File:Streamline Backplane with 2 blades - top left.jpg
File:Streamline Backplane with 2 blades - front.jpg
File:Streamline Multiple Blades.jpg
File:Streamline MCU STM32L475 - top view.jpg
File:Streamline MCU STM32L475 - bottom view.jpg
File:Streamline MCU STM32H562 - top view.jpg
File:Streamline MCU STM32H562 - bottom view.jpg
File:Streamline MCU STM32F407 - top view.jpg
File:Streamline MCU STM32F407 - bottom view.jpg
File:Streamline Connect - top view.jpg
File:Streamline Connect - bottom view.jpg
</gallery>

== Miscellaneous Links ==

[https://currentmakers.com CurrentMakers main site]

Streamline MCU STM32C511

2026-04-19T11:59:31Z

Lth:

File:Sl mcu stm32c551.svg

2026-04-19T11:58:24Z

Lth: File uploaded with MsUpload

File uploaded with MsUpload

File:Sl mcu stm32c551 bot render.png

2026-04-19T11:58:18Z

Lth: File uploaded with MsUpload

File uploaded with MsUpload

File:Sl mcu stm32c551 top left render.png

2026-04-19T11:58:17Z

Lth: File uploaded with MsUpload

File uploaded with MsUpload

File:Sl mcu stm32c551 top render.png

2026-04-19T11:58:16Z

Lth: File uploaded with MsUpload

File uploaded with MsUpload

File:Sl mcu stm32c551 top right render.png

2026-04-19T11:58:14Z

Lth: File uploaded with MsUpload

File uploaded with MsUpload

Streamline MCU STM32C511

2026-04-19T11:57:01Z

Lth: Created page with "Category:STM32Category:StreamlineCategory:Streamline Blade{{metadesc|STM32C511 Streamline MCU board documentation}} File:Sl mcu stm32f407 top right.jpg|350px|thu..."

The Journey starts towards Free and Open PLCs

2026-04-18T05:46:53Z

Lth: Created page with "{{Video |series=Colibri Video |number=3 |title=The Journey starts towards Free and Open PLCs |youtube-id=5KDnvAnH8x8 |description=In this episode, we start programming the Col..."

{{Video
|series=Colibri Video
|number=3
|title=The Journey starts towards Free and Open PLCs
|youtube-id=5KDnvAnH8x8
|description=In this episode, we start programming the Colibri at firmware level. We will look at the I2C multiplexor and the MCU3, which contains a STM32F405RG, with a dual-color LED.
}}

Timers with Interrupt

2026-04-16T04:35:37Z

Lth: Lth moved page Timers with Interrupt to Timer with Interrupt

#REDIRECT [[Timer with Interrupt]]

Timer with Interrupt

2026-04-16T04:35:37Z

Lth: Lth moved page Timers with Interrupt to Timer with Interrupt

{{Video
|series=STM32 Bare Metal Video
|number=8
|title=Timer with Interrupt
|youtube-id=mGVRcSBTeWI
|description=In this video we will configure a timer to generate a periodic interrupt at fixed intervals.
}}

Timer with Interrupt

2026-04-16T04:34:35Z

Lth: Created page with "{{Video |series=STM32 Bare Metal Video |number=8 |title=Timer with Interrupt |youtube-id=mGVRcSBTeWI |description=In this video we will configure a timer to generate a periodi..."

MAX14906

2026-04-16T01:33:02Z

Lth:

[[Category:Colibri]][[Category:SPI]][[Category:Components and Modules]][[Category:Work in progress]]{{metadesc|MAX14906 - IEC61131-2 I/O}}

== Basic software controls ==
* LEDs can either be connected to the actual physical world, or software controllable. Register ''Config1'' and bit 0 for ''Fault LEDs'' and bit 1 for ''Status LEDs''
* On power up, the device is in physical output mode. Meaning the DOIx pins are driven by the Dx data pins. If only software control is wanted, the Dx pins must be tied to GND.

== Digital Output configuration ==
max14906_write(&max14906_da, MAX14906_REG_SETOUT, 0x00); // Set DOIx to outputs (bit4:7). bit0:3 = mysterious
max14906_write(&max14906_da, MAX14906_REG_SETLED, 0x00); // Turn off LEDs
max14906_write(&max14906_da, MAX14906_REG_CONFIG1, 0x50); // Enable latching of diagnostic fault bits in the OvrLdChF, OpnWirChF, and ShtVDDChF registers
max14906_write(&max14906_da, MAX14906_REG_CONFIGDO, 0x2A); // Active-clamp PP
max14906_write(&max14906_da, MAX14906_REG_CURLIM, 0x00); //130mA

== Digital Input configuration ==
max14906_write(&max14906_ds, MAX14906_REG_SETOUT, 0xF0); // Set DOIx to inputs (bit4:7). bit0:bit3 = ignored
max14906_write(&max14906_ds, MAX14906_REG_SETLED, 0x00); // Turn off LEDs
max14906_write(&max14906_ds, MAX14906_REG_CONFIG1, 0x50); // Enable latching of diagnostic fault bits in the OvrLdChF, OpnWirChF, and ShtVDDChF registers
max14906_write(&max14906_ds, MAX14906_REG_CONFIGDI, 0x0); // Type 1/3 inputs
max14906_write(&max14906_ds, MAX14906_REG_CURLIM, 0x55); // 130mA
max14906_write(&max14906_ds, MAX14906_REG_MASK, 0xff); // Fault pin = All errors

== Register list ==
#define MAX14906_REG_SETOUT 0x00 // Mode setting. Bit4:7=Input/Output mode, 0=Output, 1=Input.
#define MAX14906_REG_SETLED 0x01 // LED status/control. bit4:7=Status, bit0:3=Fault
#define MAX14906_REG_DOILEVEL 0x02 // ???
#define MAX14906_REG_INTERRUPT 0x03 // Fault/error status/interrupt
#define MAX14906_REG_OVRLDCHF 0x04 // Thermal and current limit status
#define MAX14906_REG_OPNWIRCHF 0x05 // Open wire status and input over voltage status
#define MAX14906_REG_SHTVDDCHF 0x06 // VDD Over-voltage and short-circuit status
#define MAX14906_REG_GLOBALERR 0x07 // Fault/error status
#define MAX14906_REG_OPNWREN 0x08 // Open Wire detection and Gate Driver settings
#define MAX14906_REG_CHTVDDEN 0x09 // VDD Over-voltage and output short-circuit settings
#define MAX14906_REG_CONFIG1 0x0A // LED, Filter and Latching settings
#define MAX14906_REG_CONFIG2 0x0B // Watchdog, Open-wire, short-circuit and VDD settings
#define MAX14906_REG_CONFIGDI 0x0C // Digital Input Mode settings
#define MAX14906_REG_CONFIGDO 0x0D // Digital Output Mode settings
#define MAX14906_REG_CURLIM 0x0E // Current limiting
#define MAX14906_REG_MASK 0x0F // Mask register, which errors go to FAULT pin

== SPI Settings ==
On STM32, the default SPI configuration should work. That is ''Motorola'' frame format, ''8 bits'' data size, ''MSB first'', ''Clock Polarity Low'' and ''Clock Phase 1 edge''.

== Addressable SPI ==
The MAX14906 supports multiple (max 4) devices on the same SPI chip select, by encoding a hardwired address into the "register" byte, top 2 bits.

== Links ==
[https://www.analog.com/media/en/technical-documentation/data-sheets/max14906.pdf MAX14906 Datasheet]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-14T10:42:57Z

Lth: /* Flashing a target with DAPLink */

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}
[[File:JC - top right.jpg|thumb|300px|Jolt Connect device]]
This page documents how to run [[CMSIS DAPlink]] firmware on a [[Jolt Connect]] or [[Streamline Connect]].

{{clear}}
== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

== Flashing with ST-Link ==

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Flashing a target with DAPLink ==

There are multiple tools and approaches but the most "generic" is probably to use openocd. In a Makefile I got the following target:

<pre>
flash: $(BUILD_DIR)/firmware.elf
openocd -f interface/cmsis-dap.cfg -f target/stm32f4x.cfg -c "program $< verify reset exit"
</pre>

Another benefit is that the same approach can be used for debugging and that it is easy to switch between ST-Link and DAPLink.

Here's an example of multiple flash targets using different tools:

<pre>
stlflash: $(BUILD_DIR)/firmware.bin
st-flash --reset write $< 0x8000000

stflash: $(BUILD_DIR)/firmware.bin
openocd -f interface/st-link.cfg -f target/stm32f4x.cfg -c "program $< verify reset exit"

dapflash: $(BUILD_DIR)/firmware.bin
pyocd flash --target stm32f412xe --base-address 0x8000000 $<

flash: $(BUILD_DIR)/firmware.elf
openocd -f interface/cmsis-dap.cfg -f target/stm32f4x.cfg -c "program $< verify reset exit"
</pre>

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-14T09:59:48Z

Lth:

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}
[[File:JC - top right.jpg|thumb|300px|Jolt Connect device]]
This page documents how to run [[CMSIS DAPlink]] firmware on a [[Jolt Connect]] or [[Streamline Connect]].

{{clear}}
== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

== Flashing with ST-Link ==

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Flashing a target with DAPLink ==

There are multiple tools and approaches but the most "generic" is probably to use openocd. In a Makefile I got the following target:

<pre>
flash: $(BUILD_DIR)/firmware.elf
openocd -f interface/cmsis-dap.cfg -f target/stm32f4x.cfg -c "program $< verify reset exit"
</pre>

Another benefit is that the same approach can be used for debugging and that it is easy to switch between ST-Link and DAPLink.

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

WebAssembly (WASM) on STM32

2026-04-13T09:43:57Z

Lth: Created page with "{{Video |series=STM32 Tutorial Video |number=85 |title=WebAssembly (WASM) on STM32 |youtube-id=gZbS9PE7n0Y |description=Putting a WebAssembly virtual machine in a STM32. }}"

{{Video
|series=STM32 Tutorial Video
|number=85
|title=WebAssembly (WASM) on STM32
|youtube-id=gZbS9PE7n0Y
|description=Putting a WebAssembly virtual machine in a STM32.
}}

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T09:05:40Z

Lth:

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T09:04:13Z

Lth:

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}
This page documents how to run [[CMSIS DAPlink]] firmware on a [[Jolt Connect]] or [[Streamline Connect]].

{{clear}}
== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

== Flashing with ST-Link ==

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T09:03:56Z

Lth:

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}
This page documents how to run [[CMSIS DAPlink]] firmware on a [[Jolt Connect]] or [[Streamline Connect]].

== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

== Flashing with ST-Link ==

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T09:02:55Z

Lth:

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}

This page documents how to run [[CMSIS DAPlink]] firmware on a [[Jolt Connect]] or [[Streamline Connect]].

== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

CMSIS DAPlink

2026-04-13T09:00:29Z

Lth: Lth moved page CMSIS DAPlink to CMSIS DAPlink on Jolt or Streamline Connect

#REDIRECT [[CMSIS DAPlink on Jolt or Streamline Connect]]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T09:00:29Z

Lth: Lth moved page CMSIS DAPlink to CMSIS DAPlink on Jolt or Streamline Connect

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}

== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ st-flash erase ; st-flash write projectfiles/make_gcc_arm/stm32f103xb_bl/build/stm32f103xb_bl.bin 0x8000000
</pre>

Reconnect the daplink device. It will show up as a disc labelled MAINTENANCE. Mount that and copy the firmware file over. On my system:

<pre>
lth@ncpws04:~/src/DAPLink$ cp projectfiles/make_gcc_arm/stm32f103xb_stm32f103rb_if/build/stm32f103xb_stm32f103rb_if.bin /run/media/lth/MAINTENANCE/
</pre>

The device will now be a DAPLink.

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T08:57:32Z

Lth:

File:Stm32f103xb stm32f103rb if.bin

2026-04-13T08:33:56Z

Lth: Lth uploaded a new version of File:Stm32f103xb stm32f103rb if.bin

File:Stm32f103xb bl.bin

2026-04-13T08:33:03Z

Lth: Lth uploaded a new version of File:Stm32f103xb bl.bin

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T07:28:35Z

Lth: /* Miscellaneous links */

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}

== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ cd /projectfiles/make_gcc_arm/stm32f103xb_bl/build
lth@ncpws04:~/src/DAPLink/projectfiles/make_gcc_arm/stm32f103xb_bl/build$ st-flash erase ; st-flash write stm32f103xb_bl.bin 0x8000000
</pre>

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/4/44/Stm32f103xb_bl.bin CMSIS DAPlink bootloader]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

File:Stm32f103xb bl.bin

2026-04-13T07:27:44Z

Lth:

CMSIS DAPlink on Jolt or Streamline Connect

2026-04-13T07:27:05Z

Lth: /* Miscellaneous links */

[[Category:STM32]][[Category:Work in progress]]{{metadesc|Building and flashing CMSIS DAPlink}}

== Build from Source ==

First clone [https://github.com/lbthomsen/DAPLink this repository].

Enter the folder and create a virtual python environment

<pre>
lth@ncpws04:~$ cd src/DAPLink
lth@ncpws04:~/src/DAPLink$ virtualenv venv
lth@ncpws04:~/src/DAPLink$ . venv/bin/activate
(venv) lth@ncpws04:~/src/DAPLink$ pip install -r requirements.txt
</pre>

You can now build the two targets - the bootloader and the actual DAPLink firmware:

<pre>
(venv) lth@ncpws04:~/src/DAPLink$ python tools/progen_compile.py --clean stm32f103xb_bl stm32f103xb_stm32f103rb_if
</pre>

After successful build, enter the resulting directory and flash using a st-link:

<pre>
lth@ncpws04:~/src/DAPLink$ cd /projectfiles/make_gcc_arm/stm32f103xb_bl/build
lth@ncpws04:~/src/DAPLink/projectfiles/make_gcc_arm/stm32f103xb_bl/build$ st-flash erase ; st-flash write stm32f103xb_bl.bin 0x8000000
</pre>

== Miscellaneous links ==

* [https://github.com/lbthomsen/DAPLink DAPLink source]
* [https://stm32world.com/images/0/0e/Stm32f103xb_stm32f103rb_if.bin CMSIS DAPlink for Jolt Connect]

File:Stm32f103xb stm32f103rb if.bin

2026-04-13T07:25:56Z

Lth:

Streamline MCU STM32F407

2026-04-12T09:41:41Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32F407 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right.jpg|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32F407]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32F407]].
{{clear}}

== Specifications ==

{|
|-
|'''MCU'''
|STM32F407VET6
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB (+64kB [[CCMRAM]])
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}

== Video ==

{{#ev:youtube|XdulXaZdM9s}}

== Schematics ==

<div class="res-img">
[[File:Sl mcu stm32f407.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32f407_bot_render.png
File:sl_mcu_stm32f407_top_left_render.png
File:sl_mcu_stm32f407_top_render.png
File:sl_mcu_stm32f407_top_right_render.png
File:sl_mcu_stm32f407_top_right.jpg
File:sl_mcu_stm32f407_top_left.jpg
File:sl_mcu_stm32f407_top.jpg
File:sl_mcu_stm32f407_mounted_top_right.jpg
File:sl_mcu_stm32f407_mounted_top_left.jpg
File:sl_mcu_stm32f407_bot.jpg
</gallery>

== Miscellaneous Links ==

* [https://www.st.com/resource/en/datasheet/dm00037051.pdf STM32F405xx/STM32407xx Datasheet]
* [https://www.st.com/resource/en/reference_manual/dm00031020-stm32f405-415-stm32f407-417-stm32f427-437-and-stm32f429-439-advanced-arm-based-32-bit-mcus-stmicroelectronics.pdf STM32F405/415, STM32F407/417, STM32F427/437 and STM32F429/439 Reference Manual]

Streamline MCU STM32F407

2026-04-12T09:40:59Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32F407 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right render.png|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32F407]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32F407]].
{{clear}}

== Specifications ==

{|
|-
|'''MCU'''
|STM32F407VET6
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB (+64kB [[CCMRAM]])
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}

== Video ==

{{#ev:youtube|XdulXaZdM9s}}

== Schematics ==

<div class="res-img">
[[File:Sl mcu stm32f407.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32f407_bot_render.png
File:sl_mcu_stm32f407_top_left_render.png
File:sl_mcu_stm32f407_top_render.png
File:sl_mcu_stm32f407_top_right_render.png
File:sl_mcu_stm32f407_top_right.jpg
File:sl_mcu_stm32f407_top_left.jpg
File:sl_mcu_stm32f407_top.jpg
File:sl_mcu_stm32f407_mounted_top_right.jpg
File:sl_mcu_stm32f407_mounted_top_left.jpg
File:sl_mcu_stm32f407_bot.jpg
</gallery>

== Miscellaneous Links ==

* [https://www.st.com/resource/en/datasheet/dm00037051.pdf STM32F405xx/STM32407xx Datasheet]
* [https://www.st.com/resource/en/reference_manual/dm00031020-stm32f405-415-stm32f407-417-stm32f427-437-and-stm32f429-439-advanced-arm-based-32-bit-mcus-stmicroelectronics.pdf STM32F405/415, STM32F407/417, STM32F427/437 and STM32F429/439 Reference Manual]

File:Sl mcu stm32f407 bot.jpg

2026-04-12T09:40:41Z

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File:Sl mcu stm32f407 mounted top left.jpg

2026-04-12T09:40:39Z

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File:Sl mcu stm32f407 mounted top right.jpg

2026-04-12T09:40:37Z

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File:Sl mcu stm32f407 top.jpg

2026-04-12T09:40:35Z

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File:Sl mcu stm32f407 top left.jpg

2026-04-12T09:40:32Z

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File:Sl mcu stm32f407 top right.jpg

2026-04-12T09:40:30Z

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Streamline MCU STM32F407

2026-04-12T04:00:20Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32F407 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right render.png|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32F407]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32F407]].
{{clear}}

== Specifications ==

{|
|-
|'''MCU'''
|STM32F407VET6
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB (+64kB [[CCMRAM]])
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}

== Video ==

{{#ev:youtube|XdulXaZdM9s}}

== Schematics ==

<div class="res-img">
[[File:Sl mcu stm32f407.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32f407_bot_render.png
File:sl_mcu_stm32f407_top_left_render.png
File:sl_mcu_stm32f407_top_render.png
File:sl_mcu_stm32f407_top_right_render.png
</gallery>

== Miscellaneous Links ==

* [https://www.st.com/resource/en/datasheet/dm00037051.pdf STM32F405xx/STM32407xx Datasheet]
* [https://www.st.com/resource/en/reference_manual/dm00031020-stm32f405-415-stm32f407-417-stm32f427-437-and-stm32f429-439-advanced-arm-based-32-bit-mcus-stmicroelectronics.pdf STM32F405/415, STM32F407/417, STM32F427/437 and STM32F429/439 Reference Manual]

Streamline MCU STM32F407

2026-04-12T03:59:00Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32F407 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right render.png|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32F407]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32F407]].
{{clear}}
== Video ==

{{#ev:youtube|XdulXaZdM9s}}

== Specifications ==

{|
|-
|'''MCU'''
|STM32F407VET6
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB (+64kB [[CCMRAM]])
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}

== Schematics ==

<div class="res-img">
[[File:Sl mcu stm32f407.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32f407_bot_render.png
File:sl_mcu_stm32f407_top_left_render.png
File:sl_mcu_stm32f407_top_render.png
File:sl_mcu_stm32f407_top_right_render.png
</gallery>

== Miscellaneous Links ==

* [https://www.st.com/resource/en/datasheet/dm00037051.pdf STM32F405xx/STM32407xx Datasheet]
* [https://www.st.com/resource/en/reference_manual/dm00031020-stm32f405-415-stm32f407-417-stm32f427-437-and-stm32f429-439-advanced-arm-based-32-bit-mcus-stmicroelectronics.pdf STM32F405/415, STM32F407/417, STM32F427/437 and STM32F429/439 Reference Manual]

Streamline MCU STM32F407

2026-04-12T03:57:09Z

Lth:

[[Category:STM32]][[Category:Streamline]][[Category:Streamline Blade]]{{metadesc|STM32F407 Streamline MCU board documentation}}
[[File:Sl mcu stm32f407 top right render.png|350px|thumb|Streamline MCU STM32F407]]
The [[Streamline MCU STM32F407]] is a basic [[Streamline]] [[STM32]] [[MCU]] board build around a [[STM32F407]].
{{clear}}
== Specifications ==

{|
|-
|'''MCU'''
|STM32F407VET6
|-
|'''Flash'''
|512kB
|-
|'''RAM'''
|128kB (+64kB [[CCMRAM]])
|-
|'''Crystal'''
|16MHz
|-
|'''LED'''
|PC13 (open drain)
|-
|'''Button'''
|Boot0/PC15 (pulled down)
|}

== Schematics ==

<div class="res-img">
[[File:Sl mcu stm32f407.svg|2400px]]
</div>

== Gallery ==

<gallery>
File:sl_mcu_stm32f407_bot_render.png
File:sl_mcu_stm32f407_top_left_render.png
File:sl_mcu_stm32f407_top_render.png
File:sl_mcu_stm32f407_top_right_render.png
</gallery>

== Miscellaneous Links ==

* [https://www.st.com/resource/en/datasheet/dm00037051.pdf STM32F405xx/STM32407xx Datasheet]
* [https://www.st.com/resource/en/reference_manual/dm00031020-stm32f405-415-stm32f407-417-stm32f427-437-and-stm32f429-439-advanced-arm-based-32-bit-mcus-stmicroelectronics.pdf STM32F405/415, STM32F407/417, STM32F427/437 and STM32F429/439 Reference Manual]

Streamline Storage Flash Video

2026-04-12T02:01:14Z

Lth: Created page with "{{Video |series=Streamline Video |number=5 |title=Streamline Storage Flash Video |youtube-id=dhMFLPLCZuw |description=Introducing Streamline Storage Flash. }}"

{{Video
|series=Streamline Video
|number=5
|title=Streamline Storage Flash Video
|youtube-id=dhMFLPLCZuw
|description=Introducing Streamline Storage Flash.
}}

Streamline Storage EEPROM

2026-04-11T02:45:33Z

Lth:

[[Category:Streamline]][[Category:CurrentMakers]][[Category:Streamline Blade]][[Category:Work in progress]]{{metadesc|Streamline Storage EEPROM Blade - W25Q128}}
[[File:Sl storage eeprom top right photo.jpg|thumb|350px|Streamline Storage EEPROM photo]]
[[Streamline Storage EEPROM]] is a [[Streamline]] blade containing 1-4 [[I²C]] [[24Cxx_I²C_EEPROM]]s.

{{Clear}}
== I²C Address(es) ==

A scan of the [[I²C]] bus with the board attached and 4 [[24Cxx_I²C_EEPROM]]s mounted, show the following:

<pre>
Scanning I2C bus:
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
50 51 52 53 54 55 56 57 -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
</pre>

Each [[24Cxx_I²C_EEPROM]] will occupy two addresses with a 64k page on each (so 128kB for each [[EEPROM]].

== Revision A ==

=== Schematics ===

<div class="res-img">
[[File:sl_storage_eeprom.svg|2400px]]
</div>

=== Issues ===

The [[24Cxx_I²C_EEPROM]]s can get into a state where it will not respond to [[{{I2C}}]] commands. In this state power cycle is the only way back.

=== Gallery ===

<gallery>
File:sl_storage_eeprom_top_right_render.png
File:sl_storage_eeprom_top_render.png
File:sl_storage_eeprom_top_left_render.png
File:sl_storage_eeprom_bot_render.png
File:sl_storage_eeprom_bot_photo.jpg
File:sl_storage_eeprom_in_backplane_1.jpg
File:sl_storage_eeprom_in_backplane_2.jpg
File:sl_storage_eeprom_top_left_photo.jpg
File:sl_storage_eeprom_top_photo.jpg
File:sl_storage_eeprom_top_right_photo.jpg
</gallery>

== Miscellaneous Links ==

* [https://datasheet.lcsc.com/lcsc/1809271213_STMicroelectronics-M24M01-RMN6TP_C79990.pdf M24M01 1-Mbit serial I²C bus EEPROM]

Streamline Storage EEPROM

2026-04-11T02:43:46Z

Lth:

[[Category:Streamline]][[Category:CurrentMakers]][[Category:Streamline Blade]][[Category:Work in progress]]{{metadesc|Streamline Storage EEPROM Blade - W25Q128}}
[[File:Sl storage eeprom top right photo.jpg|thumb|350px|Streamline Storage EEPROM photo]]
[[Streamline Storage EEPROM]] is a [[Streamline]] blade containing 1-4 [[I²C]] [[24Cxx_I²C_EEPROM]]s.

{{Clear}}
== I²C Address(es) ==

A scan of the [[I²C]] bus with the board attached and 4 [[24Cxx_I²C_EEPROM]]s mounted, show the following:

<pre>
Scanning I2C bus:
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
50 51 52 53 54 55 56 57 -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
</pre>

Each [[24Cxx_I²C_EEPROM]] will occupy two addresses with a 64k page on each (so 128kB for each [[EEPROM]].

== Revision A ==

=== Schematics ===

<div class="res-img">
[[File:sl_storage_eeprom.svg|2400px]]
</div>

=== Gallery ===

<gallery>
File:sl_storage_eeprom_top_right_render.png
File:sl_storage_eeprom_top_render.png
File:sl_storage_eeprom_top_left_render.png
File:sl_storage_eeprom_bot_render.png
File:sl_storage_eeprom_bot_photo.jpg
File:sl_storage_eeprom_in_backplane_1.jpg
File:sl_storage_eeprom_in_backplane_2.jpg
File:sl_storage_eeprom_top_left_photo.jpg
File:sl_storage_eeprom_top_photo.jpg
File:sl_storage_eeprom_top_right_photo.jpg
</gallery>

== Miscellaneous Links ==

* [https://datasheet.lcsc.com/lcsc/1809271213_STMicroelectronics-M24M01-RMN6TP_C79990.pdf M24M01 1-Mbit serial I²C bus EEPROM]