Difference between revisions of "CH32V307V-EVT-R1"
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As a development board, this one is clearly inspired by [[ST]]'s [[Nucleo]] boards as it includes an Arduino header as well as a built-in flash/debug tool (they call it [[WCH-Link]] also inspired by [[ST-Link]]). | As a development board, this one is clearly inspired by [[ST]]'s [[Nucleo]] boards as it includes an Arduino header as well as a built-in flash/debug tool (they call it [[WCH-Link]] also inspired by [[ST-Link]]). | ||
| − | + | I never really understood why they (both this one and [[ST]]) choose to include an Arduino header. As far as I know, most - if not all - Arduino boards are running at 5V, which makes them possibly incompatible with the 3.3V used on boards such as this. | |
== Hardware Description == | == Hardware Description == | ||
| + | |||
| + | It is worth noticing that contrary to various [[ST]] development boards, the two user LED's and the user button are by default only wired to the header, not the MCU itself. This means that a jumper lead is necessary to use any of these. | ||
== MounRiver Studio == | == MounRiver Studio == | ||
Revision as of 02:42, 29 June 2022
The CH32V307V-EVT-R1 is a development board for the CH32V307 RISC-V MCU.
As a development board, this one is clearly inspired by ST's Nucleo boards as it includes an Arduino header as well as a built-in flash/debug tool (they call it WCH-Link also inspired by ST-Link).
I never really understood why they (both this one and ST) choose to include an Arduino header. As far as I know, most - if not all - Arduino boards are running at 5V, which makes them possibly incompatible with the 3.3V used on boards such as this.
Hardware Description
It is worth noticing that contrary to various ST development boards, the two user LED's and the user button are by default only wired to the header, not the MCU itself. This means that a jumper lead is necessary to use any of these.
MounRiver Studio
To be added
Getting Started
SysTick Timer
To be added
GPIOs
To be added