Recent changes to hardware

hardware modified by Pavel Pisa

Pavel Pisa — Fri, 29 Mar 2019 19:52:48 -0000

--- v3
+++ v4
@@ -3,10 +3,10 @@
 Manufacturer |  Name |  UART Chip |  Supported speed |  Since version |  Notes  
 --- | --- | --- | --- | --- | ---  
 \- |  [ Simple RS-232/RS-485 converter](hardware-simple-converter) |  UART 8250 and compatibles |  9.6 and 19.2kbps |  0.1.0 |  Schemtics and assembly data are available in the project's repository 
-[Tedia](http://www.tedia.cz/) | [PCI-1472](linux-16PCI950) | OX16PCI954 |  all speeds up to 12Mbps |  0.1.0 |
+[Tedia](http://www.tedia.cz/) | [PCI-1472](linux-16pci950) | OX16PCI954 |  all speeds up to 12Mbps |  0.1.0 |
 \- |  [Embedded boards with ARM microcontrollers (NXP LPC 21xx)](hardware-embedded-boards/) |  UART 8250 and compatibles |  9600 bps to 750kbps (testing) |  0.4.0 |  under development, not tested for higher speed yet

-Remarks for [PCI-1472](linux-16PCI950) card
+Remarks for [PCI-1472](linux-16pci950) card

   * the maximal speed depends on clock frequency and bus transceiver. For communication speed 12Mbps oscillator 48MHz is required 
   * should work also for series PCI-14xx and PCI-16xx by this company

hardware modified by Pavel Pisa

Pavel Pisa — Fri, 29 Mar 2019 16:36:01 -0000

--- v2
+++ v3
@@ -2,8 +2,7 @@

 Manufacturer |  Name |  UART Chip |  Supported speed |  Since version |  Notes  
 --- | --- | --- | --- | --- | ---  
-\- |  [ Simple RS-232/RS-485 converter](hardware-simple-converter) |  UART 8250 and compatibles |  9.6 and 19.2kbps
-|  0.1.0 |  Schemtics and assembly data are available in the project's repository  
+\- |  [ Simple RS-232/RS-485 converter](hardware-simple-converter) |  UART 8250 and compatibles |  9.6 and 19.2kbps |  0.1.0 |  Schemtics and assembly data are available in the project's repository 
 [Tedia](http://www.tedia.cz/) | [PCI-1472](linux-16PCI950) | OX16PCI954 |  all speeds up to 12Mbps |  0.1.0 |
 \- |  [Embedded boards with ARM microcontrollers (NXP LPC 21xx)](hardware-embedded-boards/) |  UART 8250 and compatibles |  9600 bps to 750kbps (testing) |  0.4.0 |  under development, not tested for higher speed yet

hardware modified by Pavel Pisa

Pavel Pisa — Fri, 29 Mar 2019 16:35:19 -0000

--- v1
+++ v2
@@ -3,11 +3,9 @@
 Manufacturer |  Name |  UART Chip |  Supported speed |  Since version |  Notes  
 --- | --- | --- | --- | --- | ---  
 \- |  [ Simple RS-232/RS-485 converter](hardware-simple-converter) |  UART 8250 and compatibles |  9.6 and 19.2kbps
-|  0.1.0 |  Schemtics and assembly data are available in the project's
-repository  
+|  0.1.0 |  Schemtics and assembly data are available in the project's repository  
 [Tedia](http://www.tedia.cz/) | [PCI-1472](linux-16PCI950) | OX16PCI954 |  all speeds up to 12Mbps |  0.1.0 |
-\- |  [Embedded boards with ARM microcontrollers (NXP LPC 21xx)](hardware-embedded-boards/) |  UART 8250 and compatibles |  9600 bps to 750kbps (testing) |  0.4.0 |  under development, not tested for higher speed
-yet  
+\- |  [Embedded boards with ARM microcontrollers (NXP LPC 21xx)](hardware-embedded-boards/) |  UART 8250 and compatibles |  9600 bps to 750kbps (testing) |  0.4.0 |  under development, not tested for higher speed yet

 Remarks for [PCI-1472](linux-16PCI950) card

hardware modified by Pavel Pisa

Pavel Pisa — Fri, 29 Mar 2019 16:34:54 -0000

Hardware:Supported hardware

Manufacturer	Name	UART Chip	Supported speed	Since version	Notes
-	Simple RS-232/RS-485 converter	UART 8250 and compatibles	9.6 and 19.2kbps
	0.1.0	Schemtics and assembly data are available in the project's
repository
Tedia	PCI-1472	OX16PCI954	all speeds up to 12Mbps	0.1.0
-	Embedded boards with ARM microcontrollers (NXP LPC 21xx)	UART 8250 and compatibles	9600 bps to 750kbps (testing)	0.4.0	under development, not tested for higher speed
yet

Remarks for PCI-1472 card

the maximal speed depends on clock frequency and bus transceiver. For communication speed 12Mbps oscillator 48MHz is required
should work also for series PCI-14xx and PCI-16xx by this company
note: the output pins of these cards by Tedia have different distribution than the common Profibus cable. An possible adapter is illustrated here.
multiple channels is supported since version 0.2.0