Here is a list of firmware versions that have been released since the display project began. There have been two minor bug fixes and a few feature additions to support new upgrades and display types.
Depending on your configuration it may be that you need update your display firmware to support new upgrades, for example, the Vecoven SuperJX Flash requires 1.03 for 16 bank and 1.04 for 16 or 32 bank version to display the internal bank number.
Contact us for a system exclusive file if you wish to upgrade. A Vecoven Assigner Board firmware upgrade is required to download new firmware into the DisplayPCB.
1.00: January 5th 2016
First version of the SuperJX display supporting the Noritake GU280X16G-7806A using hardwired /BUSY handshaking requiring J2:1-2 link setting on GU280.
1.01: February 25th 2016
Character mode support to drive LCD and OLED displays.
Removal of hardwired handshaking so that J2:1-2 link doesn’t have to be set on GU280 at expense of update speed that is not noticeable in use.
1.02: March 17th 2017
Added MKS70 Keymode notification handling.
Workarounds for correct display of upper and lower bars and parameter highlights when sending MIDI controller messages and the display option has been set.
1.03: April 2nd 2017
Added support for display of internal memory bank for SuperJX Flash 16 bank version.
1.04: November 27th 2017
Added support for display of internal memory bank selection for SuperJX Flash 32 bank version.
1.05: December 4th 2017 Anniversary Edition
Emulates the original Roland 14 segment starburst display using vector graphics. This is by request to emulate the old display as much as possible and has been a lot of fun programming and integrating with the firmware. Great if you get bored of the other layouts.
Instructions and more information: SuperJX Display Anniversary Edition
1.06: January 18th 2018
Improved layouts for LCD version on the following display screens: Mastertune, Play Mode MIDI, Tone Name Edit.
1.02: January 5th 2016
First release, graphic VFD display only & requires BUSY signal set via J2 link on GU280.
1.03: February 25th 2016
Character display support having two build options for LCD or GU280.
Remove /BUSY handshake signal requirement for ease of installation.
Downloading New Firmware
A boot loader is present to allow new display software to be uploaded via system exclusive if the JX is running Vecoven OS with display support.
Re-flashing display software is to be avoided and only performed unless you need the new features. Contact Guy Wilkinson at email@example.com for the necessary syx file.
The screen shots below are shown for LCD. VFD is different font and progress bar is graphical.
To enter the boot loader, hold down “MIDI” and “<” whilst turning on power, “Entering Boot loader” and current display code version number is displayed.
Release the buttons when the display will change to the boot loader screen:
If a counter is shown on the top right hand corner, it means that when it reaches zero, the display application will restart. It needs to be sent the flash file via sysex within this time.
During download, the progress bar will gradually fill up as the application is downloaded and will take approximately 4 minutes depending how fast the system exclusive data is sent.
A successful completion results in the start up screen being shown with its version number.
To resume normal display, press “WRITE” twice or cycle through “FUNC DISP” to refresh all display data. Alternatively cycle the power to reset the Super JX.
If this was performed within the Vecoven “SuperJXFlash” module bootloader, press “A” to execute the application or “D” to refresh the display and remain in the SuperJXFlash bootloader.
If it stops part way through (due to disconnect or data error), turn off power and back on again upon which the boot loader will enter automatically and no counter will be displayed.
If no counter is displayed then the application is corrupt or tampered with and a new flash file is required.
An application can be corrupt after downloading new software due to a data error. Data errors cannot be corrected in this system because the data cannot be re-requested when it arrives in error. This is due to the architecture of the Super JX; the display cannot transmit data back to the assigner. Hence why re-flashing is generally avoided as it may take a few attempts on some systems that have slow USB drivers, complex MIDI routing or long cables. If no success has been had then try a separate MIDI interface connected directly to USB and the instrument.
Copyright © 2018 Super Synth Projects, Guy Wilkinson