Unlooper Trunker.
This new device is the evolution of the old unlooper Wildthing/Kypro.
The modification implemented and the exclusive box design makes this product
simply unique.
Technical features:
- 100% compatible with the Wildthing/Kypro. All the Dip Switches are following
the original Wildthing settings.
- Modification selectable. This modification make the Xilinx CPLD work at
a settable speed. Normally this product works at 100Mhz. The user can Switch
from normal usage to modified usage by setting a simple switch.
- Xilinx programmable through J-Tag on Parallel Port. This feature is very
interesting if you want to change simply program for first usage the Xilinx
CPLD inside. To do this you can use the official software from Xilinx which
is free to use and downloadable directly from their web site.
- Smartmouse/Phoenix usage at 3,579/6,00Mhz.
- J-Tag function. By simply opening the plastic box you will see the J-Tag
connections.
This unlooper has advanced features for expert users and developers.
It holds inside an EEPROM (I2C-24LCXX) which is setting the Smartmouse/Phoenix
frequency (initially set on 3,579 and 6,00) and allows you to use 2 different
freqs. More you can adjust the Xilinx glitching frequency initially set at 100Mhz
to your preferred value. This makes Trunker essentially unique.
This unlooper is 100% compatible with all the software version previously made
and in future developed for all the WildThing/Kypro existing unloopers.We simply
re-designed all the internals in order to make it working in the easiest and
fastest way.
We could make it working on USB platform but at present nobody could
assure the 100% compatibility with 3rd party software. Using an USB unlooper
could mean that you have not the 100% compatibility with all the software around!!
More! No need for annoying drivers or other stuff like that!
It comes in this configuration:
Phoenix/Smartmouse at 3,579-6,00 Mhz with blank Xilinx set at 100Mhz (MOD).
You simply need an external power supply, serial cable and parallel cable.
All information will be available on www.duolabs.com
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