Dual-DSP board for PCs

The navtec GmbH has developed a dual-DSP board for PC's  with ISA/EISA bus. The plug-in board can be employed as a development system for Motorola 5600X processors or as a fast signal processing co-processor for PCs.
 
Doppel-DSP-Karte As the board is often employed in research and training, it contains  two sockets. That makes it possible to exchange DSPs in the SMD housing (PQFP and TQFP) easily. 

Because of its flexiblity, navtec very often uses this board for those customer-specific solutions, where a DSP is the major component. 

The mechanical dimensions allow it to employ a standardised European card as a carrier for peripherical circuits. Put together, the two boards have the same measurements as a long PC plug-in. 
 



Technical  Data


General
 
bus system in PC 8 Bit ISA
boot EPROM 2 x 8 kByte
debug port for both processors on the board via a PLD and externally via 10-pole connectors
necessary addresses in PC 32 Byte in the I/O-area, selectable with DIP switches
phase generation 10-MHz-quartz, in sockets
processor in the 1st socketl
 
supported processors 56002, 56005
supported clock-rates 40 MHz, 66 MHz
memory for the  DSP 128 kwords (24 Bit), SRAM
pre-decoded I/O-mains 4 x write, 4 x read
external timer 3 timers, cascadable
interrupt management for all sources and timers 
serial interfaces on the outside of the PC via 15-pole DSub plug with standardised pinning 
BUS interface inside the PC  addresses, data and most of the control signals
debugging facilities
  1. with ARIEL-compatible debugger via the PC-Bus and the host port of the DSP
  2. with a  OnCE-debugger via the PC-Bus and a  OnCE-port in the PLD on the board
  3. with an external OnCE-debugger  via standardised pin boards
program download
  1. with one of the stated deguggers, controlled by the user, 
  2. with PASCAL-unit functions, controlled by a superior PC programme,
  3. out of the  EPROM
processor in the 2nd socket
 
supported processors  56004, 56007, 56009
supported clock-rates  up to 80 MHz
DSP memory  1 - 4 MByte, DRAM in the SIMM-socket
pin board for extensions  all major I/O-signals of the processors are led out 
debugging facilities
  1. with a OnCE-debugger via the PC-bus and a OnCE-port in the PLD on the Board
  2. with an externeal OnCE-debugger  via standardised pin boards
.