is an ALTERA STRATIX 20/25/30 PCI based board.
Board applications include:
Stratix evaluation system.
Imaging, machine vision & image recognition.
System Hardware Accelerator.
Cellular base station equipment.
Digital imaging, medical imaging,
magnetic resonance imaging, satellite imaging.
Aerospace and military systems.
applications. . .
STRATIX (20 to 30) FPGA packaged (780 pins).
interface using Altera's PCI core, implemented on an additional device.
Up to 3 STRATIX devices on a single board
for custom user logic implementations including up to 36 DSP
blocks with up to 288 fast Multiplier Accumulators (MAC's).
Gidel PROC Developer's Kit.
standard interface using Altera’s PCI
IP 32/64 bit 33/66MHz (on additional device).
Five level memory structure:
Up to 885
M512 RAM blocks (32 x 18 bits).
Up to 513
M4K RAM blocks (128 x 36 bits).
Up to 12
MegaRAM blocks (4K x 144 bits).
Up to five 64MB blocks (1M x 64bits) with innovative controller
(currently 32MB blocks).
Up to 2GByte - 64bits by four SO-SIMM slots for additional
Up to 36 RX
and 36 TX LVDS lines connecting between PROCStar and
Up to 40 LVDS
lines for fast communication between on-board FPGA's.
I/O up to 360
High-density connections to daughter boards for system adaptation. I/Os
are LVTTL and LVDS. The LVTTL may be normal or DDR.
frequency easily acceding 133MHz.
Up to 420-MHz
with STRATIX devices complete clock management solution with its
hierarchical clock structure and up to 30 PLLs.
clocking system for various on-board clocks - Main clock, Local bus
clock, clk2 internal or external, a clock for each memory bank and
direct clocks between the daughter card and the STRATIX devices.
architecture, with Gidel’s powerful PROC Developer's Kit, offers an
incredible improvement of time-to-market, because it eliminates the need
for board design, the PCI application driver, board constrains and a
memory controller. This enables designers to focus on their proprietary
value-added design and not spend their valuable effort to re-create
standard design component
User design may change to accelerate various applications
· Re-configuration of the PROCStar board is
accomplished by closing the current class and opening a new application
driver class. It may also be accomplished by activating the “Load_IC”
command in order to merely replace a specific device
The application drivers are automatically generated
Configurable, Rapid, Parallel access to on-board
DRAMs using PROC Multiport.