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Agilent
Logic Analyzer Connector
The Agilent Logic Analyzer Connector has 2 Mictor (38-pins, male)
sockets to be used for an Agilent logic analyzer. 64 signals can be
traced.
It
can be plugged
anywhere in the system,
and multiple Agilent Logic Analyzer Connectors can be plugged next to
each other.
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The additional FPGA can
(optional) be used
for pin-multiplexing. Only 8 IOs are needed to trace 64 signals. The
bitstream for this design is available on board and as .bit file. It
can be overwritten and rewritten by the user.
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USB
interface
This ASB hosts the Cypress CY7C67300 (embedded USB host controller). It
has 2 serial interface engines and one USB Host.
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All
GPIO signals are connected to the FPGA connections. An EEProm is used
to store the firmware.
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Ethernet Interface
Marvell Alaska PHY device (88E1111) is used to operate at 10/100/1000
Mb/s. The interface (MII, GMII, RGMII, SGMII) are set by MDI0 commands. |
This customer specific
ASB can be ordered.
For more information please contact EDAptability. If you need your own
ethernet PHY, EDAptability offers the free of charge service to build
these ASB customer specific. EDAptability's philosophy is, that the ASB
are optimized for the customer to perfectly fit the customer needs.
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RocketIO Interface
This ASB is connected on top of the top-FPGA-Board. It accesses 4
RocketIO channels of each FPGA. Each channel has 4 SMB-connectors
(TxData, TXClk, RxData, RxClk).
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It can be used for
streaming data into/from
the FPGAs. If more channels are needed, EDAptability offers
modification service,
which is free of charge, unless the modifications aren't too complex.
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Memory
The memory boards are generated on customer request and based on
customer memory definitions. Instead of adapting the design to the
prototyping system, EDAptability offers the customer to define the
memory of interest and a specific board is fabricated.
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The costs of these memory
boards are around
20€/26$ without the memory device. The delivery time is
roughly 3 weeks. An in-system-testbench comes with the product to prove
the functionality.
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Oscillator Holder
The Oscillator Holder can carry up to two (14-pin-size or 8-pin-size)
oscillators. The clock signals can be connected to the FPGA-Board
clock-io-area.
It
can be plugged
anywhere in the system, and multiple Oscillator Holders can be placed
next to each other.
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2.54-pitch Board
This board has a 2.54-pitch area to be used for customer logic.
FPGA-signals are routed to dedicated pins of this board. It can be
ordered in 1..5-row width. The picture shows a 4-row wide board.
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