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SYSTEM DEVELOPMENT

FPGA /CPLD Boards from JAPAN

SAVING COST=TIME with readily available FPGA boards ■ ■ ■ ■

Interoperability

Basic and simple features, single power supply operation Same board size and connector layout - ACM/XCM All stocked items are ready to be shipped immediately Over 100 varieties of FPGA/CPLD boards are available Free download technical documents before purchasing

PLCC68 series

App A from SI 1 SDD

App C from SI 3 SDD

App B from SI 2 SDD

Data Bus System State

App D from SI 4 SDD

XC6SLX45-2CSG324C 16Mbit Configuration Device Two User LEDs One User Switch(Slide) RoHS compliant

Data Bus System State

App C from SI 3 SDD

AP68-04 Cyclone III PLCC68 FPGA Module

App B replaced by SI 5 SDD

Data Bus System State

EP3C25U256C8N 16Mbit Configuration Device Two User LEDs One User Switch(Slide) RoHS compliant

App D from SI 4 SDD

ALTERA FPGA Board

Cyclone IV GX F484 FPGA board ACM-024 series

Data Bus System State

EP4CGX50CF23C8N EP4CGX75CF23C8N EP4CGX110CF23C8N EP4CGX150CF23C7N Credit card size (86 x 54 mm) RoHS compliant

Innovation Innovative App A from SI 1 SDD

XP68-03 Spartan-6 PLCC68 FPGA Module

Competition App A from SI 1 SDD

FPGA Module IC socket mountable 3.3V single power supply Very small size (25.3 x 25.3 [mm])

App C from SI 3 SDD

App B from SI 5 SDD

App Z from SI X SDD

App D from SI 4 SDD

Data Bus System State

Data Bus System State

SDD = System Data Dictionary

SI = Systems Integrator

Cyclone IV GX F484 FPGA board ACM-108 series

EP4CGX50CF23C8N EP4CGX110CF23C8N EP4CGX150CF23C7N Compact size (43 x 54 mm) RoHS compliant

XILINX FPGA Board Virtex-5 LXT FFG665 FPGA board XCM-017 series

Figure 2

XC5VLX30T-1FFG665C XC5VLX50T-1FFG665C Credit card size (86 x 54 mm) RoHS compliant

The system must have the ability to “wrap” and integrate legacy subsystems not originally built to the new Open Architecture. non-functional requirements. But commonality alone is insufficient to reap the agility and commercial benefits sought, because it does not necessarily facilitate the integration of new innovative capabilities with older “common” functionality, or explicitly identify the legitimate points of variation. To ensure these benefits are received, the MoD and DOD are mandating an Interoperable Open Architecture.

What Is IOA? IOA is a SoSA based upon open standards and open data models that deliver interoperability among subsys-

tems and applications built and procured at different times. The Open Data Model ensures a common semantics understanding of data without requiring common messaging. Open Standards allow defense procurement agencies to mandate and manage the infrastructure architecture. Across multiple program and standard developments, both the DoD and MoD identified that the key to achieving this level of interoperability is to control the data. Both have selected to use a system of systems data modeling approach. Defining a SoSA through its data creates a need for a data-centric infrastruc-

Spartan-6 LXT FGG484 FPGA board XCM-111 series XC6SLX45T-2FGG484C XC6SLX75T-2FGG484C XC6SLX100T-2FGG484C XC6SLX150T-2FGG484C Compact size (43 x 54 mm) RoHS compliant

Universal Board (Type2)

ZKB-106

Untitled-1 1

One for general power(3.3V 3A max) and the Two variable outputs for Vccio(0.8V to 3.3, 3A max) ■ For ACM/XCM-2 series FPGA boards ■ Power Switch and LED ■ Power input:DC5V/2.1[mm] Jack/ Terminal Block (option) ■ Board size : 156x184 [mm] ■ 4 Layers PCB, Thru-hole ■

www.hdl.co.jp/COTS/ s2@hdl.co.jp

E-mail: Fax: 81-72-620-2003

August 2013 | COTS Journal

35

6/13/13 9:38 AM

COTS Journal  

August 2013

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