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Model 6231 16-Channel Narrowband Digital Receiver and A/D with Virtex-E FPGA - VIM

Hardware and Software Manuals - ( top )

Please note that some hardware and software manuals are used for more than one Pentek product. Although the model numbers given in the description of each manual below may vary, these manuals are all used for the product described on this web page.

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Software - ( top )

Literature - ( top )

• Brochure
  • High-Speed VIM I/O Peripherals
• Catalog
  • Analog and Digital I/O Product Segment Catalog
  • Pentek 2013 Product Catalog
• FAQ
  • Customer FAQs
  • Model 4953 FAQs
  • Model 6230 FAQs
  • Model 6231 FAQs
  • QuickFAQs: FPGAs
• Handbook
  • Putting FPGAs to Work for Software Radio Handbook, Seventh Edition
  • Software Radio Handbook, Tenth Edition
• Specification
  • VIM Specification
• Tutorial
  • Designing High-Speed Data Acquisition Systems on VMEbus
  • Digital Receivers Bring DSP to Radio Frequencies
  • FPGAs for Software Radio
  • FPGAs Tackle DSP Applications for Communications
  • Optimum Data Flow Solutions for High-Performance Systems
  • Putting Undersampling to Work
  • The VIM Family: High-Speed Mezzanine I/O Expansion Modules
• White Paper
  • Thermal Management Techniques for VME Systems
• Industry Article
  • FPGAs Drive Digital I/O Solutions (RTC Magazine)
  • Harnessing FPGAs for beamforming software radio systems (EE Publishers)
  • 10 GbE Digital Recording Feeds Demands from Wideband Sensors (COTS Journal)
  • FPGAs Pave New Processing Paths for VPX and VME Systems (COTS Journal)
  • Unmanned vehicles push wireless, but lack in multicore (EET)
  • Design roundup: software-defined radio (EET)
  • Time carefully the adoption of your next-generation processor (EDN)
  • Using PCIe & intelligent DMA to achieve blazing data rates in real-time recording instruments (EET)
  • New Virtex-7 FPGAs boost software radio performance (VME & Critical Systems)
  • Harnessing FPGAs for Beamforming Software Radio Systems (Embedded Technology)
  • Putting OpenVPX to Work (Embedded Technology)
  • Migrating to VPX - Without leaving VME behind (VME & Critical Systems)
  • VPX swr radio handles 16 bits at 200 MHz (Electronic Products)
  • Understanding Virtex FPGAs (Embedded Technology Magazine)
  • VPX and VXS System-Level Switched Fabric Strategies (COTS Journal)
  • FPGAs vs. ASICs/ASSPs in the digital down-converter (FPGA Central)
  • New FPGAs Transform Real-Time Systems Architectures (RTC Magazine)
  • PRODUCT HOW-TO: Building an FPGA-based Digital Down (Programmable Logic DesignLine)
  • FPGAs Revolutionize Mezzanine Boards (RTC Magazine)
  • New FPGAs tackle real-time DSP tasks for defense applications (Boards & Solutions Magazine)
  • XMC Delivers a Future-Proof Mezzanine Standard (RTC Magazine)
  • FPGAs Are They Really Worth It? (VME and Critical Systems Magazine)
  • Tools Target Real-Time Data Acquisition Systems (RTC Magazine)
  • Features and Benefits of FPGA-based DDCs (Electronic Engineering Times Asia)
  • Putting FPGAs to Work in Software Radio Systems (VME and Critical Systems Magazine)
• Webcast Seminar
  • OpenVPX: From Specs to Solutions
  • A/D and D/A Sampling Theory
  • Software Radio Basics
  • SDR is more than JTRS:Think military wireless networks and civilian mobile infrastructure
  • Pentek & Xilinx: Tackling FPGA Design Challenges for Embedded Systems
  • FPGAs Unleash Single Board Computers for Real-Time
  • Avoiding Bottlenecks in Real-Time DSP Systems
  • FPGA's Offload DSP's for High-Performance Software Radio and Wireless Communications
  • Software Tools for DSP Systems Development
  • COTS Software and System Techniques to Achieve Extreme Real-Time Performance