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Documentation

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Detailed timing, pin descriptions, configuration options and operating modes for the Arrix FPOA Product Family

Documentation


FPOA Documentation Overview

MathStar has a rich selection of Field Programmable Object Array™ (FPOA) products that will allow you to tailor your design to meet your customer’s demanding image and digital signal processing needs. The Arrix FPOA is a family of high-performance semiconductors supported by a wide range of documentation.

Silicon Devices


Arrix FPOA
Product Guide

Maximum Operating Frequency
Temperature Range*
Package Type
FPOA Overview
Product Brief
Architecture Guide
Data Sheet
MOA2400D-10
1 GHz
Commercial
Standard
FPOA Overview
FPOA Product Brief
MOA2400D-09
900 MHz
Industrial
Standard
MOA2400D-08
800 MHz
Industrial
Standard
MOA2400D-06
600 MHz
Industrial
Standard
MOA2400D-10
1 GHz
Commercial
RoHS
MOA2400D-09
900 MHz
Industrial
RoHS
MOA2400D-08
800 MHz
Industrial
RoHS
MOA2400D-06
600 MHz
Industrial
RoHS
*Industrial temperature range: -40 degrees Celsius to 125 degrees Celsius junction temperature

Development Kits


Product
Description
Product Brief
MS2400D Arrix FPOA Development System
Overview of evaluation system for Arrix Family of FPOAs
Arrix FPOA Development System

IP Cores


Product
Description
Product Brief
MPEG-2 HD/SD
Multi-stream Decoder
MPEG-2 Decoder IP Core that supports 422P profile High-Definition (1080i/720p) or eight streams of 422P profile Standard-Definition video at bit rates up to 200 Mbps
MPEG-2 Decoder
MPEG-2 HD Encoder
MPEG-2 Encoder IP Core that supports low bit-rate, High-Definition 1080i/720p and Standard-Definition video formats
MPEG-2 Encoder
MPEG-2 HD Encoder with Transport Stream
MPEG-2 Encoder IP Core that supports low bit-rate, High-Definition 1080i/720p and Standard-Definition video formats. Outputs either elementary video stream, ATSC compliant transport stream, or ATSC compliant program stream.
MPEG-2 Encoder
JPEG2000 Encoder
JPEG2000 Encoder IP Core that supports up to 200 Mega samples per second. Supports up to 10 bit monochrome or 8 bit 4:4:4 RGB inputs.
JPEG2000 Encoder
Color Space Conversion
1 Giga sample per second scalable color space conversion IP Core
Color Space Conversion
Flat Field Error Correction
1 Giga sample per second scalable flat field error correction IP Core - includes documentation, design files, test bench and device mapping
Flat Field Error Correction
Sobel Edge Detection
1 Giga sample per second scalable Sobel edge detector IP Core - includes documentation, design files, test bench and device mapping
Sobel Edge Detection

Application Assessments


Product Description Assessment
H.264 Encoder Analysis of 1080i/720p High Definition H.264 Encoder on the Arrix FPOA
Scalable 3x3 Convolution Filter
Analysis of scalable 2D convolution filter block, scalable up to 15x15 on the Arrix FPOA. Symmetric or asymmetric.
Digital Beamforming
Analysis of multi-channel beamforming useful in ultrasound imaging and wireless communications
CT Back Projection
Analysis of the fundamental Computed Tomography (CT) Back-Projection algorithm on the Arrix FPOA. Supports up to 1000 slices at 512x512 resolution.
Smith-Waterman
Analysis of Smith-Waterman Algorithm on the Arrix FPOA
Digital Down Converter
Analysis of digital down converter application on the Arrix FPOA
Turbo Decoder
Analysis of various turbo-coding algorithms on the Arrix FPOA
1K FFT
Analysis of 1 Giga sample per second, 1024 point FFT, 16 bit precision on the Arrix FPOA. Scalable up to 16K points
Multi-Tap FIR Filter
Analysis of 1 Giga sample per second Scalable FIR filter from 8 taps up to 128 taps, 16 bit precision.

Design Tools


Product Description Product Brief
MathStar FPOA Design Flow
Describes development software and design flow for Arrix Family of FPOAs
Design Tools

If you would like to learn more about MathStar's documentation, please contact your local sales rep today.

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MathStar specializes in high performance programmable logic solutions for image and digital signal processing. FPOAs offer up to four times the performance of today's top FPGAs.
MathStar: the next generation of programmable logic.