Altera MAX 10 Embedded Multipliers Manuel d'utilisateur

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Page 1 - San Jose, CA 95134

MAX 10 Embedded Multipliers UserGuideSubscribeSend FeedbackUG-M10DSP2014.09.22101 Innovation DriveSan Jose, CA 95134www.altera.com

Page 2 - Contents

Embedded Multipliers Implementation Guides32014.09.22UG-M10DSPSubscribeSend FeedbackThe Quartus II software contains tools for you to create and compi

Page 3 - 18 x 18 Multipliers

• Filter IP Catalog to Show IP for active device family or Show IP for all device families.• Search to locate any full or partial IP core name in IP C

Page 4

• Optionally select preset parameter values. Presets specify all initial parameter values for specificapplications (where provided).• Specify paramete

Page 5 - Architecture

LPM_MULT (Multiplier) IP Core References42014.09.22UG-M10DSPSubscribeSend FeedbackLPM_MULT Parameter SettingsThere are three groups of options: Genera

Page 6 - Output Register

Table 4-2: LPM_MULT Parameters - General2This table lists the IP core parameters applicable to MAX 10 devices.GUI Parameter Parameter Condition Value

Page 7 - 18-Bit Multipliers

LPM_MULT PortsTable 4-4: LPM_MULT IP Core Input PortsPort Name Required Descriptiondataa[] Yes Data input. The size of the input port depends on the L

Page 8 - 9-Bit Multipliers

ALTMULT_ACCUM (Multiply-Accumulate) IPCore References52014.09.22UG-M10DSPSubscribeSend FeedbackALTMULT_ACCUM Parameter SettingsThere are four groups o

Page 9

GUI Parameter Parameter Condition Value Description‘signa’ input controlsthe sign (1 signed/0unsigned)PORT_SIGNA InputRepresentation >What is there

Page 10 - Send Feedback

GUI Parameter Parameter Condition Value DescriptionInput Register > Whatis the source for clockinput?SIGN_REG_B InputRepresentation >More Option

Page 11 - 2014.09.22

GUI Parameter Parameter Condition Value DescriptionWhich multiplier-adder implementationshould be used?DEDICATED_MULTIPLIER_CIRCUITRY—• Use thedefault

Page 12 - Files Generated by IP Cores

ContentsEmbedded Multiplier Block Overview...1-1Embedded Multipliers Features and Archite

Page 13 - LPM_MULT Parameter Settings

GUI Parameter Parameter Condition Value DescriptionWhat is the source forclock input?INPUT_REG_B• InputConfiguration> Registerinput B of themultipl

Page 14

GUI Parameter Parameter Condition Value DescriptionWhat is the source forasynchronous clearinput?MULTIPLIER_ACLR• OutputConfiguration> Registeroutp

Page 15 - LPM_MULT Ports

GUI Parameter Parameter Condition Value DescriptionInput Register > Whatis the source for clockinput?ACCUM_SLOAD_REG• Accumulator> Create an‘acc

Page 16 - Core References

ALTMULT_ACCUM PortsTable 5-5: ALTMULT_ACCUM IP Core Input PortsPort Name Required Descriptionaccum_sload NoCauses the value on the accumulator feedbac

Page 17

Port Name Required Descriptionsigna No Specifies the numerical representation of the dataa[] port. Ifthe signa port is high, the multiplier treats the

Page 18 - Altera Corporation

ALTMULT_ADD (Multiply-Adder) IP CoreReferences62014.09.22UG-M10DSPSubscribeSend FeedbackALTMULT_ADD Parameter SettingsThere are three groups of option

Page 19

GUI Parameter Parameter Condition Value Description‘signa’ input controlsthe sign (1 signed/0unsigned)PORT_SIGNA InputRepresentation >What is there

Page 20

GUI Parameter Parameter Condition Value DescriptionInput Register > Whatis the source for clockinput?SIGNED_REGISTER_BInputRepresentation >More

Page 21

GUI Parameter Parameter Condition Value DescriptionWhat is the source forasynchronous clearinput?OUTPUT_ACLR• OutputsConfiguration> Registeroutput

Page 22

GUI Parameter Parameter Condition Value DescriptionPipeline Register >What is the source forasynchronous clearinput?ADDNSUB_MULTIPLIER_PIPELINE_ACL

Page 23 - ALTMULT_ACCUM Ports

Embedded Multiplier Block Overview12014.09.22UG-M10DSPSubscribeSend FeedbackThe embedded multiplier is configured as either one 18 x 18 multiplier or

Page 24

GUI Parameter Parameter Condition Value DescriptionWhich multiplier-adder implementationshould be used?DEDICATED_MULTIPLIER_CIRCUITRY—• Use thedefault

Page 25 - References

GUI Parameter Parameter Condition Value DescriptionWhat is the source forclock input?INPUT_REGISTER_B[0..3]• InputConfiguration> Registerinput B of

Page 26

GUI Parameter Parameter Condition Value DescriptionWhat is the source forasynchronous clearinput?MULTIPLIER_ACLR[]• OutputConfiguration> Registerou

Page 27

Port Name Required Descriptionscanouta[] No Output of scan chain A. Output port [WIDTH_A - 1..0]wide.scanoutb[] No Output of scan chain B. Output port

Page 28

ALTMULT_COMPLEX (Complex Multiplier) IPCore References72014.09.22UG-M10DSPSubscribeSend FeedbackALTMULT_COMPLEX Parameter SettingsThere are two groups

Page 29

GUI Parameter Parameter Condition Value DescriptionOutput latency []clock cyclesPIPELINE — 0–14 Specifies the numberof clock cycles foroutput latency.

Page 30

Port Name Required Descriptionresult_real Yes Real output value of the multiplier. The size of the output portdepends on the WIDTH_RESULT parameter va

Page 31

Additional Information for MAX 10 EmbeddedMultipliers User GuideA2014.09.22UG-M10DSPSubscribeSend FeedbackDocument Revision History for MAX 10 Embedde

Page 32 - ALTMULT_ADD Ports

Device EmbeddedMultipliers9 x 9 Multipliers (1)18 x 18 Multipliers (1)10M25 55 110 5510M40 125 250 12510M50 144 288 144You can implement soft multipli

Page 33

Embedded Multipliers Features andArchitecture22014.09.22UG-M10DSPSubscribeSend FeedbackEach embedded multiplier consists of three elements. Depending

Page 34

• An input register• The multiplier in 9- or 18-bit sectionsEach multiplier input signal can be sent through a register independently of other input s

Page 35 - ALTMULT_COMPLEX Ports

• Clock• Clock enable• Asynchronous clearAll input and output registers in a single embedded multiplier are fed by the same clock, clock enable, andas

Page 36

All 18-bit multiplier inputs and results are independently sent through registers. The multiplier inputs canaccept signed integers, unsigned integers,

Page 37 - Multipliers User Guide

Each embedded multiplier block has only one signa and one signb signal to control the sign representa‐tion of the input data to the block. If the embe

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