User manual

AXISA1001NetworkDoorController&AXISEntryManager

SystemConﬁguration

Important

•Allchangestocardformatsapplytothewholesystemofdoorcontrollers.

•Youcanonlyenableanddisablecardformatsifatleastonedoorcontrollerinthesystemhasbeenconguredwithatleast

onereader.SeeConguretheHardwareonpage13andCongureReadersandREXDevicesonpage16.

•Twocardformatswiththesamebitlengthcannotbeactivethesametime.Forexample,ifyouhavedenedtwo32-bit

cardformats,“FormatA”and“FormatB”,andyouhaveenabled“FormatA”,youcannotenable“FormatB”without

disabling“FormatA”rst.

•Ifnocardformatshavebeenenabled,youcanusetheCardrawonlyandCardrawandPINidenticationtypestoidentify

acardandgrantaccesstousers.

CardFormatDescriptions

•Name(required)–Enteradescriptivename.

•Description–Enteradditionalinformationasdesired.ThisinformationisonlyvisibleintheEditcardformatandAdd

cardformatdialogs.

•Bitlength(required)–Enterthebitlengthofthecardformat.Thishastobeanumberbetween1and1000000000.

FieldMaps

•Name(required)–Entertheeldmapnameunspaced,forexampleOddParity.

Examplesofcommoneldmapsinclude:

-Parity–Paritybitsareusedforerrordetection.Paritybitsareusuallyaddedtothebeginningorendofa

binarycodestringandindicateifthenumberofbitsisevenorodd.

-EvenParity–Evenparitybitsmakesurethatthereisanevennumberofbitsinthestring.Thebitsthathave

thevalue1arecounted.Ifthecountisalreadyeven,theparitybitvalueissetto0.Ifthecountisodd,the

evenparitybitvalueissetto1,makingthetotalcountanevennumber.

-OddParity–Oddparitybitsmakesurethatthereisanoddnumberofbitsinthestring.Thebitsthathave

thevalue1arecounted.Ifthecountisalreadyodd,theoddparitybitvalueissetto0.Ifthecountiseven,

theparitybitvalueissetto1,makingthetotalcountanoddnumber.

-FacilityCode–Facilitycodesaresometimesusedforverifyingthatthetokenmatchesthefacility’saccess

controlsystem.Oftenalltokensissuedforasinglefacilityhavethesamefacilitycode.

-CardNr–Thecardnumberbinarydataisencodedasintegernumbersineitherlittleendianbyteorder

(BinLE2Int)orbigendianbyteorder(BinBE2Int).Seebelow.

-CardNrHex–Thecardnumberbinarydataisencodedashex-lowercasenumbersineitherlittleendianbyte

order(BinLE2hex)orbigendianbyteorder(BinBE2hex).Seebelow.

•Range(required)–Enterthebitrangeoftheeldmap,forexample1,2–17,18–33,and34.

•Encoding(required)–Selecttheencodingtypeofeacheldmap.

-BinLE2Int–Binarydataisencodedasintegernumbersinlittleendianbyteorder.Integermeansthatitneeds

tobeawholenumber(nodecimals).Littleendianbyteordermeansthatinamultiple-bytesequence,the

rstbyteisthesmallest.

-BinBE2Int–Binarydataisencodedasintegernumbersinbigendianbyteorder.Integermeansthatitneeds

tobeawholenumber(nodecimals).Bigendianbyteordermeansthatinamultiple-bytesequence,therst

byteisthebiggest.

-BinLE2Hex–Binarydataisencodedashex-lowercasenumbersinlittleendianbyteorder.Thehexadecimal

system,alsoknownasthebase-16numbersystem,consistsof16uniquesymbols:thenumbers0–9andthe

lettersa–f.Littleendianbyteordermeansthatinamultiple-bytesequence,therstbyteisthesmallest.