YAMAHif~.r~•
`YMU757
`
`MA-1
`
`.Outline
`The Y M U 7 57 :is a illgh qua]jty m elody LSI :fbrc:eJJuJarphone hand92ts, supporting the data :fbl111 at :fbrvarious appli:at:ions
`
`:incJucting ring:ing and hoJd:ing m elody munds. The bu:iJt-:in Y an aha s o:t:iJ:inal FM syntheffizer can creatE varnus tin bres,
`
`and :its bu:iJt-:in ssquenc:er can produce up tD 4 diffErEnt munds w :iJ:h 4 diffErEnt tin bres sim uJJ:aneous]¥ w :ifuout pJacing a
`
`Joa:l. tD the mntroJJer.
`
`The s=r:iaJ. port mntroJJer :interfuc:e enabJes real tine reproduction of the m ebdy data vE. FIFO , w :ifuout the Jin :itat:ion of
`
`the data capacity.
`
`W :iJ:h abu:iJt-:in anp:Jifurtn drire the dynan :ic type ~er, :it:ispossi::>Je tD mnnectthe ~ercUrect:Jv.
`Th:is LSI am has an anabg-outputterrn :inal :!Dr the phone jl.ck. Jh the stand-by m cde, the powerconSJmpt::bn
`can be m:iuced tD 1 pA or Jes3 w hj]e w a:it::ing.
`A po:rtabJe 1::elm :inalm ach:ine .
`
`• Features
`
`• YAM AHA s o:t:iJ:inal FM mund gener.a:tDr function
`e B u:iJt-:in ssquenc:er
`e C apabJe of producing up tD 4 diffErEnt munds sim uJJ:aneous]¥ (4 :independent tin bres avafubJe)
`e B u:iJt-:in output400m W speaker an p:Jifur
`e B u:iJt-:in ciJ::cu:it :!Dr mund qua]jty mllECting equallier
`e B u:iJt-:in S2l:iaJ. :interfuc:e
`e 2.688, 8.4, 12.6,14 .4, 19 2,19.68, 19.8 and 27.82 M Hz s=r:ialclock :inputs support
`e Anabg output:fbrearphone.
`e Powerdown mode (ryp 1].1A or Jess)
`e Powersupp]¥vo:Jia3e [l :iJ:italandAnaJog) :3 .OV ±10 %(cid:173)
`•
`20-p:in TSSO P
`
`YAMAHA CORPORATION
`
`YMU757 CATALOG
`CATALOG No.:LSI-4MU757A2
`2000.2
`
`Verizon Wireless
`Exhibit 1054-0001
`
`

`
`YMU757
`
`•Contents
`
`• Generaldes:::ript:ionofYM U757 ........................................................................... 3
`
`• B Jock des:::ript:ion.. ... . ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 4
`
`• P:in mn:Egwat:ion.. .•.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 5
`
`• P:in des:::ript:ion.. •.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 6
`
`• BJock~ ....•......................................................................................... 7
`
`• R 93:istErm ap... ...
`
`... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 8
`
`• ExpJanat:ion of:tEg:isters ..•................................................................................ 9-19
`
`M usicals:uredata ................................................................................ 9-13
`
`T:imbredata ........•............................................................................. 14-17
`
`0 thermnb::Dldata ................................................................................ 17-19
`
`• Power-downmnb::Dld±r:ision~ ..................................................................... 20
`
`• ExpJanat:ionofeachb:it ......•............................................................................. 20-22
`
`• Res2t:ting.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... . ...•..................................................... 23
`
`• Settings & procedure :tB:[U:ired tD generatE m eJody... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 23
`
`•
`
`JhtEt:ruptS2C[UenCE .......................................................................................... 23-24
`
`• StatE bansil::ion des:::ript:ion ................................................................................. 25-26
`
`• Operation :in FIFO Elllpty statE ..•.......................................................................... 27
`
`• R Eproduct:ion method asa1m :ing oca.u::JErlc:e of Ell1 pty statE.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 2 7
`
`• Exam pJe of systan mnne:tion .. •.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 2 8
`
`• 0 ne mund and voJum e Jeveladj.lstm Ent:in 4 mund pronundat:ion ... ... ... ... ... ... ... ... ... ... ... ... ... 2 9-3 0
`
`• Sound qua]jj:y mTIECt:ion cil::cu:it •.......................................................................... 31-32
`
`• Ser:ial:interfuc:e ~t:ions .............................................................................. 33
`
`• E Ecb±:al chalactEDst:ics... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 3 4-3 9
`
`• General des:::ript:ion of FM mund generator... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 4 0
`
`• ExtEmald:imensions ......•................................................................................ 41
`
`-2-
`
`Verizon Wireless
`Exhibit 1054-0002
`
`

`
`YMU757
`
`• General description of YMU757
`
`The YM U 757 :is mntroJJe:l. byway of the 82l:ial:intEJ:fuc:e.
`
`Shown bebw :is :its :internal mn:Egwat:ion.
`
`SDJN
`c
`SYN
`K
`SCL
`
`... ....
`
`Serhl
`:intEl::fuo=
`
`-
`
`l~ usllilame
`
`data
`
`Vollme, rowermana::rement, etc.
`
`T±nbreData
`
`+
`
`I
`
`T:imbre
`:tEg:isrr=r
`
`+
`
`TEm[D
`START }STOP
`Tin bre aJbtm ent
`
`.....
`.....
`
`/IRQ
`
`______.
`
`FIFO
`32wo:td
`
`I
`
`.----
`
`SEqUEnCEr
`
`f------+
`
`FM
`Synfues:izer
`
`----+
`
`D #'; +
`VoJume
`
`---+
`
`AMP
`
`~
`
`..
`..
`
`HPOUT
`
`...
`.... SPOUT
`
`W hen the data :is :inputtEd :into the S2l:ial :intEJ:fuc:e, :it :is mnverte:l. :into the pamJJel data and banSll :ittB:l. to each
`
`function bJock a=:td:ing to the :index addreffi.
`
`The m usi:al s:nre data :is stD:tEd :in the 3 2 -w o:t:d FIFO fustand then banSll :ittB:l. to the ffi1Uencerw here :it :is :interp:retB:l.
`and s:9naJs to mntrol mund gene:mt:ion of the FM synthesizer :is output.
`The timbre :reg:ister:is where up to 8 tim I::Jerdata can be stD:tEd.
`A kl, as the ffi1Uencermntrolling pamm etEJ::s, the staitj.IDp and tErn po s:9naJs are prov±:l.ed.
`Jh o:t:derto have mund gene:mtB:l., the :fbJJow :ing proc:effi2S m ustbe pem:mn ed :fbrth:is LSI.
`
`1) Jh:itialstatus s=tting (canc:eJJat:ion ofpower-down function, clock 92le:tion, eb::.)
`
`2) T :im b:t:e data 82tting
`
`3) W :t::iting them usi:al s:D:t:e data :in FIFO be:fb:re starting the ffi1Uenc:e
`4) W :t::iting the next m usi:al s:D:t:e data be:fb:re FIFO bemm es Ell1 pty upon :receipt of the :intErrupt s:9naJ. from
`FIFO dw:::ing :reproduction.
`
`(F'orthe detaili, :t:efurto "Settings & procedure JB:IU:ired to gene:mtE m eJody" .)
`
`-3-
`
`Verizon Wireless
`Exhibit 1054-0003
`
`

`
`YMU757
`
`• Block description
`
`1) Ser:ial :interfuce
`
`W hEn the S2l:ial :interfuce :re::e±Jes the s=r:ial data, :it :idEntifies the :index data and banSll :its the mntrol data tD each
`
`function bbck.
`
`2) FIFO
`
`Them usical smre data are stored tEmpo:t:al::fr{ :in FIFO willch can mnta:in up tD 32 musical smre data. Them usical
`
`smre data are process3:l. are proc:effi2d :in the ffi1UEncerw hen they are generatEd as munds and thos= that have beEn
`
`process3:l. are del=tEd one aftEr another. W hEn the rem a:in:ing data amount :in FIFO reaches the reg:ister 92tl:ing (IRQ
`
`po:int) or :Ess, :it outputs an :intErrupt signal tD ask :!Dr the mnt:inu:ing musical smre data tD be :fB:l..
`
`3) Sequencer
`
`W hEn the ffi1Uencer:re::e±Jes the START mm mand, :it starts tD rea:l. them usicalsmre data willch have beEn stored :in
`
`FIFO . The process3:l. musical smre data are del=tEd.
`
`4) T :im bre reg:ister
`
`The t:imbre data are stored :in tills reg:isterwillch can mnta:in up tD 8 t:imbres. Settings :!Dr tills reg:isterm ustbe m a:le
`
`be:fbre mund generation. JL:is :iniliaJjzecJ. whEn the haldw are or the mftw are :is res=tbutthe vaJues are reta:ined wliTe
`
`:in the power-down m ode and aJro aftEr :it :is canceJEd.
`
`5) FM syntheffizer
`
`The t:im bres are syntheffized and gEneratEd a=:t:d:ing tD 92tl:ings. Four munds can be generatEd at the S'llTl e t:im e.
`
`6) D /A , voJum e and am pJiEier
`The outputs from the synthesizer are D /A mnvertEd and voJum e proceffi2d. A fiEr that, they are output from the
`~erorthe ea1phone out tErm :inal.
`
`4-
`
`Verizon Wireless
`Exhibit 1054-0004
`
`

`
`YMU757
`
`• Pin configuration
`
`0
`
`1
`
`2
`
`3
`
`4
`
`5
`
`6
`
`7
`
`8
`
`9
`
`DVDD
`
`SDJN
`
`SYNC
`
`SCLK
`
`AVSS
`
`VREF
`
`HPOUT
`
`EQ1
`
`EQ2
`
`EQ3
`
`20
`
`19
`
`18
`
`17
`
`16
`
`15
`
`14
`
`13
`
`12
`
`11
`
`CLK I
`
`/IRQ
`
`TESTO
`
`ft'_ST
`
`/I'ESTI
`
`DVSS
`
`SPVSS
`
`SPOUT2
`
`SPOUT1
`
`AVDD
`
`20 P:in TSSO P Top V ::iew
`
`-5-
`
`Verizon Wireless
`Exhibit 1054-0005
`
`

`
`YMU757
`
`• Pin description
`
`No.
`
`Pin
`
`1/0
`
`Function
`
`1
`
`2
`
`3
`
`4
`
`5
`
`6
`
`7
`
`8
`
`9
`
`10
`
`11
`
`12
`
`13
`
`14
`
`15
`
`16
`
`17
`
`18
`
`19
`
`20
`
`DVDD
`
`SO IN
`
`SYNC
`
`SCLK
`
`AVSS
`
`VREF
`
`HPOUT
`
`EQ1
`
`EQ2
`
`EQ3
`
`Digital power supply
`
`(+3.0V)
`
`Connect 0.11-JF and 4. 71-JF capacitors between this terminal and the
`
`digital ground terminal.
`
`Serial 1/F data input
`
`Serial 1/F synchronous signal input
`
`-
`
`I
`
`I
`
`Ish
`
`Serial 1/F bit clock input
`
`-
`
`A
`
`AO
`
`AO
`
`AI
`
`AO
`
`AnaloQ Qround
`
`Analog reference voltage terminal Connect 0.11-JF capacitor between this
`
`terminal and the analoQ Qround terminal.
`
`Analog output terminal for ear phone
`
`Equalizer terminal 1
`
`Equalizer terminal 2
`
`Equalizer terminal 3
`
`Analog power supply (+3.0V)
`
`AVDD
`
`-
`
`Connect 0.11-JF and 4.71-JF capacitors between this terminal and the analog
`
`ground terminal
`
`SPOUT1
`
`SPOUT2
`
`AO
`
`AO
`
`Speaker output terminal 1
`
`Speaker output terminal 2
`
`SPVSS
`
`DVSS
`
`/TEST I
`
`/RST
`
`TESTO
`
`/IRQ
`
`CLK I
`
`-
`
`-
`
`I
`
`I
`
`0
`
`0
`
`Analog ground exclusively used for speaker
`
`Digital ground
`
`LSI test input terminal (Always connect with DVDD.)
`
`Hardware reset terminal
`
`LSI TEST output terminal (disconnected)
`
`Interrupt signal output
`
`Ish
`
`Clock input terminal (8 types of frequency are supported.)
`
`NotE :
`
`Iffi. = Schm :itt:inputtElm :inaJ. A I= Anabg :inputtElm :inaJ. A 0 = Anabg outputtElm :inaJ.
`
`-6-
`
`Verizon Wireless
`Exhibit 1054-0006
`
`

`
`YMU757
`
`• Block diagram
`
`SCLK
`
`SYNC
`
`SDIN
`
`/IRQ
`
`/RST
`
`FM
`
`Synthesizer
`
`4Sound signals generated
`
`simultaneously
`
`VREF
`
`SPVSS
`
`C onc:errring A JN s:9naJ_ :inputtEd :into 91Ualliercirru:it
`As tills design preruppo92S the us= of tills LSI :!Dr the "hands-free", :it :is possib:E tD process the FM mund and callmund by
`anabg m :ix:ing :in the 91UallierciJ::cu:itand output the :resuJting mund through the ~er.
`
`zl
`
`~t
`
`~ u
`
`'" u
`
`-7-
`
`Verizon Wireless
`Exhibit 1 054-0007
`
`

`
`YMU757
`
`• Register map
`
`bdex
`
`$00h
`
`ELl
`
`BLO
`
`NT3 NT2
`
`NTl
`
`NTO
`
`- · -------- ------- r - - ----------------
`
`CHl
`
`CHO
`
`VJB
`
`0
`
`0
`
`1
`
`1
`
`0
`
`0
`
`CHl
`
`CHO
`
`VCHE
`
`b15
`
`b14
`
`b13
`
`b12
`
`bll
`
`blO
`
`b9
`
`bB
`
`b7
`
`b6
`
`b5
`
`b4
`
`b3
`
`b2 I bl I bO
`
`Description
`
`TI3
`
`TJ2
`
`Til
`
`TID
`
`TK2
`
`TKl
`
`TKO
`
`Note data
`------------------------------------- --------------------------- ----------------------------------
`Rest data
`
`Tl3
`
`Tl2
`
`Tn
`
`TID
`
`VCH2 VCHl VCHO
`
`M LO
`
`VJB
`
`EGT
`
`RR3
`
`RR2
`
`RRl
`
`RRO
`
`DR3
`
`DR2
`
`DRl
`
`DRO
`
`AR2
`
`$10-2Fh
`
`M L2
`
`M Ll
`
`sus
`
`I AR3
`
`Timbre data (Left data
`
`ARl ARO
`
`SL3
`
`SL2
`
`SLl
`
`SLO
`
`TLS
`
`TL4
`
`TL3
`
`TL2
`
`TLl
`
`TLO
`
`WAV
`
`FL2
`
`FLl
`
`FLO
`
`for 1 timbre)
`
`$30h
`
`$31h
`
`0
`
`0
`
`V32
`
`V31 V30
`
`0
`
`0
`
`0
`
`0
`
`0
`
`V22
`
`V21
`
`V20
`
`0
`
`Vl2
`
`Vll
`
`VlO
`
`0
`
`V02
`
`VOl
`
`voo
`
`Timbre allotment data
`
`0
`
`0
`
`0
`
`T7
`
`T6
`
`TS
`
`T4
`
`T3
`
`T2
`
`Tl
`
`TO
`
`Tempo data
`
`0
`
`0
`
`0
`
`0
`
`$32h
`
`$33h
`
`$34h
`
`$35h
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`I CLR
`
`I ST
`
`FM Control
`
`0
`
`0
`
`0
`
`CLKSEL
`
`JRQE
`
`IRQ Point
`
`CLK I select
`
`IRQ Control
`
`0
`
`V4
`
`V3
`
`V2
`
`Vl
`
`vo
`
`Speaker Volume
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`$36h
`
`$37h
`
`$38h
`
`$39 -$EFh
`
`$FO -FFh
`
`Re:EIVEd ~piDh:ib:itEdl
`
`ForLSITEST ~prohJb:itEd)
`
`V4
`
`V3
`
`V2
`
`Vl
`
`vo
`
`FM Volume
`
`V4
`
`V3
`
`AP4
`
`AP3
`
`V2
`
`Vl
`
`vo
`AP2 I APl I DP
`
`HPOUT Volume
`
`Power Management
`
`Reserved
`
`LSI TEST
`
`NotE : M ak:ing an ao::ess tD the spaces m aJ:ked 11Res=:rved 11 and 11ForLSITEST 11 :in the above tabJe :is proillb:iJ:B:l..
`
`Be au:e tD w :diE 110 11 :!Dr the E!l1 pty b:it, aJJ:hough w :t:il::ing 111 11 there w illnotaf!B:t the LSI operation.
`
`-8-
`
`Verizon Wireless
`Exhibit 1054-0008
`
`

`
`YMU757
`
`• Explanation of registers
`The YM U 757 has thJEe typesofmntrol:tB3:isters. They arem usi:alsmre data, tinbre data and othermntroldata.
`
`D Musical score data
`$00h Musical score data
`
`The m uskal smre data are w:t:iJ:J:En :in FIFO whos= capadty :is 32 wolds. There are two types of m usi:al smre
`
`data; notE data and rest data.
`
`Note data D efuuJt· OOOOh
`
`Index
`
`815
`
`I b14
`
`b13
`
`I b12
`
`I b11
`
`I b10
`
`b9
`
`I
`
`b8
`
`b7
`
`b6
`
`I b5
`
`I b4
`
`I b3
`
`b2
`
`I b1
`
`I bO
`
`$00h
`
`BL1
`
`BLO
`
`NT3
`
`NT2
`
`NT1
`
`NTO
`
`CH1
`
`CHO
`
`VIB
`
`Tl3
`
`Tl2
`
`Tl1
`
`TID
`
`TK2
`
`TK1
`
`TKO
`
`B L 1 - B L 0 : 0 dave bJock S2tl:ing
`
`Three octavebJocksare avillJabJe :fbrmund =ge S2tl:ing. The s=tting =ge :is 1 tD 3 .Do notus= "0" :fbr92tl:ing.
`
`The mund generation =ge :involves the me:EEiciEntnam ed ''M uJtipJe ¢n uJtip:t(:ing fuctnr:fbrmund fta:Iuency).
`
`By mm b:in:ing the octave bJock and M uJtipJe s=ttings, munds can be generatEd :in the =ges as J:istB:l. :in the tabJe bJow .
`
`S:inc:e the s=tting =ges of ''M uJtipJe" me:EEiciEnt :is 0 tD 7, acb.laJJ:{, munds can be generatEd :in a w il.er =ges than
`
`thos= g±ren :in the tabJe beJow .
`
`8L[1 :0] = 01 b
`
`8L[1 :0] = 1 Ob
`
`8L[1 :0] = 11 b
`
`Multiple = 1 (x1)
`C#3
`(139Hz)
`03
`(147Hz)
`0#3
`(156Hz)
`E3
`(165Hz)
`F3
`(175Hz)
`F#3
`(185Hz)
`G3
`(196Hz)
`G#3
`(208Hz)
`A3
`(220Hz)
`A#3
`(233Hz)
`83
`(247Hz)
`C4
`(262Hz)
`C#4
`(277Hz)
`04
`(294Hz)
`0#4
`(311Hz)
`E4
`(330Hz)
`F4
`(349Hz)
`(370Hz)
`F#4
`G4
`(392Hz)
`G#4
`(415Hz)
`A4
`(440Hz)
`A#4
`(466Hz)
`84
`(494Hz)
`C5
`(523Hz)
`C#5
`(554Hz)
`05
`(587Hz)
`0#5
`(622Hz)
`E5
`(659Hz)
`F5
`(698Hz)
`(740Hz)
`F#5
`G5
`(784Hz)
`
`Multiple = 2 (x2)
`C#4
`(277Hz)
`04
`(294Hz)
`0#4
`(311Hz)
`E4
`(330Hz)
`F4
`(349Hz)
`F#4
`(370Hz)
`G4
`(392Hz)
`G#4
`(415Hz)
`A4
`(440Hz)
`A#4
`(466Hz)
`84
`(494Hz)
`(523Hz)
`C5
`C#5
`(554Hz)
`05
`(587Hz)
`0#5
`(622Hz)
`E5
`(659Hz)
`F5
`(698Hz)
`F#5
`(740Hz)
`G5
`(784Hz)
`G#5
`(831Hz)
`A5
`(880Hz)
`A#5
`(932Hz)
`85
`(988Hz)
`C6
`(1046Hz)
`C#6
`(1109Hz)
`06
`(1175Hz)
`0#6
`(1245Hz)
`E6
`(1319Hz)
`F6
`(1397Hz)
`F#6
`(1480Hz)
`G6
`(1568Hz)
`
`Multiple = 4 (x4)
`C#5
`(554Hz)
`05
`(587Hz)
`0#5
`(622Hz)
`E5
`(659Hz)
`F5
`(698Hz)
`(740Hz)
`F#5
`G5
`(784Hz)
`G#5
`(831Hz)
`A5
`(880Hz)
`A#5
`(932Hz)
`85
`(988Hz)
`C6
`(1046Hz)
`C#6
`(1109Hz)
`06
`(1175Hz)
`0#6
`(1245Hz)
`E6
`(1319Hz)
`F6
`(1397Hz)
`(1480Hz)
`F#6
`G6
`(1568Hz)
`G#6
`(1661Hz)
`A6
`(1760Hz)
`A#6
`(1865Hz)
`86
`(1976Hz)
`C7
`(2093Hz)
`C#7
`(2217Hz)
`07
`(2349Hz)
`0#7
`(2489Hz)
`E7
`(2637Hz)
`F7
`(2794Hz)
`(2960Hz)
`F#7
`G7
`(3136Hz)
`
`-9-
`
`Verizon Wireless
`Exhibit 1054-0009
`
`

`
`YMU757
`
`G#5
`A5
`A#5
`85
`C6
`
`(831Hz)
`(880Hz)
`(932Hz)
`(988Hz)
`(1046Hz)
`
`G#6
`A6
`A#6
`86
`C7
`
`(1661Hz)
`(1760Hz)
`(1865Hz)
`(1976Hz)
`(2093Hz)
`
`G#7
`A7
`A#7
`87
`C8
`
`(3322Hz)
`(3520Hz)
`(3729Hz)
`(3951Hz)
`(4186Hz)
`
`NT3 -NTO :P:ib:h s=tting
`
`Fourb:its from NT3 tD 0 areuffi:l. tD spe:::iff thep:ib:h. Theb:itassignm Ent:isas shown below.
`
`NT [3:0]
`
`P:ilrn
`
`Oh
`
`lh
`
`2h
`
`3h
`
`4h
`
`Sh
`
`6h
`
`7h
`
`8h
`
`9h
`
`Ah
`
`Bh
`
`Ch
`
`Dh
`
`Eh
`
`Fh
`
`notpronOLlllCE
`
`C#
`
`D
`
`D#
`
`InhJb:it
`
`E
`
`F
`
`F#
`
`InhJb:it
`
`G
`
`G#
`
`A
`
`InhJb:it
`
`A#
`
`B
`c
`
`If "Oh" :is s=ttD NT [3 :0], m OVE!ll EntofLSI :is as :fbJJow s.
`
`-r'heprobJan thatLSihangsup doeffi too::ur.
`
`-r'he partspe::ifie:l. w :iJ:h CH [1 :0] :im tpronounc:e:l. :in sp:i!E of the estab:liffim EntvaJue of pronunciation head TK [2 :0] tD
`
`ex:pJa:in :in the rest.
`-r'he :interval time whEn :it :is s=tw :iJ:h TI [3 :0] tD ex:pJa:in :in the rest :is ef!B::tiye.
`
`W hEn :interval time pas82S, :itdeaJs w :iJ:h the nextm usic data.
`
`• Though :itJooks :Dke a "rest::!', there :is a cl.lifE:rEnce :in behavi:lrw :iJ:h the :fbJJow :ing cas2 as am ovE!ll ent.
`
`The tmatm Entof the next music data beg:ins at the
`timeofA.
`When rest data were~' as :!Dr the :tEBas2
`tim e :is goes on.
`W hen the data NT :is "Oh" :in the ffilTl e part, a
`:t:eleaS2 of the slantJ:ine part :is notpronounc:e:l..
`
`TI
`
`Envelope wave shape of carrier
`
`-10-
`
`Verizon Wireless
`Exhibit 1054-0010
`
`

`
`YMU757
`
`CH 1 - CH 0 : Parts=tting
`
`As the mund generator can generatE munds :in 4 parts sim uJJ:aneousij, s=t the part :!breach notE by using C H 1 and 0
`
`b:its.
`
`CH [1 :0]
`
`Patt
`
`OOb
`
`Olb
`
`lOb
`
`llb
`
`0
`
`1
`
`2
`
`3
`
`v JB : v :ib:tatD s=tting
`Tillsb:it:isu82d tD S2tV :ib:tatD function on oro:EE:fbreachnotE : 110 11 tD s=t:itoffand 111 11 tD s=t:iton.
`
`The v:ib:tatD frequency :is 6 .4H z and them oduJat:ion :tatE :is ± 13 .4 7 cent.
`
`W hen V JB b:itoftinbre data($10-2Fh) :is 110 11
`
`, V :ib:tatD function off.
`
`T J3 - T IO : JhtEl:val 92tl:ing
`
`Thea= b:its are u82d tD s=t the :intErval period be:fbre the notE and :rest are prooes82d next. The :intErval 114 8 11 repres=nts
`
`the tin e :!Dr thew ho:E notE.
`
`Tl [3:0]
`
`Interval
`
`Oh
`
`1h
`
`2h
`
`3h
`
`4h
`
`5h
`
`6h
`
`7h
`
`8h
`
`9h
`
`Ah
`
`Bh
`
`Ch
`
`Dh
`
`Eh
`
`Fh
`
`0
`
`2
`
`3
`
`4
`
`6
`
`8
`
`9
`
`12
`
`18
`
`24
`
`48
`
`0
`
`16
`
`24
`
`36
`
`48
`
`TK 2 - 0 :NotE (mund :Ength) des:9TJat:ion
`
`Thea= 3 b:its are u82d tD designatE the notE (g:lund :Ength) . D Epend:ing on the vaJues of :intErval s=tting a' J3 - 0) , the
`
`:Ength var:Es as shown :in the :fbJbw :ing tabJe. The :intErval 1148 11 :rcp:tES2t1ts the tine :fbrthe w ho:E notE.
`
`Tl [3:0 = 0-Ah
`
`Tl [3:0]
`
`= B-Fh
`
`TK[2:0]
`
`Sound length
`
`0
`
`1
`
`1
`
`2
`
`2
`
`3
`
`3
`
`5
`
`4
`
`7
`
`5
`
`8
`
`6
`
`11
`
`7
`
`17
`
`0
`
`15
`
`1
`
`23
`
`2
`
`29
`
`3
`
`32
`
`4
`
`35
`
`5
`
`41
`
`6
`
`7
`
`47
`
`Tie, Slur
`
`-11-
`
`Verizon Wireless
`Exhibit 1054-0011
`
`

`
`YMU757
`
`Precaution
`
`W hen KEY :is tume::i on aga:in underthe cond:ition thata reJeare :irn t:Einilie::i compJeteJy, a tonem ay
`change. (It :is lin :ite::i when enveJope wave ffiape :is SJst:a:ine::i s::Jund .)
`Th:is happens became enveJope wave ffiape of the cams±:ie ofFM s::Jund s::Jmce and m oduJator
`s±:ie are ffi:ift:ej .
`
`Them oven entof envebpe :is expJa:ine::i.
`As furthe cond:ition that :it stops compJeteJy, :itmoves to attack rate at the S3ffi e tim ew :ith KEY ON .
`If the Jastpmnunc:iat::bn :iscond:ition that :in reJeas:: and :irn'tstoppe::i compJeteJy, the estabJ.Hm entofa
`reJeare :ism ade furcJbJy early (8 94m s) .And :itmoves to attack rate from the cond:ition that:itstops. !A
`:in figure)
`
`An exam pJe :is g:ilren to :it, and the caus:: that a tone changes :is expJa:ine::i.
`It th:inks that there :is a tone w hili on]y reJeare tin e :is d:iffi:rent from w :ith the career and m oduJator.
`Though envebpe of the s::Jl±:i fue changes to attack rate soon at the time of the 82COnd KEY 0 N .
`Butcan tm ove to attack rate soon,becaus:: s::Jund doem tstop compJeteJy, enveJope of the dot:t:B:i fue.
`Itm aves to attack rate after be Epeed up reJeas:: tine and :itbecom es the cond:ition thatreJeas:: tine :is
`stops com pJeteJy.
`Both envebpe are ffi:ift:ej by th:is m oven ent.
`And the symptom thata tone changes :in theperi:d when :it :is SJnounde::i by a c:ircJe occurs.
`
`e changes.
`
`TI
`
`ItaEks furthe fuJbw :ing cons±:ierat::bn to avo±:i th:is symptom .
`-It :is pmnounce::i under the cond:ition that a reJeas:: stops com pJeteJy.
`-The reJeare tine of the tone :is ffiortene::i w :ith the cam, moduJatDrs±:ie as well.
`If SJst:a:in Jevels::t:ting of the career s±:ie and m oduJatDr s±:ie are S3ffi e vaJue, the m ethod of avo±:iance
`:is as fuJbw s.
`-The reJeas:: time ofcareers±:ie and m oduJatDrs±:ie :ism ade the S3ffi e Jength.
`
`Rest data D efuuJt· OOOOh
`
`Index
`
`$00h
`
`b15
`
`b14
`
`813
`
`b12
`
`b11
`
`b10
`
`b9
`
`I b8
`
`b7
`
`b6
`
`I b5
`
`I b4
`
`I b3
`
`b2
`
`I b1
`
`I bO
`
`0
`
`0
`
`1
`
`1
`
`0
`
`0
`
`CH1
`
`CHO
`
`VCHE
`
`Tl3
`
`Tl2
`
`Tl1
`
`TIO
`
`VCH2
`
`VCH1
`
`VCHO
`
`-12-
`
`Verizon Wireless
`Exhibit 1054-0012
`
`

`
`YMU757
`
`CH 1 - CH 0 : Parts=tting
`
`Using CH 1 orO b:it, s=tthe part :!breach rest.
`
`CH[1:01
`OOb
`01b
`10b
`11 b
`
`Part
`0
`1
`2
`3
`
`T J3 - T IO : JhtEl:val 82tting
`
`Thea= b:its are uss:l. tD s=t the :intEl:valbe:fbre the notE and :rest are process3:l. next.
`
`The :intErval 114 8 11 repres=nts the tine :!Dr thew hoJe notE.
`
`Tl [3:0]
`Oh
`1h
`2h
`3h
`4h
`5h
`6h
`7h
`8h
`9h
`Ah
`Bh
`Ch
`Dh
`Eh
`Fh
`
`Interval
`3
`2
`3
`4
`6
`8
`9
`12
`18
`24
`48
`1
`16
`24
`36
`48
`
`VCHE,VCH 2-0 :T:imbrechangefunct:ion
`
`A JJ:hough them ax:im urn num berof tin bres that can be uss:l. sim uJtaneousl:{ :is :!bur, the tin bre can be changed dw:::ing
`
`mund :reproduction by 82tting thea= b:its. Set 111 11 :!Dr V CH E and us= V CH 2 tD V CH 0 tD s=t the tin bre No .. ThEn
`
`starting w :ith the notE w hos= mund :is tD be generatEd next, the tin bre :!Dr the part w illch has been s=tby using C H 0
`
`and 1 w ill be changed.
`
`Change a tnne aftEr the pronunciation of a part tD change stops mm pJetEij.
`
`The mndilion that pronunciation stops :is not the mndilion that TK
`
`(pronunciation :lEngth) :is :Eirllihed, but the
`
`mndilion that the tine whEn reJeaS2s of Envelope :is fin:ished.
`
`Be carefuli::Je::aus= sb::ange mund mom Ental::fr{ :is pronounced when you change a tnne under the mndilion that
`
`pronunciation doeffi t stop mm p]etEJ¥.
`
`If the tinbre aJJotm Ent:is changed by using th:is function, the $30h reg:istEr:itrelfw illbe rew:t:ittEn.
`
`-13-
`
`Verizon Wireless
`Exhibit 1054-0013
`
`

`
`YMU757
`D Timbre data
`$10 - 2Fh Timbre data
`
`lt :is possfuJe tD :reg:istEr the data :!Dr 8 timbres :in the :reg:ister and 4 an ong them can be :rcproduc:e:l. sin uJtane
`
`ous]¥.
`
`0 ne timbre mnsists of I[:Jalam etEr :!Dr the m oduJatD:rj and I[:Jalam etEr :!Dr the can:ierj as a s=t.
`
`(F'or the detaili of the m oduJatDr and the carrier, p:Bas2 re:!Er tD "G Enelal des::r:ipt:ion of FM mund gEnemtDr'') .
`
`lhdex lOh, llh ... ... T:imbre data :fbrthe 1st timbre m oduJatDr
`
`lhdex 12h, 13h ...... T:imbre data :fbrthe 1st timbre c:an:Er
`
`lhdex 14h, 15h ...... T:imbredata:fbrthe 2nd moduJatDr
`
`lhdex 16h, 17h ...... T:imbre data :fbrthe 2nd timbre c:an:Er
`
`... ... ... ... ... 0 m :itlB:l... ... ... ... ... .
`
`lhdex 2Ch, 2D h ...... T:imbre data :fbrthe 8th timbrem oduJatDr
`
`lhdex 2Eh, 2Fh ...... T:imbre data :fbrthe 8th timbre carrier
`
`The :fbJbw :ing b:itassignm Ent:is u82d :!Dr both m oduJatDrand carrier.
`
`The 92tl:ing m ustbe mm pJetB:l. be:fbre any mund :is genemte:l. .It :is proillb:iJ:B:l. tD change the timbre pamm etErw liTe any mund
`
`:is gEnemtB:l. .
`
`T :im bre data D efuuJt: OOOOh
`
`Index
`
`815 I b14 I b13
`
`b12
`
`811
`
`b10
`
`89
`
`I b8
`
`I
`
`b7
`
`I b6
`
`b5
`
`I b4
`
`I b3
`
`I
`
`b2
`
`b1
`
`I bO
`
`EVEN
`
`ML2
`
`ML1
`
`MLO
`
`Vl8
`
`EGT
`
`sus
`
`RR3
`
`RR2
`
`RR1
`
`RRO
`
`DR3
`
`DR2
`
`DR1
`
`ORO
`
`AR3
`
`AR2
`
`ODD
`
`AR1
`
`ARO
`
`I SL3
`
`SL2
`
`SL1
`
`SLO
`
`TL5
`
`TL4
`
`TL3
`
`TL2
`
`TL1
`
`TLO
`
`I WAV I FL2
`
`FL 1
`
`FLO
`
`M L 2 - M L 0 : M uJJ::ipJe 92tl:ing
`
`'M uJJ::ipJe" re:!Ers tD the m uJJ::ip]¥:ing :factor :!Dr mund frequency. The output frequEncy :is determ :ined by the octave, pfu::h and
`
`m uJJ::ipJe 92tl:ings on the carrier sil.e. 0 n the m oduJatDr side, :it :is possfuJe tD ad}lst the m uJJ::ipJe s=tting and CJEatE diffErEnt
`
`timbres.
`
`ML [2:0]
`
`M ult:iplyjng fuctr:Jr
`
`Oh
`
`1h
`
`2h
`
`3h
`
`4h
`
`Sh
`
`6h
`
`7h
`
`fbrftEqu.Ency
`
`X 1/.2
`
`X 1
`
`X 2
`
`X 3
`
`X 4
`
`X 5
`
`X 6
`
`X 7
`
`-14-
`
`Verizon Wireless
`Exhibit 1054-0014
`
`

`
`YMU757
`
`v JB
`
`: v :ib:tatD
`
`Tills function :isuss:l. :fbr82tting thev:ib:tatD function on oro:EE. U 82 "0" tD s=t:itoffand "1" tD 82t:iton.
`
`The v:ib:tatD frequency :is 6 .4H z and them oduJat:ion :tatE :is ± 13 .4 7 CEnt.
`
`EG T : EnveJope w ave:fblltl type
`
`Tills function :is uss:l. tD S2kt the type of the enveJope w ave:fblltl .
`
`U 82 "0" :!Dr the damped mund and "1" :!Dr the sustailled mund.
`
`Shown below are thew ave:fblltl s :!Dr the damped mund and rustaned mund.
`
`EGT=O Damped sound
`
`Sound length---
`
`EGT=1 Sustained sound
`
`Sound length---
`
`A R 3 -A R 0 :Attack :tatE 92tl:ing
`
`·48dB
`
`"Attack :tatE" :tEf!=rs tD the tine from startofthe mund genemt:ion (-48dB) until:itreaches them axin urn voJum e (OdB).
`
`The tabJe onpcge 15 mows the 92tl:ingsby the tine JB:IU:ired tD reach OdB from -48dB .
`
`D R 3 - D R 0 : D ecay :tatE 82tting
`
`The de::ay :tatE :re:fE:t:s tD the dam p:ing tine JB:IU:ired tD reach the sustaill Jevel (SL) from the m axin urn voJum e Jevel
`
`(OdB ) . The tabJe below mow s the 92tl:ings by the tin e JB:IU:ired tD reach -4 BdB from OdB .
`
`R R 3 - R R 0 : R el=as2 :tatE 92tl:ing
`The :t:eleaS2 :tatE :is defined diffErent!¥ :!Dr the damped mund and the rustaned mund.
`
`- lh the cas2 of the damped mund, :it means the dam p:ing tine from the rustan Jevel tD the end of the mund :lEngth.
`
`The mund :is damped :in 286m s (tine tD reach -48dB from OdB) a:fiErthe end of the mund :lEngth :is reached.
`
`-Jh the cas2ofthe rustaned mund, :itmeansthedamp:ing tine from theendofthe mund :lEngth.
`
`SL3 - SLO : Sustan Jevel82tting
`
`-15-
`
`Verizon Wireless
`Exhibit 1054-0015
`
`

`
`YMU757
`
`The sustaill Jevel:t:efurs tD the Jevelatw illch mTit:ing from the decay :tatE tD the :t:eleaS2 :tatE takes pJace :in the C'aS2 of
`
`the damped mund,and thevoJume Jevelofthe mundbe:ing rusta:ined :in the C'a82ofthe sustailled mund.
`
`SL->
`
`Weighted bit (dB)
`
`SL3
`
`-24
`
`SL2
`
`-12
`
`SL 1
`
`-6
`
`SLO
`
`-3
`
`AR[3:0]
`DR[3:0]
`RR[3:0]
`Fh
`Eh
`Dh
`Ch
`Bh
`Ah
`9h
`8h
`7h
`6h
`5h
`4h
`3h
`2h
`1h
`Oh
`
`Attack rate
`From -48 to OdB (ms)
`
`0
`4.65
`9.30
`18.59
`37.19
`74.38
`148.76
`297.51
`595.03
`1190.05
`2380.10
`4760.21
`9520.42
`19040.84
`38081.68
`Inhibit
`
`Decay rate,
`release rate
`from 0 to -48dB (ms)
`2.23
`8.94
`17.88
`35.76
`71.52
`143.04
`286.07
`572.14
`1144.25
`2288.56
`4577.12
`9154.25
`18308.50
`36617.00
`73234.00
`Infinity
`
`TL5 -TLO :TotalJevels=tting
`
`Tills function :is used tD s=t the envebpe Jevel
`
`TL
`
`TL5
`
`TL4
`
`TL3
`
`TL2
`
`TL 1
`
`TLO
`
`Weighted bit (dB)
`
`-24
`
`-12
`
`-6
`
`-3
`
`-1.5
`
`-0.75
`
`SUS : Sustaill 0 n,b FF 92tl:ing
`
`"0" :OFF
`
`"1" :ON The:t:eleare:tatE changestn "6" (2 29s) when the mund :Ength mmestn the end.
`
`W A V : W avefulltl 82ktion
`
`Them oduJatnrand carrier can generatE the SJN wave but when th:is b:it s=tting :is made, :it :is possib:E tD generatE a
`
`haJf-w ave rectified w ave:fblltl of the SJN wave, the timbres :in w il.ermnge can be creatEd.
`
`"0" : SJN wave
`
`"1" :H aJf-w ave rectified w avefulltl of the SJN wave.
`
`W AV=O
`
`FL2 -FLO :Feed-backs=tting
`
`W AV=1
`
`C\
`
`v
`
`Tills function :is ef!B::tiye :fbrthe operatDron the can::Erside onJ¥. It :is used tD s=tthe :fEedback m oduJat:ion :tatE.
`
`Be rure tD s=t "0" :fbrthe operatDron themoduJatDrside. Tills :isef!B::tiyewhengenerat:ing the strings.
`
`-16-
`
`Verizon Wireless
`Exhibit 1054-0016
`
`

`
`YMU757
`
`FL [2:0]
`
`Modulation rate
`
`0
`
`0
`
`1
`
`•/16
`
`2
`
`•/ 8
`
`3
`
`•/ 4
`
`4
`
`•/ 2
`
`5
`
`6
`
`2•
`
`7
`
`4•
`
`D Other control data
`
`$30h Timbre allotment data
`
`0 ne m ebdy mnffists of :!bur parts and a tin bre :is aJbt:tB:l. :!breach of thea= parts. Among the eght tin bres reg:istEred
`
`:in the tin bre data reg:istEr, us= :fburofthE!ll :!breach of thea= parts.
`
`D efuuJt· OOOOh
`
`Index
`
`b15
`
`b14
`
`I b13
`
`I b12
`
`b11
`
`b10
`
`I b9
`
`I b8
`
`$30h
`
`0
`
`V32
`
`V31
`
`V30
`
`0
`
`V22
`
`V21
`
`V20
`
`b7
`
`0
`
`b6
`
`I b5
`
`I b4
`
`V12
`
`V11
`
`V10
`
`b3
`
`0
`
`b2
`
`I b1
`
`I bO
`
`V02
`
`V01
`
`voo
`
`"x" :in V x [2 :0] means the partN o.
`
`The tin bre data u82d w :iJ:h V x [2 :0] are as :fbJbw s
`
`Vx[2:0]
`
`T :im bre data tD be u82d
`
`Oh
`
`1h
`
`2h
`
`3h
`
`4h
`
`5h
`
`6h
`
`T:imbre s=t:fbr:index 10 tD 13h :isu82d.
`
`T:imbre s=t:fbr:index 14 tD 17h :isu82d.
`
`T:imbre s=t:fbr:index 18 tD 1Bh :isu82d.
`
`T:imbre s=t:fbr:index 1C tD 1Fh :isu82d.
`
`T:imbre s=t:fbr:index 20 tD 23h :isu82d.
`
`T:imbre s=t:fbr:index 24 tD 27h :isu82d.
`
`T:imbre s=t:fbr:index 28 tD 2Bh :isu82d.
`
`T:imbre s=t:fbr:index 2C tD 2Fh :isu82d.
`
`7h
`
`$31 h Tempo data
`
`The "tErn po" :t:efurs tD the num I:Jer' of quartEr notEs reproduced :in one m :inutE. U s= th:is 92tl:ing tD s=t the tErn po of the
`(8739 /I' EM PO )-1
`
`m ebdy u82d whEn reproduced. The s=tting data :is
`
`D efuuJt· OOOOh
`
`Index
`
`$31h
`
`b15
`
`b14
`
`b13
`
`b12
`
`b11
`
`b10
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`b9
`
`0
`
`b8
`
`0
`
`b7 l b6 l b5 l b4 l b3 l b2 l b1
`
`l bO
`
`T7
`
`T6
`
`T5
`
`T4
`
`T3
`
`T2
`
`T1
`
`TO
`
`$32h FM section control
`
`D efuuJt· OOOOh
`
`Index
`
`$32h
`
`b15
`
`b14
`
`b13
`
`b12
`
`b11
`
`b10
`
`b9
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`b8
`
`0
`
`b7
`
`0
`
`b6
`
`0
`
`b5
`
`0
`
`b4
`
`0
`
`b3
`
`0
`
`b2
`
`0
`
`b1
`
`bO
`
`CLR
`
`ST
`
`ST : Th:isb:it:isu82d tD mntrolstart;lstnp of them elody. Us= "1" :fbrthe start92tl:ing and "0" :fbrthe stop 92tl:ing.
`
`CLR : Th:isb:it:is u82d tD :irill:iaJjze the Entire LSI by the mfiw are. B :itCLR :itrelf:isnotcl=al::ed when :it :is S2tas "1".
`
`B :itCLR shouJd bew:t:ittEn "0".
`
`$33h Clock selection
`
`-17-
`
`Verizon Wireless
`Exhibit 1054-0017
`
`

`
`YMU757
`
`D efuuJt· OOOOh
`
`lhdex
`
`$33h
`
`b15
`
`b14
`
`b13
`
`b12
`
`bll
`
`blO
`
`b9
`
`bB
`
`b7
`
`b6
`
`b5
`
`b4
`
`b3
`
`0
`
`0
`
`0
`
`0
`
`c
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`CLKSEL
`
`b2 l bl l bO
`
`Tills s=tting S2ts the cbck fiB:IuEncy :inputtEd ti=ugh the C LK _I tElm :inal.
`Be arre tD exe:utE tills 92tl:ing befure reproducing them ebdy.
`Even :if cbck ofw illch fta:Iuency :is be:ing :inputtEd dw:::ing res=tting, :it :is 0 K .
`
`CKSEL [2:0]
`
`Clock frequency (MHz)
`
`Oh
`
`1h
`
`2h
`
`3h
`
`4h
`
`5h
`
`6h
`
`7h
`
`2.688
`
`19.200
`
`19.680
`
`19.800
`
`8.400
`
`14.400
`
`27.821
`
`12.600
`
`$34h
`
`Interrupt control
`
`D efuuJt· OOOOh
`
`lhdex
`
`b12
`
`bll
`
`blO
`
`b9
`
`bB
`
`b7
`
`b6
`
`b5
`
`b4
`
`b15
`
`b14
`
`b13
`
`I b3
`
`I b2
`
`I bl
`
`I bO
`
`$34h
`
`0
`
`0
`
`0
`
`0
`
`c
`
`0
`
`0
`
`0
`
`JRQE
`
`JRQ
`
`po:int
`
`Them usi:als:D:t:e data :is takEn :intn FIFO willch has a capacity :fbr32 data.A s the munds are reproduCEd, the data :in
`
`FIFO areproc:e882d and deletEd. WhEn theanountofdatarema:in:ing :in FIFO bemmesJessthan the JRQ po:ints=tvaJue,
`
`an :intErrupt signal :is gEnemtEd. At tills po:int, S2t 110 11 :!Dr JR. Q E and w :diE the mnt:inu:ing m usi:al s:D:t:e data :intn FIFO .
`
`M ake arre that thew :t:iJ:tEn data exCEEds the JR. Q po:int. A fter"w :t::iting the data, res=t 111 11 :!Dr JR. Q E and w a:ituntilanother
`
`:intErrupt signal :is gEnemtEd.
`
`JR. Q po:intcan s=t32 ways from 0 (Eill pty) tD 31 (1 data vacancy) .
`
`JR. Q E :is Enab:E b:it. Set "1" :fbrenab:E.
`
`$35h Speaker volume control
`$36h FM volume control
`$37h Ear phone output volume control
`
`D efuuJt: OOOOh
`
`Index
`
`b15
`
`b14
`
`b13
`
`b12
`
`b11
`
`b10
`
`$35-?h
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`b9
`
`0
`
`b8
`
`0
`
`b7
`
`0
`
`b6
`
`0
`
`b5
`
`0
`
`b4
`
`I b3
`
`I b2
`
`I b1
`
`I bO
`
`V4
`
`V3
`
`V2
`
`V1
`
`vo
`
`-18-
`
`Verizon Wireless
`Exhibit 1054-0018
`
`

`
`YMU757
`
`Thes2 b:its are uffi:l. tD S2t the voJum e of each mw:ce. The voJum e s=tting mnsists of 31 stEps and mutE function. JL is
`
`possib:E tD S2tat1dB :intErvaJs.A s the defuuJtism utEd, cancel them utE funct:ionbe:fbre procee:l.:ing tD mund generation.
`
`A Js::l, tD reduce the power, be SU1E tD mutE the voJum e rubj=ct tD pow erreduct:ion be:fbre sillft::ing.
`
`Relations of register 92tl:ing vaJue and voJum e.
`
`V[4:0]
`
`Volume( dB)
`
`V[4:0]
`
`Volume( dB)
`
`V[4:0]
`
`Volume( dB)
`
`V[4:0]
`
`Volume( dB)
`
`I
`
`I
`
`I
`
`OOh
`
`01h
`
`02h
`
`03h
`
`04h
`
`05h
`
`MUTE
`
`-30
`
`-29
`
`-28
`
`-27
`
`-26
`
`08h
`
`09h
`
`OAh
`
`OBh
`
`OCh
`
`I
`
`I
`
`I
`
`-23
`
`-22
`
`-21
`
`-20
`
`-19
`
`I
`
`I
`
`I
`
`10h
`
`11 h
`
`12h
`
`13h
`
`14h
`
`15h
`
`-15
`
`-14
`
`-13
`
`-12
`
`-11
`
`-10
`
`I
`
`I
`
`I
`
`18h
`
`19h
`
`1Ah
`
`1Bh
`
`1Ch
`
`1 Dh
`
`-7
`
`-6
`
`-5
`
`-4
`
`-3
`
`-2
`
`I
`
`06h
`
`07h
`
`-25
`
`-24
`
`ODh
`
`OEh
`
`OFh
`
`I
`
`-18
`
`-17
`
`-16
`
`I
`
`16h
`
`17h
`
`- 9
`
`- 8
`
`I
`
`1Eh
`
`1 Fh
`
`-1
`
`0
`
`$38h Power Management control
`
`DefuuJt· OOlEh
`
`Index
`
`$38h
`
`b15
`
`b14
`
`b13
`
`b12
`
`b11
`
`810
`
`b9
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`0
`
`b8
`
`0
`
`b7
`
`0
`
`b6
`
`0
`
`b5
`
`0
`
`b4
`
`b3
`
`b2
`
`b1
`
`bO
`
`AP4
`
`AP3
`
`AP2
`
`AP1
`
`DP
`
`This 92tl:ing is uffi:l. tD reduce the power of each function. JLis possibJe tD mntiD11 ctg:ital systEm and 4 anabg systEms
`
`:indEpEndency. (F'orthe detllis, pJeas= :t:efurtD "Power-down mntiDld±rision ~ ".)
`
`Setting aTib:iJ:s tD "1" will m :irrirdze the pow erof the entire LSI.
`
`D P : U s= of "1" :!Dr this 92tl:ing will reduce the pow erof the entire ctg:ital 82ct:ion.
`
`AP1 :Us= of"1" :fbrthis s=tting will reduce thepowerofthe VREF ciJ::cu:it:in the anabg 82ct:ion.
`
`AP2 :Us= of"1" :fbrthis s=tting will reduce thepoweron thenon-:invertEd anp:lifurside of the FM voJume, ~er
`
`voJum e, 61lla]jzercirru:itand ~eroutput82ct:ion.
`
`A P3 : U s= of "1" :!Dr this s=tting will reduce the pow erof the :invertEd an p:lifier side of the speaker output 82ct:ion.
`
`A P4 :Us= of "1" :!Dr this s=tting will reduce the pow erofthe D A C and earphone outputvoJum e.
`
`AftEr:in:itiaJjzat: