Onkyo Ht S3405 Product Sheet
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HT�R 390 5\b1 �C han nel H om e C in em a R ece iv e r • 1 00 W /C h a t 6 Ω , 1 k H z, 1 % , 1 C han nel D riv e n , IE C • H D M I®Su ppo rt fo r 3 D , A ud io R etu rn C han nel, D eep C olo r™, x \bv \bC olo r™, L ip Syn c, D olb y®Tru eH D, D TS�H D M aste r A ud io™, D VD �A ud io , S u per A ud io C D, M ult ic h an nel P C M , a n d C EC • 4 H D M I In puts a n d 1 O utp ut • D olb y ®Tru eH D, D TS�H D M aste r A ud io™, D olb y®D ig it a l P lu s, D TS�H D H ig h �R eso lu tio n A ud io™D eco din g • T I B urr� B ro w n 1 9\f k H z/\f 4�B it D AC s fo r A ll C han nels • P LL ( P hase L o ck e d L o op) Jit te r� C le an in g C ir c u it T e ch no lo gy fo r S /P D IF A ud io • A ud ysse y D yn am ic E Q ®fo r L o ud ness C orre ctio n • A ud ysse y D yn am ic V o lu m e®to M ain ta in O ptim al L is te n in g L eve l a n d D yn am ic R an ge • O ve rla id O n�S cre en D is p la y ( O SD ) v ia H D M I • U niv e rsa l P o rt fo r U P�A 1 D ock fo r iP o d/iP ho ne o r U P�D T1 D AB+ R ad io T u ner • H \bC \bP \bS \b ( H ig h C urre n t P o w er S u pply ) M assiv e H ig h P o w er T ra n sfo rm er • O ptim um G ain V o lu m e C ir c u it r y • A dvan ce d 3 \f�B it P ro ce ssin g D SP C hip • 4 D SP M odes fo r G am in g: R ock , S p o rts , A ctio n, a n d R PG • E X \bB ass fo r D eep er, M ore D yn am ic B ass • A dvan ce d M usic O ptim iz e r fo r C om pre sse d D ig it a l M usic F ile s• T heate r� D im en sio nal V ir tu al S u rro und F u nctio n • C in em aF IL T ER ™ • D ir e ct M ode • D ouble B ass F u nctio n • N on�S calin g C onfig u ra tio n • A �F o rm L is te n in g M ode M em ory • H D TV�C ap ab le ( 7 \f0p/1 080i) C om po nen t V id eo Sw it c h in g ( \f In puts a n d 1 O utp ut) • 5 C om po sit e V id eo In puts ( 1 F ro nt/4 R ear) a n d \f O utp uts • 3 D ig it a l A ud io In puts ( \f O ptic al a n d 1 C oax ia l) • 6 A nalo g A ud io In puts ( 1 F ro nt/5 R ear) a n d 1 O utp ut • S p eak e r A /B T e rm in als • C olo r� C oded S p eak e r T e rm in als • H ead pho ne Ja c k • C ro sso ve r A dju stm en t ( 4 0/5 0/6 0/7 0/8 0/9 0/1 00/1 \f0/ 150/\f 00 H z) • A /V S yn c C ontr o l ( U p t o 4 00 m s a t 4 8 k H z) • T o ne C ontr o l ( B ass/T re b le ) fo r F ro nt L /R C han nels • 3 �M ode D is p la y D im mer ( N orm al/ D im /D im mer) • R D S ( P S/R T /P T Y/T P) • 4 0 F M /A M R an d o m P re se ts • R IH D ( R em ote In te ra c tiv e o ve r H D M I) fo r S yste m C ontr o l • F u ll� F u nctio n R I ( R em ote In te ra c tiv e ) R em ote C ontr o l H TP�3 48 5\b1 �C han nel H om e C in em a S p eake r S yste m SK F�\b 48 F u ll� R ange B ass R efle x F ro n t \f p ea ke rs• 8 c m C one • M ax \b In put P o w er: 1 \f0 W • G lo ss F in is h ed • M agn etic ally S h ie ld ed SK C�\b 48 F u ll� R ange B ass R efle x \b en te r \f p ea ke r• 8 c m C one • M ax \b In put P o w er: 1 \f0 W • G lo ss F in is h ed • M agn etic ally S h ie ld ed SK R�\b 48 F u ll� R ange B ass R efle x \f u rro u nd \f p ea ke rs• 8 c m C one • M ax \b In put P o w er: 1 \f0 W • G lo ss F in is h ed N ote : A ll s p ea ke rs fe a tu re a n im ped a nce o f 6 Ω , c o lo r� c o d ed s p ea ke r te rm in a ls a nd c a ble , a nd w all� m ou ntin g c a p abilit y . S K W �3 48 B ass R efle x \f u b w oofe r• 1 6 c m C one • M ax \b In put P o w er: 1 30 W • D ow n�F ir in g A R ock �S o lid F o und atio n fo r A ffo rd ab le H om e E nte rta in m en t T ak in g t h e h assle o ut o f h o m e c in em a, O nkyo p re se n ts t h e H T�S 3 405 p ac k age : a fu ll� fe atu re d A /V r e ce iv e r c o uple d w it h a q ualit y s ix �p ie ce s p eak e r s e t\b T o h an d le t h e la te st B lu �r ay, g am in g, a n d c ab le /s a te llit e d evic e s, t h e r e ce iv e r s p o rts fo ur n ew H D M I ®in puts \b H D M I o pen s t h e w ay t o lo ssle ss, h ig h �d efin it io n a u d io fr o m D olb y a n d D TS, a s w ell a s im mersiv e n ew 3 D v id eo c o nte n t\b It a ls o s u ppo rts a c o nve n ie n t A ud io R etu rn C han nel fr o m a c o m patib le H D TV b ac k t o t h e r e ce iv e r\b H an d y a n alo g a u d io a n d v id eo in puts o n t h e r e ce iv e rÕs fr o nt p an el m ak e it e asy t o h o ok u p y o ur v id eo c am era o r g a m e c o nso le \b A nd r o und in g o ut t h e c o nnectio n h ig h lig h ts is a U niv e rsa l P o rt t h at le ts y o u c o nnect p erip hera ls s u ch a s a n o ptio nal iP o d/iP ho ne d o ck \b A ud ysse y e q ualiz a tio n filt e rs w ork t o o ptim iz e y o ur a u d io e x perie n ce , w hile a n o ve rla id o n�s c re en d is p la y a llo w s s e am le ss a d ju stm en t o f t h e s y ste m Õs s e ttin gs d urin g a s e ssio n\b A s u perb ly b ala n ce d 5 \b1 �c h an nel s p eak e r s e t co m ple te s t h e p ac k age \b B LA C K H\b�S 3 4055.1 �C HA N N\bL H O M \b C IN \bM A R \bC \bIV \bR /SP\b A \f\b R P A C \fA G \b 2011 \f EW P R O DU\b T R ELE A SE )TS3405@&U@)TS340011/02/0112:49
H\b�S 3 405 5 .1 �C HA N N\bL H O M \b C IN \bM A R \bC \bIV \bR /SP\b A \f\b R P A C \fA G \b
HDM I®Suppo rt fo r 3 D V id eo a n d A ud io
Retu rn C han nel
Th e fo ur H D M I in p uts o n th e H T�S 3 405Õs A /V r e ce iv e r le t
yo u s im ult a n eo usly c o nnect h ig h �d ef s o urc e s s u ch a s a
Blu �r a y p la ye r, a g am e c o nso le , a n d a c a b le /s a te llit e tu ner\b
A s in gle o utp ut th en s e n d s a p ris tin e s ig n al to y o ur
co nnecte d h ig h �r e so lu tio n d is p la y\b T he H D M I
imple m en ta tio n o n th is r e ce iv e r s u p po rts b o th 3 D v id eo
an d a n A ud io R etu rn C han nel\b 3 D v id eo b rin gs e xcit in g
po ssib ilit ie s to h o m e e n te rta in m en t, w it h m ovie , g am e, a n d
b ro ad ca st c o nte n t o n th e in cre ase a n d 3 D �c o m patib le T V s
co m in g to m ark e t\b M ean w hile , th e A ud io R etu rn C han nel
allo w s a u d io c o nte n t r e ce iv e d d ir e ctly b y y o ur H D TV Õs
t u ner to b e s e n t “ u p str e am ” v ia H D M I to y o ur A /V
re ce iv e r, w it h o ut th e n eed fo r a s e p ara te S /P D IF a u d io
c a b le \b
D eco din g o f H ig h �D efin it io n S u rro und �S o und
Co decs
T he H T�S 3 405Õs A /V r e ce iv e r c a n d eco de D olb y®Tru eH D
and D TS�H D M aste r A ud io™—t w o lo ssle ss fo rm ats th at
e n ab le d eliv e ry o f a b it � fo r� b it s o und tr a ck id en tic a l to th e
stu d io m aste r tr a ck \b T hese c o decs ta ke a d van ta ge o f th e
hig h d ata c a p acit y o f th e B lu �r a y D is c fo rm at\b
Co nve n ie n t O ve rla id O n�S cre en D is p la y v ia H D M IChan gin g y o ur A /V r e ce iv e rÕs s e ttin gs is n o w m ore s e am le ss
th an e ve r, th an ks to O nkyo Õs o ve rla id O n�S cre en D is p la y
(O SD ) fe atu re \b O n�s c re en s e t� u p m en u s a p pear o ve rla id o n
th e v id eo im age y o uÕr e w atc h in g\b T his m ean s y o u c a n a d ju st
th e s e ttin gs im med ia te ly , w it h o ut h av in g to s w it c h b ack a n d
fo rth fr o m a b la n k s c re en b ack gro und \b
19\f k H z/\f 4�B it T I B urr� B ro w n D AC s Im pro ve
Jit te r P erfo rm an ce t o D eliv e r C le are r S o und
H ig h �q ualit y B urr� B ro w n D AC s w ork to o ptim iz e a n alo g
aud io p erfo rm an ce o n th e H T�S 3 405Õs A /V r e ce iv e r\b T hese
D AC s p erfo rm a d van ce d \f 4�b it s ig n al p ro ce ssin g a n d
su p po rt s a m plin g r a te s o f u p to 1 9\f k H z, w hile d is p la y in g
hig h r e sis ta n ce to c lo ck jit te r\b
A ud ysse y T e ch no lo gie s t o O ptim iz e t h e L is te n in g
Experie n ce
T he H T�S 3 405 c o m es w it h tw o s o und �e n han cin g A ud ysse y
te ch no lo gie s\b
(1 ) A udysse y \f yn am ic E Q®m ain ta in s a c o n sis te n t b a ss re sp on se ,
to n a l b a la nce , a nd s u rro u nd �s o u nd e ffe ct a t d if fe re n t v o lu m e le ve ls ,
so y o u c a n e n jo y th e n a tu ra l d yn a m ic s o f y o u r c o n te n t re ga rd le ss o f
th e v o lu m e.
(2 ) A udysse y \f yn am ic V o lu m e
®auto m atic a lly c o m pen sa te s fo r
vo lu m e flu ctu a tio n s in d if fe re n t a ud io c o n te n t— fo r e x a m ple , d urin g
co m merc ia l b re a ks— while o p tim iz in g th e d yn a m ic ra nge .
U niv e rsa l P o rt fo r S in gle �C ab le C onnectio n o f
O ptio nal O nkyo D ock fo r iP o d/iP ho ne o r D AB+
R ad io T u ner
A p ro prie ta ry U niv e rsa l P o rt lo ca te d o n th e r e ar s id e o f
th e H T�S 3 405Õs A /V r e ce iv e r le ts y o u c o nnect a n o ptio nal
U P�A 1 D ock fo r iP o d/iP ho ne o r U P�D T1 D AB+ R ad io
T u ner\b A k e y a d van ta ge o f th e U niv e rsa l P o rt is th at it
a cce p ts v id eo a n d a u d io s ig n als th ro ugh th e s a m e c a b le
t h at s e n d s a p o w er s u p ply fr o m th e r e ce iv e r to th e d evic e s\b
N et r e su lt : m ore c o nnectiv it y , le ss c a b le c lu tte r\b
G en era lPo w er S u pply AC \f 30 V ~ , 5 0 H zPo w er C onsu m ptio n 3\f0 WD im en sio ns ( W x H x D ) 4 35 x 1 50 x 3 \f8 m mW eig h t 7\b5 k g
SP EA KE\f S Y ST E\bSp eak e r T yp e
Fro nt Fu ll� r a n ge , B ass r e fle x
C en te r Fu ll� r a n ge , B ass r e fle x
Su rro und Fu ll� r a n ge , B ass r e fle x
Su b w oofe r Bass r e fle x
Driv e rs
Fro nt 8 c m c o ne
C en te r 8 c m c o ne
Su rro und 8 c m c o ne
Su b w oofe r 16 c m c o ne
Fre q uen cy R esp o nse
Fro nt 80 H z– \f0 k H z
C en te r 80 H z– \f0 k H z
Su rro und 80 H z– \f0 k H z
Su b w oofe r 30 H z– 150 H z
Outp ut S o und P re ssu re L eve l
Fro nt 8\f d B /W /m
Cen te r 8\f d B /W /m
Su rro und 80 d B /W /m
Su b w oofe r 8\f d B /W /m
M ax \b In put P o w er
Fro nt/C en te r/S u rro und 1 \f0 W
Su b w oofe r 130 W
N om in al Im ped an ce Fro nt/C en te r/S u rro und /S u b w oofe r
6 ΩGe n era lDim en sio ns ( W x H x D )
Fro nt 101 x 1 61 x 1 15 m m
Cen te r \f30 x 1 03 x 1 15 m m
Su rro und 101 x 1 61 x 1 15 m m
Su b w oofe r \f11 x 4 \f5 x 3 81 m m
W eig h t
Fro nt 0\b8 k g
C en te r 0\b9 k g
Su rro und 0\b7 k g
Su b w oofe r 5\b5 k g
C A \fT O NDim en sio ns ( W x H x D ) 5 66 x 6 8\f x 4 80 m mWeig h t \f1\b0 k g
S upplie d A cce sso rie s• In d o or F M a n te n n a • A M lo op a n te n na • C olo r� c o ded s p eak e r c ab le
• S u bw oo fe r c ab le • In str u ctio n m an u al • Q uic k s e t�u p g u id e
• R em ote c o ntr o lle r • A A ( R 6) b att e rie s x \f
D ue to a p o lic y o f c o ntin u o us p ro duct im pro ve m en t, O nkyo r e se rv e s th e r ig h t to c h an ge s p ecif ic a tio ns a n d a p peara n ce w it h o ut n o tic e \b M an u fa ctu re d u nd er lic e n se fr o m D olb y L ab o ra to rie s\b D olb y, P ro L o gic , a n d th e d o ub le �D s y m bo l a re tr a d em ark s o f D olb y L ab o ra to rie s\b D TS,
D TS�H D, a n d th e S ym bo l a re r e gis te re d tr a d em ark s a n d th e D TS lo go s a re tr a d em ark s o f D TS, In c\b M an u fa ctu re d u nd er lic e n se fr o m A ud ysse y L ab o ra to rie s, In c\b U \bS \b a n d fo re ig n p ate n ts p en d in g\b A ud ysse y D yn am ic E Q a n d A ud ysse y D yn am ic V o lu m e a re r e gis te re d tr a d em ark s o f
A ud ysse y L ab o ra to rie s, In c\b H D M I, th e H D M I lo go , a n d H ig h �D efin it io n M ult im ed ia In te rfa ce a re tr a d em ark s o r r e gis te re d tr a d em ark s o f H D M I L ic e n sin g L LC in th e U nit e d S ta te s a n d o th er c o untr ie s\b iP o d a n d iP ho ne a re tr a d em ark s o f A pple In c\b, r e gis te re d in th e U \bS \b a n d o th er
co untr ie s\b x \bv \bC olo r is a tr a d em ark o f S o ny C orp o ra tio n\b M usic O ptim iz e r, C in em aF IL T ER , a n d T heate r� D im en sio nal a re tr a d em ark s o f O nkyo C orp o ra tio n\b A ll o th er tr a d em ark s a n d r e gis te re d tr a d em ark s a re th e p ro perty o f th eir r e sp ectiv e h o ld ers\b
\fPR \fo. 11\f08 01/11
S P EC IF IC AT IO NS
A/V \f EC EIV E\fA m plif ie r S ectio nPow er O utp ut
Fro nt L /R 100 W /C h
(6 Ω , 1 k H z, 1 % , 1 c h an nel d riv e n , IE C )
C en te r 100 W
(6 Ω , 1 k H z, 1 % , 1 c h an nel d riv e n , IE C )
Su rro und L /R 100 W /C h
(6 Ω , 1 k H z, 1 % , 1 c h an nel d riv e n , IE C )
Su b w oofe r 100 W /C h
(6 Ω , 1 k H z, 1 % , 1 c h an nel d riv e n , IE C )
Dy n am ic P o w er 160 W ( 3 Ω , F ro nt)
1\f5 W ( 4 Ω , F ro nt)
85 W ( 8 Ω , F ro nt)
T H D +N ( T o ta l H arm onic D is to rtio n + N ois e )
0\b0 8% ( \f 0 H z– \f0 k H z, h alf p o w er)Da m pin g F ac to r 60 ( F ro nt, 1 k H z, 8 Ω )
In put S e n sit iv it y a n d Im ped an ce
\f00 m V/4 7 k Ω (L in e)
Rate d R C A O utp ut L eve l a n d Im ped an ce
\f00 m V/\f \b\f k Ω (R ec o ut)
M ax im um R C A O utp ut L eve l a n d Im ped an ce
\f\b0 V /\f \b\f k Ω (R ec o ut)F re q uen cy R esp o nse \f0 H z– 50 k H z/+ 1 d B , � 3 d B ( D SP b yp ass)
To ne C ontr o l ±10 d B , 5 0 H z ( B ass)
±10 d B , \f 0 k H z ( T re b le )Sig n al� t o �N ois e R atio 100 d B ( L in e , IH F�A )Speak e r Im ped an ce 6 Ω –16 ΩV id eo S ectio nIn put S e n sit iv it y /O utp ut L eve l a n d Im ped an ce
V id eo 1\b0 V p–p /7 5 Ω (C om po nen t Y )
0\b7 V p–p /7 5 Ω (C om po nen t P
B/CB, PR/CR) 1\b0 V p–p /7 5 Ω (C om po sit e )
C om po nen t V id eo F re q uen cy R esp o nse
5 H z– 100 M Hz/0 d B , � 3 d BT u ner S ectio nTu nin g F re q uen cy R an ge
FM 87\b5 M Hz– 108 M Hz
AM 5\f\f k H z– 1,6 11 k H z
530 k H z– 1,7 10 k H zFM /A M P re se t M em ory 40 s ta tio ns
Fro nt V ie w Rear v ie w
H T�R 390
EX \bB ass fo r D eep er, M ore D yn am ic B assO nkyo Õs p ro prie ta ry E X \bB ass fu nctio n b o osts lo w �fr e q uen cy
ou tp ut a t tw o s e p ara te p o in ts : 4 0 H z a n d 8 0 H z\b A t lo w
vo lu m es, E X \bB ass c re ate s a d eep er, m ore d yn am ic b ass
so und fo r y o ur m usic a n d m ovie s\b W hen th e v o lu m e is
tu rn ed u p h ig h , th e b o oste d b ass a u to m atic a lly r e tu rn s to
n o rm al le ve ls \b
Ad van ce d M usic O ptim iz e r t o E nhan ce
Co m pre sse d D ig it a l M usic F ile s
W hile M P3 o r A AC file s m ay s o und fin e th ro ugh th e
head pho nes o f y o ur p o rta b le d ig it a l p la ye r, th e lim it a tio ns o f
th ese file s c a n b e e xp o se d w hen p la ye d b ack th ro ugh a
qu alit y h o m e e n te rta in m en t s y ste m \b T his is b eca u se a
s ig n if ic a n t a m ount o f h ig h �fr e q uen cy b it in fo rm atio n is lo st
d urin g th e file �c o m pre ssio n p ro ce ss\b T o c o unte r th is , O nkyo
ha s d esig n ed th e A dvan ce d M usic O ptim iz e r to
c o m pen sa te fo r lo st b it in fo rm atio n a n d im pro ve th e q ualit y
of c o m pre sse d a u d io s ig n als \b T his r e su lt s in a c le are r a n d
mo re e xp an siv e s o und \b A ls o in clu d ed in th is te ch no lo gy is a
lo ud ness c o rre ctio n fe atu re th at fu rth er im pro ve s th e a u d io
ch ara cte r o f c o m pre sse d file s\b
)TS3405@&U@)TS340011/02/0112:49