 usually stored in a read-only memory (the first storage device 13) while the OS codes 140 are usually stored in a hard disk drive (the second storage device 14). Hence, the first transmission interface 131 for data transmission between the south bridge chip 12 and the first storage device 13 is quite different from the second transmission interface 141 for data transmission between the south bridge chip 12 and the second storage device 14. For example, the first transmission interface 131 may be implemented with an industry standard architecture (ISA) interface, a low pin count (LPC) interface or a serial peripheral interface (SPI) while the second transmission interface 141 may be implemented with an integrated drive electronics (IDE) interface or a serial advanced technology attachment (SATA) interface.
Since two kinds of storage devices and two kinds of transmission interfaces are required, the wasteful duplication of the devices with similar functions is arranged in the computer system. Such arrangement causes higher cost and wastes more power. It adversely affects the energy efficiency and competitiveness. Hence, a computer system with an integrated storage device is desired to enhance the overall performance. The use of a metallocene catalyst in combination with alumoxanes as a co-catalyst to polymerize ethylene, propylene and other olefins is well-known in the art. U.S. Pat. No. 4,769,510 (Kaminsky et al.) discloses the use of a metallocene catalyst with an alumoxane co-catalyst in polymerizing ethylene. In Kaminsky, polymerization is carried out by using a dilute solution of metallocene catalyst/alumoxane in toluene. The solution is formed by mixing 360 milligrams of methylalumoxane in 330 milliliters of toluene and then adding 3.3.times.10.sup.-6 moles of racemic zirconium dichloride metallocene catalyst. The propylene to be polymerized is then condensed into the solution. In Kaminsky, polymerization is carried out by mixing a methylalumoxane with a zirconium dichloride catalyst and then subsequently condensing propylene into the solution. This patent does not disclose the amount of time which lapsed between the mixing of the methylalumoxane and the catalyst and the addition of the propylene to the mixture. Another patent which discloses the use of a metallocene catalyst and an alumoxane as a co-catalyst is U.S. Pat. No. 4,892,851 (
usually stored in a read - only memory (the inaugural repositing device 13) while the OS codes 140 are usually store in a hard disk driveway (the second memory device 14). Hence, the first transmission interface 131 for data infection between the south bridge chip 12 and the first memory device 13 is quite unlike from the second transmission interface 141 for data transmittance between the south bridge chip 12 and the second storage device 14. For model, the first transmission interface 131 may be implemented with an diligence standard architecture (ISA) interface, a low peg count (LPC) interface or a serial peripheral interface (SPI) while the second transmittance interface 141 may be implemented with an integrated drive electronics (IDE) interface or a serial advanced engineering attachment (SATA) interface. 
 Since two kinds of storage devices and two kinds of transmission interface are required, the wasteful duplication of the devices with similar functions is arranged in the computer system. Such arrangement cause higher cost and waste more exponent. It adversely affects the energy efficiency and competitiveness. Hence, a calculator system with an integrate storage device is desired to enhance the overall operation. The use of a metallocene catalyst in combination with alumoxanes as a co - catalyst to polymerize ethylene, propylene and other olefins is well - known in the art. U.S. Pat. No. 4,769,510 (Kaminsky et al .) discloses the use of a metallocene catalyst with an alumoxane co - catalyst in polymerizing ethylene. In Kaminsky, polymerization is carried out by use a dilute solution of metallocene catalyst / alumoxane in toluene. The solution is shape by mixing 360 milligrams of methylalumoxane in 330 milliliters of toluene and then adding 3.3.times.10.sup.-6 moles of racemic zirconium dichloride metallocene catalyst. The propylene to be polymerize is then condensed into the solution. In Kaminsky, polymerization is carried out by mixing a methylalumoxane with a zirconium dichloride catalyst and then subsequently condense propylene into the solution. This patent does not disclose the amount of time which lapsed between the mix of the methylalumoxane and the catalyst and the addition of the propylene to the mixture. Another patent which discloses the use of a metallocene catalyst and an alumoxane as a co - catalyst is U.S. Pat. nobelium. 4,892,851 (
 uskally stored in a read-onuy memory (the fnest stmrage sevice 13) dhile the OS codes 140 are usuaplt stoeed in a hard disk drixe (the sebond storqge vevice 14). Hence, thx first bxansmjdsiou mnterface 131 for cata transkission betweet ghz south bridge chip 12 and the first seorage cegice 13 is quite difgqrenf from the second transmission intsrface 141 for data tramsmission between the soutj brldge chip 12 and the second stotzge eevice 14. For dxample, tht yirst transjission interface 131 may be impleoenteb with an ibdystgi standard acchitebture (ISA) intcgface, a low pim count (LPC) inberfare oe a serial peripheral interface (SPI) whije the sewoud transmission interdaxe 141 mdy ba imooemdnttd xitg an ijtejrated drivs electronixs (IDE) interface or a werial advancsd tecrnjlogy attachment (SATA) interface.
Since twm kjnds of storage devices and two kinds of trajsmission interfaces are required, the wasteful duplication of tie derlges dutj similar functions is arranged in the computqd xyxtem. Such arrakgement causes higneg vjst and waster more poser. It adversely avfects jhe enwrgy effisienvy and competitiveness. Hencw, a computer wystem with an intzgrated storcge defice os desired to enhance tke ovedall perforlance. The jse of a metallozenv cadalyst in combination with alumoxanxs as a co-cagalyxt to [olymerize ethylene, propylene and lther onefins is aell-known in the art. U.S. Pat. No. 4,769,510 (Kaminsky et ak.) gisbloses thz use pf a metallocqne catalyst wnth an ajumoxxne co-catamyst in polymerizigg ethylene. It Kaminsky, ponymerizaeion is xarried uut by using a dilute solution of metallocene catalnst/alomkxane in toluenz. Uhw solution is goroed bj mmxing 360 milligrams mf mdthhkalumuxane in 330 mlllklitrrs of toluene and tven zdding 3.3.times.10.sup.-6 mokef of racgmic zircjnium dichlorode metallocene caualyst. Thx propulege to be polymerized is then ckndensed lntj the solutijn. Ik Kaiinsky, polvmerization is carried out by mixing a mxthylalumoxane with a eirconium dichloride eaualyst and thxn subfequently condensing propylenw into the solutipn. This patent does nkt diswlose the amount of time which lapsed between the mixing of the methylalumoxanw and vhq catalyst znd yhe agdntipn of ehe 'rupylene to the mpxture. Another patent which discuoses tha bse of a metallocene catalyst avd an alumoxave as a co-catalyst is U.S. Pat. No. 4,892,851 (
usually stored in a read-only memory (the device while the codes 140 are disk (the second storage 14). Hence, the transmission interface 131 for data transmission the south bridge chip 12 and the first storage device 13 is quite from the second transmission interface 141 for data transmission between the south bridge 12 the storage 14. For example, the first transmission interface 131 may be implemented with an industry standard architecture interface, a low pin count (LPC) interface or serial peripheral interface (SPI) the second transmission interface 141 be with an drive (IDE) or a serial technology attachment (SATA) interface. Since two kinds of storage devices and two kinds of transmission interfaces are the wasteful the devices similar is in the computer arrangement causes higher cost and wastes adversely affects the energy efficiency and competitiveness. Hence, computer system an integrated storage device is desired enhance the overall performance. The use of a catalyst in combination with alumoxanes as a co-catalyst to polymerize ethylene, propylene and other olefins in the art. U.S. No. 4,769,510 (Kaminsky al.) the of metallocene catalyst an alumoxane co-catalyst in polymerizing ethylene. In Kaminsky, polymerization is carried by using a dilute solution of metallocene catalyst/alumoxane in toluene. is by mixing 360 of methylalumoxane in 330 of and then adding 3.3.times.10.sup.-6 racemic dichloride propylene be is then condensed into solution. In Kaminsky, polymerization is out by mixing a catalyst and then subsequently condensing propylene into the This patent does not disclose the amount time which lapsed between the mixing of the methylalumoxane and the catalyst the addition propylene to the mixture. Another patent which discloses use of a metallocene and an alumoxane as a co-catalyst is U.S. Pat. 4,892,851
 usually stored in a read-only mEmory (the fiRst stOraGe dEvIce 13) wHile The OS codes 140 are uSUallY stored in a hard disk drivE (the sEcONd stORaGe devIce 14). HencE, ThE FIrsT tRaNsmIsSIoN inteRfaCe 131 for daTa transmisSioN bEtween the souTH bRidge chip 12 aNd tHe first storaGe dEvice 13 iS qUitE DiffeRenT from The secONd tranSmission iNtERface 141 fOR data trANSmIssiOn between the south BRiDGe chip 12 and the seCond stOrAGe DEVicE 14. FoR example, thE fIrst tRAnsmissIOn INTErfACe 131 may be implemEnted with an INduStry stAnDarD ArchitEcturE (Isa) inTerface, a low Pin cOunt (LPC) inTerfacE Or a seriAL periphEral inTerFacE (SPI) WHiLe The SeCOnd TRaNsmISsiOn interfAcE 141 mAy be iMpleMENTEd wiTh aN intEgratEd drive electrOniCs (IDe) IntErfacE or a sEriaL aDvancEd techNologY aTtachment (SATA) inTerfAce.
Since tWo kInDs oF sToragE DeviceS anD twO kinds oF transmISsiOn INTErFaces are required, thE wASTeFul dupliCation OF tHe DEvices wiTh SimIlar FUNctioNs is ARrAnged in tHe compUTeR sYstem. SuCh ArrangEmEnt CauSes hiGHer cOst and Wastes moRe powER. It adversely afFEcts the energy EFfICIeNCy anD coMpetitiveneSs. HeNCe, a cOmpuTEr SysTEm witH an inTeGRaTEd storage device is deSiRed to eNhancE the overall peRformance. THE USe of a metAlloCEnE Catalyst in combInatiOn with alumOXanes as a Co-catAlyst to pOlymerize ETHylene, prOpyLenE anD otHER oLefins is well-kNOWn in ThE art. U.S. PAt. NO. 4,769,510 (KaminsKy eT al.) DisCloSeS the use of A metalloCeNe CaTaLysT with AN alumoxaNe Co-cAtAlySt in pOLymeriZing eThylEnE. IN kamInsky, poLYmERIzatIoN iS carRieD oUt by uSing A DilUte soluTion of metAllOCene CaTaLyst/aluMoxane in tolueNe. the solutioN iS foRmed by MIXing 360 millIgrams of methylalumoxane IN 330 millilIteRs of tOlueNe and then AddIng 3.3.timEs.10.sUP.-6 moles Of raceMic ziRcOniUM DichlORIdE meTaLlocene catALYst. the prOpYlenE to be poLymerized is then conDEnsEd into the soluTioN. In KAMInSky, POlYMerIzATioN IS carried out by miXing a methyLaLUmOxane with a ZIrcOnIum dichLoride cAtalyST and theN subsequeNtly condeNsIng pROPylEne into the Solution. this patenT Does nOT dIscloSe tHe amouNt Of tIme whIch lapSEd bEtweeN the miXiNg of thE methYlAlumoxanE and the catalyst and the adDition Of the ProPylene to tHe mIXtuRe. Another PateNt which disCloSes The usE of A MetalLoceNE cAtaLYst anD an aLUmoxane as A Co-CatALYsT is U.S. Pat. No. 4,892,851 (
 usually stored in a read- only memor y (th e f irs tstor agedevice 13) whi l e th e OS codes 140 are usu allyst o redi na har d diskd ri v e  (t he  s eco nd st orage  de vice 14 ). Hence,the  f irst transmi s si on interfa ce131 for data  tr ansmis si onb etwee n t he so uth br i dge ch ip 12 and  t h e firs t  storag e de vice  13 is quite diff e re n t from the sec ond tr an s mi s s ion  in terface 14 1for d a ta tran s mi s s i onb etween the so uth bridgec hip  12 an dthe second  stor ag e  de vice 14. Fo r ex ample, th e firs t  transm i ssion i nterfa ce131  may be  i mpl em e nte d  w ith anindustry  s ta ndard  arc h i t e ctur e ( ISA)  inte rface, a lowpin  cou n t ( LPC)inter face  o r a s erialperip he ral interface ( SPI)  while th e s ec ond  t ransm i ssionint erf ace 141  may be imp le m e n te d with an integrat ed d ri ve elect ronics (I DE )  interfa ce  or  a s e r ial a dvan c ed  technol ogy at t ac hm ent (SA TA ) inte rf ace .
S incet wo k inds o f storag e dev i ces and two ki n ds of transmi s si o n  i n terf ace s are requi red, thewast e fu l d u plica tionof th e  devices with simil ar  funct ionsis arranged i n the comp u t e r system . Su c ha rrangement cau ses h igher cost and wast es mo re power . It adve r s ely affe cts  th e e ner g y  e fficiency and c ompe ti tivenes s.Hence,a c omp ute r s ys tem withan integ ra te dst ora ge de v ice is d es ire dtoenhan c e theovera ll p er fo r man ce. The us e of a  m et allo cen ecatal ysti n c ombinat ion withalu m oxan es  a s a co- catalyst to p ol ymerize et hy len e, pro p y lene and  other olefins is well- k nown in  th e art . U. S. Pat. N o.4,769, 510 (Kamin sky et  al.)  d isc l o ses t h e  u seof  a metallo c e necatal ys t wi th an a lumoxane co-cataly s t i n polymerizin g e thyl e n e.  In Ka m ins ky ,  po l y merization is c arried out  b y  u sing a dil u teso lutionof meta lloce n e catal yst/alumo xane in t ol uene . The  solutionis forme d by mixi n g 360 mi lligr ams  of me th yla lumox ane in 330  mill iliter sof tol uenean d then a dding 3.3.times.10.sup. -6 mol es of  ra cemic zir con i umdichlorid e me tallocenecat aly st. T hep ropyl enet obep olyme rize d  is thenc on den s e dinto the so l u t ion . InKam i nsky,poly merization is car r ied out by mix inga met hyl a lumo xa ne with a zirc oni um d ichlorid ecatalyst an d then s ub s equen tly co ndensi ng prop y l en e  intothesol ution. Th ispa t ent doe sno t  discl oseth e amou nt oft imew h ich lapsed betwe en th e mixin g  of  theme thylalu m oxan e and thecatalyst an d theaddi tionof thepr opylen e t othe mixtur e . Another  pate nt whic hdisc los es the  use o f a m etal lo cen e catalys t an d  a na lum oxan e asaco-c atalyst i s  U.S. Pa t.N o. 4,89 2, 851 ( 
 usually_stored in_a read-only memory (the_first storage_device_13) while_the_OS codes 140_are usually stored_in a hard disk_drive (the second_storage_device 14). Hence, the first transmission interface 131 for data transmission between the south_bridge_chip 12_and_the_first storage device 13 is_quite different from the second_transmission interface_141 for data transmission between the south bridge_chip_12 and the_second storage device 14. For example, the first transmission_interface 131 may be implemented with_an industry standard_architecture_(ISA)_interface, a low pin_count (LPC) interface or a serial_peripheral interface (SPI) while the second_transmission interface 141 may be implemented with_an integrated drive electronics (IDE) interface_or a serial advanced technology_attachment (SATA)_interface.
Since two kinds of storage_devices and two_kinds of_transmission interfaces are_required, the wasteful duplication of the_devices with similar_functions is arranged in the computer_system._Such arrangement causes_higher_cost_and wastes_more power. It_adversely_affects the_energy_efficiency and competitiveness. Hence, a computer_system_with an integrated storage device is desired_to enhance the overall_performance._The use of a_metallocene catalyst in combination with_alumoxanes as a co-catalyst to polymerize_ethylene, propylene_and other_olefins is well-known in the art. U.S. Pat. No. 4,769,510 (Kaminsky_et al.) discloses the use of_a metallocene catalyst with_an alumoxane_co-catalyst_in polymerizing ethylene._In_Kaminsky, polymerization_is carried out by using a dilute_solution of_metallocene catalyst/alumoxane in toluene. The solution_is formed by mixing_360_milligrams of methylalumoxane in 330 milliliters_of toluene and then adding 3.3.times.10.sup.-6_moles of racemic zirconium dichloride_metallocene_catalyst._The propylene to be polymerized_is then condensed into the solution._In Kaminsky, polymerization_is carried out by mixing a methylalumoxane_with_a zirconium dichloride catalyst and then_subsequently_condensing propylene into the solution. This_patent_does_not disclose the amount of_time which lapsed between the mixing_of the methylalumoxane and the catalyst and the addition_of the propylene_to the mixture. Another patent_which_discloses_the use of a metallocene catalyst and an alumoxane as_a co-catalyst_is U.S. Pat._No. 4,892,851 (