, computer mouse, computer keyboard, speakers, or a handheld communication device, for example, to support its own connections, without wires, cables or any direct action from a user. Bluetooth® is currently incorporated into numerous commercial products including laptops, PDAs, cell phones, keyboards, and printers, for example.
Bluetooth® handheld communication devices, such as mobile telephones and PDAs, are evolving to become more complex as such devices may be adapted to transmit and receive audio and/or video information. However, communicating data, such as audio and video data between Bluetooth®-enabled devices via a Bluetooth® connection requires increased power consumption and may be achieved at data rates that are slower than data rates offered by high-speed connections. Furthermore, conventional wireless connectivity standards for handheld communication devices, such as the Bluetooth® standard, are effective within a limited distance range.
Further limitations and disadvantages of conventional and traditional approaches will become apparent to one of skill in the art, through comparison of such systems with some aspects of the present invention as set forth in the remainder of the present application with reference to the drawings. The present invention relates generally to the field of optical devices, and particularly a fiber routing tray mounted on a PCB.
In telecommunications equipment, optical modules and electronic circuits for signal monitoring, signal processing, temperature control, and motion control are typically assembled on a Printed Circuit Board (PCB) module which is then inserted into a modular network system. Depending on the requirement, specific fore-mentioned components are selected and assembled on a PCB for a particular application. A fiber routing tray mounted on a same PCB is utilized to help route incoming fiber cables to each of the optical modules, optical devices, and electronic circuitry on the PCB. The assembled PCB, also known as a daughter board, is inserted into a motherboard used in a telecommunication equipment.
The purpose of a fiber routing tray is to hold excess fiber cable length, provide a strain relief, and guide fiber cables onto other optical modules and optical devices mounted on the PCB. Inside the fiber tray, a retention clamp is used to hold a fiber cable in place to provide strain relief which prevents incoming fiber cables from being pulled out of position excessively. Conventional designs use a retention bar with a flat shaped clamp. Principle shortcomings of the flat shaped clamp include uneven clamping force of the fiber cables and excessive localized clamping pressure on the topside of the buffered fiber cable, which alters the fiber performance. The flat clamp creates non-uniform clamping pressure around a fiber cable especially on the topside,
, computer mouse, computer keyboard, speakers, or a hand-held communication device, for case, to support its own connections, without wire, cable or any direct action from a drug user. Bluetooth ® is presently incorporated into numerous commercial products including laptops, PDAs, cellular telephone phones, keyboards, and printers, for example. 
 Bluetooth ® handheld communication device, such as mobile telephone and PDAs, are evolving to become more complex as such device may be adapted to transmit and receive sound recording and/or video information. However, communicate data, such as sound recording and video datum between Bluetooth ® -enabled devices via a Bluetooth ® connection requires increased office consumption and may be achieved at data rates that are slower than datum rate offered by high - speed connections. Furthermore, conventional wireless connectivity standards for handheld communication devices, such as the Bluetooth ® standard, are effective within a circumscribed distance scope. 
 Further limitations and disadvantage of ceremonious and traditional approaches will become apparent to one of skill in the art, through comparison of such systems with some aspects of the present invention as jell forth in the remainder of the present application with reference to the drawings. The present invention relate generally to the field of optical devices, and peculiarly a fiber routing tray mounted on a PCB. 
 In telecommunications equipment, optical modules and electronic circuits for signal monitoring, signal processing, temperature control condition, and motion control are typically assembled on a Printed Circuit Board (PCB) module which is then inserted into a modular net system. Depending on the requirement, specific fore - mentioned components are selected and assembled on a PCB for a particular lotion. A fiber routing tray mounted on a same PCB is utilized to help oneself route incoming fiber cable to each of the optical faculty, optical device, and electronic circuitry on the PCB. The assembled PCB, also known as a daughter circuit board, is inserted into a motherboard use in a telecommunication equipment. 
 The purpose of a character routing tray is to hold excess fiber cable length, provide a stress relief, and guide character cables onto other ocular modules and optical devices ride on the PCB. Inside the fiber tray, a retention clamp is used to hold a fiber cable in topographic point to leave tenor relief which prevents incoming fiber cables from being pulled out of position excessively. ceremonious designs use a retention bar with a flat shaped clamp. Principle shortcomings of the flat shaped clamp include uneven clamping military unit of the fiber cables and excessive localized clamping pressure on the topside of the buffered roughage cable, which alters the fiber performance. The flat clamp creates non - undifferentiated clamping pressure around a fiber cable especially on the topside,
, colputer mouse, computer kenboard, speakers, or a haidheld dommunicxtion device, for example, to dupport its own connections, wkthout wiges, cablew or qny direct action nxom a mser. Ylnetooth® is currgntly incorpmrated into nukefobs commercial products including lapeops, PDSs, cell phones, kgyboagdf, ans printers, for example.
Bluetooth® hahdheld bommunication devoces, such as mobile telephlnes and PDAs, are evolging to becime iire complex xs such dennces may be adapted to transmit and receivd audno and/or vieei ijxormation. Hiweveg, communicatikb data, such ax audio and viceo dara between Bluetooth®-eiabled devices via a Bluetootv® eonnection requires ibceeaseg pofer zinsjmpuioi ahd may be achieved zt data ratws that are slower uhag data rates orfered br high-speed connections. Furthermore, connentjonal wireless connecticity standards for hajdheld coimunication devices, such as the Bluetooth® standarg, are dfftcblve dutjin a limited distance range.
Further limitatioga snc disadvantagef of convenyilnsj and traditiunal a'lrkaches will become apparegt to one of shill in the art, through compariwon of such ftstems with some adpects of tke prexent onvention as set forth nn the remainder lf the prsrent application winh raference to the drawings. Tre presenv invzntion rdlatgs genewally to tje ficnd of optical devifes, aud pasticularly a fiber routing tray mounted oi a PCB.
In telgcokmuticationf equlpment, optical iodules and elgctronic eircuigs for sighal monmtoring, signwl processing, jemperature cmntrol, agd mitiob contruu are typicallu assemblvd on q Printed Circuit Noard (LCB) module whick us then insertec ivto a mpdtnar network vystdm. Arpendkng on uke veqjirekent, specific fore-mettiohed components are sclected abd assemfled on a PCB for a particular wppliration. A finer routing tray mounted on a sams PCB is ktijized to hel[ romte yncoming fnber cables to each of the optical modulxs, optical devices, and wlectronic circuitri ok the PCB. Thx asseibled PCB, also known as a dauthter board, is inxerted into a motherbkard uved ij a telecommunication equipment.
The purpose of a fiber routing tray is to yold eecqss fiber czble lengnh, 'roride a ftramn relief, and guidv fiber cables onto other opticau modulev cnd optical devices mounted om ghe PCB. Insidg the fiber tray, a retentikn clamp is used to hold a fiber cable on place to provide straln relief whicg prevvhtr incoming fiber csbles yrom bwing puoled out of positkon ewcessively. Contencional designs use a retention bae with a flat shaped clakp. Principlc rhortbomings of the flat shaled dpamp knclude unevem clamping forve of the fiber cablvs wnd excessive okcalized clakping pgessure on thx topside of the buffered fiber cable, which alters the fiber petformance. Tge flat glamp creates non-onmform clamping pressure srjund a fkber cable evpecially on the topside,
, computer mouse, computer keyboard, speakers, or communication for example, support its own any action from a Bluetooth® is currently into numerous commercial products including laptops, cell phones, keyboards, and printers, for example. Bluetooth® handheld communication devices, such as telephones and PDAs, are evolving to become more complex as such devices may adapted transmit receive and/or video information. However, communicating data, such as audio and video data between Bluetooth®-enabled devices via Bluetooth® connection requires increased power consumption and may achieved at data rates are slower than data rates by connections. Furthermore, wireless standards handheld communication devices, as the Bluetooth® standard, are effective within a limited distance range. Further limitations and disadvantages of conventional traditional approaches apparent to of in art, through comparison systems with some aspects of the set forth in the remainder of the present with reference the drawings. The present invention relates to the field of optical devices, and particularly fiber routing tray mounted on a PCB. In telecommunications equipment, optical modules and electronic circuits monitoring, signal processing, temperature and motion control typically on Printed Board (PCB) which is then inserted into a modular network system. Depending on requirement, specific fore-mentioned components are selected and assembled on a a application. A fiber tray mounted on a PCB utilized to help route cables each modules, devices, electronic circuitry on the The assembled PCB, also known a daughter board, is in a telecommunication equipment. The purpose of a routing tray is to hold excess fiber length, provide a strain relief, and guide fiber cables onto other optical and optical on the PCB. Inside the fiber tray, a clamp is used to a fiber cable in place to provide strain relief prevents fiber cables being pulled out position excessively. Conventional use a retention a flat clamp. shortcomings shaped clamp include uneven clamping force the cables and excessive localized clamping on of the buffered fiber cable, which alters the fiber performance. The flat clamp creates non-uniform around a fiber cable on topside,
, computer mouse, computer keybOard, speakeRs, or a HanDheLd CommUnicAtion device, for EXampLe, to support its own conneCtionS, wIThouT WiRes, caBles or aNY dIREct AcTiOn fRoM A uSer. BlUetOoth® is cUrrently inCorPoRated into numERoUs commerciAl pRoducts incluDinG laptoPs, pDAS, Cell pHonEs, keyBoards, ANd prinTers, for exAmPLe.
BlueTOoth® hanDHElD comMunication devices, SUcH As mobile telephOnes anD Pdas, ARE evOlvIng to becomE mOre coMPlex as sUCh DEVIceS May be adapted tO transmit anD RecEive auDiO anD/Or videO infoRmATioN. However, comMuniCating datA, such aS Audio anD Video daTa betwEen bluEtooTH®-eNaBleD dEVicES vIa a bLueTooth® conNeCtIon reQuirES INCreaSed PoweR consUmption and may Be aChieVEd aT data Rates That ArE slowEr than Data rAtEs offered by high-SpeeD connectiOns. fuRthErMore, cONventiOnaL wiReless cOnnectiVIty StANDArDs for handheld commuNiCATiOn deviceS, such aS ThE BLUetooth® sTaNdaRd, arE EFfectIve wIThIn a limitEd distANcE rAnge.
FurThEr limiTaTioNs aNd disADvanTages oF conventIonal ANd traditional aPProaches will bECoME ApPArenT to One of skill iN the ARt, thRougH CoMpaRIson oF such SySTeMS with some aspects of tHe PresenT inveNtion as set forTh in the remAINDer of the PresENt APplication with ReferEnce to the dRAwings. ThE presEnt invenTion relatES GenerallY to The FieLd oF OPtIcal devices, anD PArtiCuLarly a fIbeR routinG trAy mOunTed On A PCB.
In telEcommuniCaTiOnS eQuiPment, OPtical moDuLes AnD elEctroNIc circUits fOr siGnAl MOniToring, sIGnAL ProcEsSiNg, teMpeRaTure cOntrOL, anD motion Control arE tyPIcalLy AsSembled On a Printed CirCuIt Board (PCB) MoDulE which IS Then inseRted into a modular network SYstem. DePenDing oN the RequiremeNt, sPecifiC foRE-mentiOned coMponeNtS arE SElectED AnD asSeMbled on a PCb FOr a PartiCuLar aPplicatIon. A fiber routing trAY moUnted on a same PcB iS utiLIZeD to HElP RouTe INcoMINg fiber cables to Each of the oPtICaL modules, opTIcaL dEvices, aNd electRonic CIrcuitrY on the PCB. the assembLeD PCB, ALSo kNown as a dauGhter boaRd, is inserTEd intO A mOtherBoaRd used In A teLecomMunicaTIon EquipMent.
ThE pUrpose Of a fiBeR routing Tray is to hold excess fiber Cable lEngth, ProVide a straIn rELieF, and guide FibeR cables ontO otHer OpticAl mODules And oPTiCal DEviceS mouNTed on the Pcb. INsiDE ThE fiber tray, a RETEntIon clAmp IS used tO holD a fiber cable in plaCE to provide straIn reLIEf wHicH PrevEnTs incoming fibeR caBlES From beinG pUlled out of pOsition eXcESsiveLy. ConvEntionAl desigNS UsE A retenTion Bar With a flat ShaPeD Clamp. PrInCiPLe shorTcomInGs of thE flat sHAped CLAmp include uneven ClampING forcE Of tHe fibEr Cables aND excEssive locaLized clampiNg presSure On the Topside Of The bufFerEd Fiber cable, WHich alterS the fIber perFoRmanCe. THe flat ClamP CReateS non-UnIfoRm clampinG PReSSuRe ARouNd a fIber cAbLe esPecially oN The topsiDe,
, computer mouse, computer  keyboard,  spea ker s,or  a h andh eld communicat i on d evice, for example, to  supp or t  its ow n con nection s ,w i tho ut  w ire s, ca blesorany dir ect action  fr om  a user. Blu e to oth® is cu rre ntly incorpo rat ed int onum e rouscom merci al pro d ucts i ncludingla p tops,P DAs, ce l l  p hone s, keyboards, and pr i nters, for exa mple.Bl u et o o th®  ha ndheld com mu nicat i on devi c es , s uch as mobile tel ephones and PDA s, are  e vol v ing to  beco me mor e complex a s su ch device s mayb e adapt e d to tr ansmit  an d r ecei v eau dio  a n d/o r  v ide o  in formatio n.  H oweve r, c o m m u nica tin g da ta, s uch as audioand  vid e o d ata b etwee n Bl ue tooth ®-enab led d ev ices via a Blue toot h® connec tio nreq ui res i n crease d p owe r consu mptiona ndma y b eachieved at data r at e s  t hat areslower th an data rat es  of fere d by hi gh-s p ee d connec tions. Fu rt hermore ,conven ti ona l w irele s s co nnecti vity sta ndard s  for handheldc ommunicationd ev i c es ,  suc h a s the Bluet ooth ®  sta ndar d ,are effec tivewi t hi n  a limited distance  r ange.Furth er limitation s and disa d v a ntages o f co n ve n tional and tra ditio nal approa c hes will  beco me appar ent to on e of skill  in  th e a rt, t hr ough comparis o n  ofsu ch syst ems  with s ome  as pec tsof  the pres ent inve nt io nas  se t for t h in the  r ema in der  of t h e pres ent a ppli ca ti o n w ith ref e re n c e to  t he  dra win gs . The  pre s ent  invent ion relat esg ener al ly  to the  field of opt ic al devices ,and  parti c u larly afiber routing tray moun t ed on a  PC B.
In  tel ecommunic ati ons eq uip m ent, o ptical  modu le s a n d  elec t r on icci rcuits for s ign al mo ni tori ng, sig nal processing, te m per ature control , a nd m o t io n c o nt r olar e  ty p i cally assembled  on a Prin te d  C ircuit Boa r d ( PC B) modu le whic h ist hen ins erted int o a modul ar  net w o rksystem. De pendingon the re q uirem e nt , spe cif ic for e- men tione d comp o nen ts ar e sele ct ed and  asse mb led on a  PCB for a particular a pplica tion.  Afiber rou tin g  tr ay mounte d on  a same PC B i s u tiliz edt o hel p ro u te  in c oming  fib e r cablest oeac h of  the optica l m odu les,opt i cal de vice s, and electronic circuitry on t he P C B . T hea ssem bl ed PCB, also k now na s  a daugh te r board, is  inserte di nto a  mothe rboard  used i n at elecom muni cat ion equip men t. The pur po se of a f iber  r outing  trayi s to h old excess fiber  cabl e lengt h , p rovid ea strai n  rel ief, and g uide fibercables  ont o oth er opti ca l modu les  a nd optical devices m ounte d on th ePCB.  In side t he f i b er tr ay,aret ention cl a m pi sus e d t o ho ld afi bercable inp lace topro v ide str ai n r e l ief wh i ch p revents in com ing f i b er cablesf romb ei n g pul led ou t of p osition exc es sively.  Co n v entionaldesigns u s e a  r eten tion bar  w ithafla tshaped clamp. P rinciple  shortco m i ngs of  th e  fla t  shape dclamp includ e une ve n  clampi n g  fo rce oft hefib ercabl esande xcessive localized clamp ingpress u reon th e top si de of th e  buf fered fi b er cable, whi ch alters the f i ber perf orm a nc e.  The flat  cl a mp cr eate s n on-u nif ormc l ampi n g pr e ss urearound  a f ib er  cable es pe ciallyo n th e  to psid e,
, computer_mouse, computer_keyboard, speakers, or a_handheld communication_device,_for example,_to_support its own_connections, without wires,_cables or any direct_action from a_user._Bluetooth® is currently incorporated into numerous commercial products including laptops, PDAs, cell phones, keyboards,_and_printers, for_example.
Bluetooth®_handheld_communication devices, such as mobile_telephones and PDAs, are evolving_to become_more complex as such devices may be adapted_to_transmit and receive_audio and/or video information. However, communicating data, such as_audio and video data between Bluetooth®-enabled_devices via a_Bluetooth®_connection_requires increased power consumption_and may be achieved at data_rates that are slower than data_rates offered by high-speed connections. Furthermore, conventional_wireless connectivity standards for handheld communication_devices, such as the Bluetooth®_standard, are_effective within a limited distance_range.
Further limitations and_disadvantages of_conventional and traditional_approaches will become apparent to one_of skill in_the art, through comparison of such_systems_with some aspects_of_the_present invention_as set forth_in_the remainder_of_the present application with reference to_the_drawings. The present invention relates generally to_the field of optical_devices,_and particularly a fiber_routing tray mounted on a_PCB.
In telecommunications equipment, optical modules and_electronic circuits_for signal_monitoring, signal processing, temperature control, and motion control are typically assembled_on a Printed Circuit Board (PCB)_module which is then_inserted into_a_modular network system._Depending_on the_requirement, specific fore-mentioned components are selected and_assembled on_a PCB for a particular application._A fiber routing tray_mounted_on a same PCB is utilized_to help route incoming fiber cables_to each of the optical_modules,_optical_devices, and electronic circuitry on_the PCB. The assembled PCB, also_known as a_daughter board, is inserted into a motherboard_used_in a telecommunication equipment.
The purpose of_a_fiber routing tray is to hold_excess_fiber_cable length, provide a strain_relief, and guide fiber cables onto_other optical modules and optical devices mounted on the_PCB. Inside the_fiber tray, a retention clamp_is_used_to hold a fiber cable in place to provide strain_relief which_prevents incoming fiber_cables from being pulled out of position excessively. Conventional designs_use a retention bar with a flat_shaped clamp. Principle shortcomings of the flat shaped clamp include uneven_clamping force of the fiber cables and excessive_localized clamping pressure on the topside of_the buffered fiber cable,_which_alters the fiber performance. The flat clamp_creates_non-uniform_clamping_pressure around a_fiber cable especially_on the topside,