ExaMAX 56Gb/s High Speed Orthogonal Connector System
ExaMAX 56Gb/s High Speed OrthogonalConnector SystemExaMAX high speed orthogonal connector system isdesigned to enable superior 56Gb/s electrical performancefor increasing bandwidth requirements and the data ratesused for high speed signaling.To further expand the range of applications supported bythe ExaMAX connector system, Amphenol has added a6-Pair Orthogonal right angle header connector solution.The connectors enable efficient implementation ofDirect-Mate orthogonal and midplane orthogonalarchitectures.Orthogonal architecture solutions eliminate long,complex traces, via stub effects, simplify signal links andreduce backplane layer count.Amphenol Direct-Mate orthogonal connector systemmaximizes chassis cooling and airflow while improvingsignal integrity performance at a reduced cost. Themechanically robust connector design supports chassisalignment in a 25mm card slot configuration. The flexibleconnector design also enables designers to allocate rowsto high speed signal, low speed signal, or integratedpower.TARGET MARKETSThe ExaMAX high speed connector system is offered inindustry standard packaging options including a broadrange of backplane, coplanar, mezzanine, cable-toboard, orthogonal midplane and orthogonal directconfigurations.FEATURESBENEFITS§§Capable of supporting data rates of 25Gb/s with scalablemigration path to 56Gb/s§§Supports future system performance upgrades while eliminatingcostly redesign burden§§Unique beam-on-beam interface and skew equalized leadframes§§Superior signal integrity performance via impedance control, lowcross-talk while eliminating insertion loss resonances. Matingforces reduced by 40% compared to traditional blade and beamdesigns§§Hermaphroditic mating interface protects mating beams§§Durable, reliable mating interface design. Eliminates crushed pins§§Simple efficient 92 Ω design§§Supports both 85 and 100 Ω applications§§2.0mm pitch delivers 76 pair per inch density§§Industry leading density performance§§Modular, 2mm hard metric connector block design§§Modular design capability supports applications requiring highand low speeds, power, and mechanical guidance at lowestindustry costs§§0.36mm PTH for signals and 0.5mm for grounds§§Friendly to PCB manufacturers, improving cost and yield§§Additional Signal Pin per IMLA§§Integrate High and low speed signals in the same connector§§Integrated guidance§§Superior mating performancewww.amphenol-icc.comDownloaded from Arrow.com.Amphenol Information Communications and Commercial Products
ExaMAX 56Gb/s High Speed Orthogonal Connector SystemTECHNICAL INFORMATIONMATERIALSPECIFICATION§§Contacts: High performance Copper Alloy§§Amphenol Product Specification: GS-12-1096§§Plating(s): Performance-based plating at§§Amphenol Application Specification: GS-20-0361separable interface (Telcordia GR-1217-CORE) Tinover Nickel on press-fit tails§§Housings: High temperature thermoplastic,SIGNAL INTEGRITY PERFROMANCE§§See graphs below for Insertion Loss and power-summedcrosstalkUL 94 V-0MECHANICAL PERFORMANCE§§Long mating wipe of 2mm§§Impedance is tuned to 92 Ω making ExaMAX suitableforboth 85 Ω and 100 Ω systems§§Test reports are available which show the performance inboth 85 Ω and 100 Ω environments§§X capture: /-1.2mm§§Y capture: /-1.1mm§§OIF Specification: OIF-CEI-25G-LR§§Mating Force: 0.45N max. per contactTARGET MARKETS/APPLICATIONS§§Unmating Force: 0.10N min. per contactELECTRICAL PERFORMANCE§§Contact Resistance: 10 mΩ change from initialreading after environmental exposure§§Current Rating (with 30 C T-rise above ambient)§§Signal contact: 0.5A/Contact (both signal andground contacts can carry current)ENVIRONMENTALHubsOptical TransportRouterSwitchesWireless InfrastructureExternal Storage SystemServerSupercomputerEmulation EquipmentTest Equipment§§Telcordia GR-1217-CORE Central Officequalification completed§§Operating Temperature: -55 C to 85 Cwww.amphenol-icc.comDownloaded from Arrow.com.DisclaimerPlease note that the above information is subject to change without notice.
ExaMAX 56Gb/s High Speed Orthogonal Connector SystemORTHOGONAL ARCHITECTURESDIRECT-MATE ORTHOGONAL(eliminating midplane)MIDPLANE ORTHOGONALRight AngleOrthogonalHeader(RAOH)MidplaneVertical HeaderMidplaneVerticalReceptacleDaughter CardRight AngleReceptacle(RAR)§§Midplane orthogonal architecture reduces electrical§§Direct-Mate orthogonal architecture improves Signallength between switch chips and I/O transceiversIntegrity performance while reducing applied costs§§Airflow Improvement: Midplane boards can block§§Airflow Improvement: Enables direct connections fromairflow needed to cool chassis§§Connector Quantity: Requires four connectors§§Connectivity: Provides connectivity through a sharedvia structure enabling data transfer from front to rearcards. Vertical Header (VH) and Vertical Receptacle (VR)are aligned on opposite sides of midplane and sharesame PC Hole§§Routing: Right Angle Orthogonal Header (RAOH) 90 rotation results in shorter channel lengths betweentransmitter and receiver simplifying routing; Reduces oreliminates the need for complex routingthe front to rear card via open air flow chassis design;eliminates need for special plenums to cool system andrear cards; system efficiency is improved since coolingand airflow is optimized§§Connector Quantity: Requires two connectors§§Reduces cost: Eliminates midplane board and twoconnectors; components, cooling system, materials andtesting is eliminated or reduced§§Mechanically Robust Connector System: Minimizesalignment challenges§§Board Layers: Requires fewer board layers§§Signal Loss: Orthogonal midplane via structure canresult in additional signal losses due to impedancediscontinuities§§Thicker PCB: May result in signal integrity degradationwww.amphenol-icc.comDownloaded from Arrow.com.DisclaimerPlease note that the above information is subject to change without notice.
ExaMAX 56Gb/s High Speed Orthogonal Connector System6-PAIR ORTHOGONAL VARIATIONSSee next page for part number tablesIntegrated Guides*6x66x86x106x126x146x16No Guides*6x66x86x106x126x146x16*Hold-down options are available for connectors with integrated guides and no guideswww.amphenol-icc.comDownloaded from Arrow.com.DisclaimerPlease note that the above information is subject to change without notice.
ExaMAX 56Gb/s High Speed Orthogonal Connector SystemExaMAX DIRECT-MATE ORTHOGONAL: WITH INTEGRATED GUIDE PINProduct VariationPairsGuide Mating Connector PNRight Angle OrthogonalHeader 128316-103LFNoRight Angle Receptacle (RAR)90 orientation270 F10131770-12JLF10131770-11JLFExaMAX DIRECT-MATE ORTHOGONAL: NO GUIDEProduct VariationPairsNo Guide Direct-Mate Orthogonal(No Guides)Mating Connector PNRight Angle OrthogonalHeader 28316-104LFYesRight Angle Receptacle (RAR)90 orientation270 t-Mate Orthogonal(Guides)Direct-Mate OrthogonalMating Orthogonal (No Guides)Right Angle DMO Header270 MatingOrientation90 MatingOrientationRight Angle Receptaclewww.amphenol-icc.comDownloaded from Arrow.com.DisclaimerPlease note that the above information is subject to change without notice.
ExaMAX 56Gb/s High Speed Orthogonal Connector SystemExaMAX MIDPLANE ORTHOGONALMating Connector SystemProduct VariationPairsNo Guide PinColumnsDifferentialPairsRight Angle OrthogonalHeader (RAOH)VerticalReceptacle (VR)Vertical Header (VH)Right Angle 231-101LF10131770-101LF6Midplane OrthogonalMidplaneVertical HeaderRight cleDaughter CardRight AngleReceptacle(RAR)Midplane Orthogonal ApplicationGuidePinsVerticalfrontcardHorizontal rear cardswww.amphenol-icc.comDownloaded from Arrow.com.DisclaimerPlease note that the above information is subject to change without notice.HSBPEXAMAXORTHO0518EA4Midplane manages powerand low speed signals
6-Pair Orthogonal right angle header connector solution. The connectors enable efficient implementation of Direct-Mate orthogonal and midplane orthogonal architectures. Orthogonal architecture solutions eliminate long, complex traces, via stub effects, simplify signal links and reduce backplane layer count.
A: Yes, High-Speed option may reduce the performance of other network service, but High-Speed option controls QoS(Quality of Service) and protects other important services. Q3: Is every file transfer speed improved with High-Speed option? A: High-Speed option improves only for users who have High-Speed option.
Manual Camry 4-Cyl 6-Speed Automatic LE 4-Cyl 6-Speed Manual LE 4-Cyl 6-Speed Auto SE 4-Cyl 6-Speed Manual SE 4-Cyl 6-Speed Auto LE V6 6-Speed Auto SE V6 6-Speed Auto XLE 4-Cyl 6-Speed Auto Hybrid 4-Cyl ECVT XLE V6 6-Speed Auto MSRP** 19,395 20,445 20,850 21,900 22,165 23,165 24,565 25,840 25,925 26,150 29,045 MPG
high-speed tool steels. The mold parts of both steel types were manufactured in the same way from heat treatment to machining, and the powder high-speed tool steel was 66HRC and the high-speed tool steel was 61HRC. As a result of the experiment, it was observed that the number of punching of powder high-speed tool steel was improved by 40-50%,
Independent Personal Pronouns Personal Pronouns in Hebrew Person, Gender, Number Singular Person, Gender, Number Plural 3ms (he, it) א ִוה 3mp (they) Sֵה ,הַָּ֫ ֵה 3fs (she, it) א O ה 3fp (they) Uֵה , הַָּ֫ ֵה 2ms (you) הָּ תַא2mp (you all) Sֶּ תַא 2fs (you) ְ תַא 2fp (you
2010 COROLLA Standard Features and Options* Corolla 1.8L 4-cyl 5-Speed Manual Corolla 1.8L 4-cyl 4-Speed Auto S 1.8L 4-cyl 5-Speed Manual LE 1.8L 4-cyl 4-Speed Auto S 1.8L 4-cyl 4-Speed Auto XLE 1.8L 4-cyl 4-Speed Auto XRS 2.4L 4-cyl 5-Speed Manual XRS 2.4L 4-cyl 5-Speed Auto Cup holders (two front and two rear) Fabric-trimmed 4-way adjustable .
6-speed Manual 5C12N2 5C12M2 - 6-speed DSG Auto. 5C12N3 5C12M3 - 2.0T Beetle R-Line 6-speed Manual 5C1RN2 5C1RM2 - 6-speed DSG Auto. 5C1RN3 5C1RM3 - 2.0L Beetle TDI 6-speed Manual 5C119L 23,495 22,555 6-speed DSG Auto. 5C119M 24,595 23,611 2.0L Beetle TDI w/ Sunroof 6-speed Manual 5C129L 25,195 24,187 6-speed DSG Auto. 5C129M .
Transmission Automatic 6-speed DSG Manual 6-speed Automatic 6-speed DSG Automatic 7-speed DSG Automatic 7-speed DSG Manual 6-speed Automatic 7-speed DSG Automatic 7-speed DSG WEIGHT Kerb weight - in standard version with a 75kg driver (kg) 1,561 (1,604) 1,615 (1,658) 1,630 (1,673) 1,695 (1,738) 1,667 (1,710) 1,705 (1,748) 1,740 (1,783) 1,752 .
BIODIESEL FROM ALGAE: A POTENT ALTERNATE RENEWABLE SOURCE ⃰Dr Praveen Purohit1, 3Dr O.P.Jakhar2, and C.P.Sharma 1, 2, 3 Government Engineering College Bikaner Abstract With the ever increasing demand for energy and progressive depletion of fossil fuel, it has become necessary to find alternatives to conventional fossil fuels. Biodiesel is one such alternative to it and can be defined as a .
