Quad 10GBASE-T to XAUI Converter

Transcription

1 T-ENET-QU-10G PS FETURES + + (4) 10G Ethernet hannels + + Protocol conversion between 10GSE-T and XUI + + Perfect for routing multiple 10 Gigabit Ethernet connections into systems and to and from circuit boards + + ompliant with IEEE 802.3an Ethernet Standards and Specifications + + Hermetic option available with a helium leak rate of 10-4 cc/sec OVERVIEW mphenol erospace adds 10GSE-T to XUI onverter to the Integrated Electronic Products line. This product line is rugged, flexible, and affordable with many options available. This 10GSE-T to XUI converter couples Seres technology and transformer coupling, which allows for protocol conversion with a new level of ruggedization. This product takes a high speed signal in an electrical backplane and convert it to a protocol that allows for signal transmission over 100 meters between devices. 10GSE-T OPPER INTERFE Shell Size 25 with standard rotations available High speed split-pair quadrax contacts capable of 6.25Gbps + + llows for (4) ports of 10 gigabit ethernet XUI INTERFE + + Samtec Q Series High Speed able ssembly + + onsult factory for specific type required POWER SPEIFITIONS + + 5V power connection in Samtec connector flexible ribbon cable + + Low power consumption - Less than 5 watts RUGGEIZTION + + Natural convection cooled (no fan or cold plate required) + + Operational temperature -40 to Storage temperature -50 to EMI/EM compatible + + Refer to page 5 for additional details 1

2 TF-ENET-QU-10G PS rawing for both Hermetic & Non-Hermetic onfigurations ( ) ( ) ( ) ( ) ONNETOR, RPT TVPOORQW25-8S STYLE VIEW T - SLE ONNETOR, SMTE QTH H--P-EM2 rawing for Test able ( ) 2

3 T-ENET-QU-10G Pinout Samtec HQP-040 (40 pairs; 80 signals) Pin escription Pin escription Pin escription Pin escription 1 H 1 XUI 1 Tx+ 2 H 2 XUI 1 Tx+ 41 H 3 XUI 1 Tx+ 42 H 4 XUI 1 Tx+ 3 H 1 XUI 1 Tx- 4 H 2 XUI 1 Tx- 43 H 3 XUI 1 Tx- 44 H 4 XUI 1 Tx- 5 H 1 XUI 1 Rx+ 6 H 2 XUI 1 Rx+ 45 H 3 XUI 1 Rx+ 46 H 4 XUI 1 Rx+ 7 H 1 XUI 1 Rx- 8 H 2 XUI 1 Rx- 47 H 3 XUI 1 Rx- 48 H 4 XUI 1 Rx- 9 H 1 XUI 2 Tx+ 10 H 2 XUI 2 Tx+ 49 H 3 XUI 2 Tx+ 50 H 4 XUI 2 Tx+ 11 H 1 XUI 2 Tx- 12 H 2 XUI 2 Tx- 51 H 3 XUI 2 Tx- 52 H 4 XUI 2 Tx- 13 H 1 XUI 2 Rx+ 14 H 2 XUI 2 Rx+ 53 H 3 XUI 2 Rx+ 54 H 4 XUI 2 Rx+ 15 H 1 XUI 2 Rx- 16 H 2 XUI 2 Rx- 55 H 3 XUI 2 Rx- 56 H 4 XUI 2 Rx- 17 H 1 XUI 3 Tx+ 18 H 2 XUI 3 Tx+ 57 H 3 XUI 3 Tx+ 58 H 4 XUI 3 Tx+ 19 H 1 XUI 3 Tx- 20 H 2 XUI 3 Tx- 59 H 3 XUI 3 Tx- 60 H 4 XUI 3 Tx- 21 H 1 XUI 3 Rx+ 22 H 2 XUI 3 Rx+ 61 H 3 XUI 3 Rx+ 62 H 4 XUI 3 Rx+ 23 H 1 XUI 3 Rx- 24 H 2 XUI 3 Rx- 63 H 3 XUI 3 Rx- 64 H 4 XUI 3 Rx- 25 H 1 XUI 4 Tx+ 26 H 2 XUI 4 Tx+ 65 H 3 XUI 4 Tx+ 66 H 4 XUI 4 Tx+ 27 H 1 XUI 4 Tx- 28 H 2 XUI 4 Tx- 67 H 3 XUI 4 Tx- 68 H 4 XUI 4 Tx- 29 H 1 XUI 4 Rx+ 30 H 2 XUI 4 Rx+ 69 H 3 XUI 4 Rx+ 70 H 4 XUI 4 Rx+ 31 H 1 XUI 4 Rx- 32 H 2 XUI 4 Rx- 71 H 3 XUI 4 Rx- 72 H 4 XUI 4 Rx- 33 5V Power 34 5V Power 73 5V Power 74 5V Power 35 Ground 36 Ground 75 Ground 76 Ground 37 MIO 38 M 77 Spare 78 Spare 39 Spare 40 Spare 79 Spare 80 Spare Ribbon onnector - QTH H--P-EM2 oard onnector - QSH H--P-K oard connector must be used with SO screw mounts with correct spacing MIL-TL Shell Size 25-8 Split Quadrax Quad Pin escription Quad Pin escription 1 H H H 1 - E 4 H 3-2 H H H 1-3 H 3-1 H H H 1 - F 4 H 3-2 H H H 1-3 H 3-1 H H H 2 - G 4 H 4-2 H H H 2-3 H 4-1 H H H 2 - H 4 H 4-2 H H H 2-3 H 4-3

4 T-ENET-QU-10G Ordering Guide Ordering procedure is shown below using part number T onnector Type Material XU Interface Finish Shell Style Option (Hermetic or Non-Hermetic) onnector Rotation Main Keyway Rotation T Step 1. onnector Type T opper to opper Media onversion Family Step 2. Select a Material -5 luminum Shell -6 omposite Shell -8 Stainless Steel Shell Step 3. Select a SGMII Interface -5 Samtec Q Series onnector Step 4. Select a Finish T Z F M W J L Y luminum urmalon luminum lack Zinc Nickel luminum Electroless Nickel omposite Electroless Nickel luminum O ad omposite O ad Stainless Steel Electrodeposited Nickel Stainless Steel Passivated Step 5. Select a Shell Style 0 Wall Mount Step 6. Select an Option 05 Non-Hermetic 06 Hermetic Step 7. Select a Rotation for onnector (IW MIL-TL-38999) N N Step 8. Select a Rotation for Main Keyway (IW MIL-TL-38999) W 0 X 90 Y 180 Z 270 vailable Test Equipment Part Number escription RJ45 Test able for onnector, 5 Test able RJ45 Test able for onnector, RJ45 Test able for onnector, RJ45 Test able for onnector, 20 Test oard F SM Test oard for Samtec onnector 4

5 MPHENOL INTEGRTE ELETRONI PROUTS RUGGEIZTION ESIGN Overview mphenol integrated electronic products are designed and manufactured to our Ruggedization guidelines listed below. These guidelines ensure years of reliable operation in harsh environment applications where extreme operating temperatures, shock, vibration and corrosive atmospheres are regularly experienced Temperature Operating Temperature - Thermal ycles between -40 and 85 while device is operating Temperature is measured at chassis housing or card edge Storage Temperature - Thermal ycles between -55 and 125 Humidity Operating Humidity Humidity cycle between 0-100% non-condensing humidity while device is operating Storage Humidity Humidity cycle between 0-100% condensing humidity Sealing Sealing can be optionally provided at the MIL-TL interface with up to 10-5 cc/sec performance Fluids Susceptibility MIL-TL receptacle interface per EI E Vibration & Shock Sine Vibration 10 g Peak, 5-2,000Hz -ased on a sine sweep duration of 10 minutes per axis in each of three mutually perpendicular axes. May be displacement limited from 5 to 44 Hz, depending on specific test. Random Vibration @5Hz, 0.1@15Hz, 0.1@2,000Hz -60 minutes per axis, in each of three mutually perpendicular axes. 40 G Peak Shock ycle -Three hits in each axis, both directions, ½ sine and terminal-peak saw tooth, Total 36 hits. ltitude -1,500 to 60,000 ft ltitude Testing w/ Rapid epressurization Electromagnetic ompatibility esigned to comply with MIL-ST-461E Printed ircuit oard ssemblies onformal oat -mphenol performs onformal oating to both sides of printed circuit board assemblies using HUMISEL I31 in accordance with IP-610, lass 3. Printed ircuit oard Rigidity -mphenol printed circuit boards are fabricated in accordance with IP-6012, lass 3. Printed ircuit oard Fabrication -mphenol printed circuit boards acceptance criteria is in accordance with IP-610, lass 3. Reliability Predictions (MTF) mphenol can perform Mean Time etween Failure (MTF) reliability analysis in full compliance with MIL-HK-217F-1 Parts ount Prediction and MIL-HK-217F-1 Parts Stress nalysis Prediction. We can also perform reliability analyses in full compliance of NSI/VIT 51.1 if it is required or preferred over the later method. Notice: Specifications are subject to change without notice. ontact your nearest mphenol orporation Sales Office for the latest specifications. ll statements, information and data given herein are believed to be accurate and reliable but are presented without guarantee, warranty, or responsibility of any kind, expressed or implied. Statements or suggestions concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement and are not recommendations to infringe any patent. The user should assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all connectors. MPHENOL is a registered trademark of mphenol orporation mphenol orporation REV:7/7/2015 5