1410187-4

EMBEDDED COMPUTING BOARD-LEVEL INTERCONNECTS RUGGED HIGH-SPEED SOLUTIONS THAT SAVE WEIGHT AND SPACE AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING Table of Contents Introduction 3 VITA 46: MULTIGIG Connectors 5 VITA 46: MULTIGIG RT 2 and MULTIGIG RT 2-R Connectors 6 VITA 46: MULTIGIG RT 2-S and MULTIGIG RT 3 Connectors 7 Guide Modules and Guide Pins 10 VITA 48.4 Products 11 Additional VPX-Compatible Products 13 VITA 66: Optical Modules 14 VITA 67: RF SMPM Modules 16 VITA 67: NanoRF Modules and Contacts 19 RF and Optical Connector Modules 24 VITA 61: Mezalok Connectors 26 VITA 62: MULTI-BEAM XLE Power Connectors 28 Fortis Zd Connectors 29 Complete Solutions for Embedded Computing 31 More Performance for Land, Sea, Air, and Space • • • • • • • • • • • Avionics and Vetronics Communications Hubs and Processing Electronic Warfare and Countermeasure Management Two-Level Maintenance and ESD Sensitive Applications Mobile and Fixed Satellite Terminals and Ground Base Stations Power Supply and Distribution Radar Interface and Processing – RF and Digital Sensor Array Hubs and Data Processing Vehicle Mission Computers and Navigation Weapons Control and Targeting Space AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 2 Embedded Computing Rugged, weight- and space-saving high-speed solutions SWaP: Reduce Size and Weight Increase Power, Data and Bandwidth Speed Design with Open Architecture Solutions Next-generation processors need next-generation connectivity to keep pace with the growing demand for bandwidth even as space, weight, and power savings become critical. TE Connectivity (TE) has been pushing the bandwidth envelope by adapting high-speed commercial technology and combining it with our expertise in rugged packaging. The results are board-level interconnects that give you more performance in harsh military and aerospace applications. Beyond Speed TE is also reducing size through higher densities and supporting RF and optical interconnects at the board level allowing highspeed box-to-box connectivity. TE has a full range of I/O connectors supporting rates up to 32+ Gb/s. Meeting the Needs of Battlespaces We are meeting the demanding needs of battlespaces with ruggedized copper and fiber interconnect and cable assemblies. And we are helping to protect systems with lightweight shielding and EMI-immune datapaths. TE is focusing our technology to minimize size, weight and power consumption, to increase bandwidth, and to enable open architecture systems. SOSA Aligned Interconnect Solutions The Sensor Open Systems Architecture (SOSA) Consortium is developing a common framework for transitioning sensor systems to an open systems architecture, based on key interfaces and open standards established by industry-government consensus. These systems are targeted for platforms across all major U.S. military branches. Using OpenVPX as its basis, SOSA helps ensure interoperability, improved subsystem SWaP-C, and rapid technology upgrades. Setting the Standard TE Connectivity (TE) has been a leader in interconnect solutions for OpenVPX and is an active member of the SOSA Consortium. The products in this brochure are targeted for design for next generation sensor systems and rugged embedded computing applications, with many products aligned with the SOSA™ Technical Standard. AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 3 Embedded Computing VPX Compliant Solutions As the latest standard architecture evolving from VMEbus, the VPX standard meets the needs for data-intensive processing in the aerospace and defense industries, where both ruggedness and high-speed performance are crucial. Supporting switched fabric architecture, VPX systems are designed for flexible application of demanding high-speed protocols, such as 10G and 100G Ethernet, PCIe Gen4, RapidIO, InfiniBand, and HyperTransport, in ground, aerospace, and marine applications. Scalable VPX systems are highly scalable and flexible, supporting both 3U and 6U formats to meet the widest range of needs. The VPX backplane interconnect uses the TE MULTIGIG RT connector system to support both singleended and differential signals. Open Architecture As a widely used standard, VPX promotes interoperability, a healthy choice of suppliers, and economies of scale that result from higher board volumes. TE Connectivity is an active participant and standards driver for organizations like VITA and SOSA and has a portfolio of products aligned to their standards. Ruggedness MULTIGIG RT connectors are built for extreme environments on and beyond the earth’s atmosphere. TE knows that system critical connections in aerospace and defense systems can often mean life or death, for this reason TE has tested and proven the MULTIGIG RT connector system for shock, vibration, humidity, corrosion, durability, and all in extreme temperatures. This extreme ruggedness is designed into MULTIGIG RT to ensure successful missions and to extended life spans in critical environments where repair is impossible, or overly expensive. Flexible Not only does VPX accommodate new technologies, it has expanded beyond backplane/daughterboard signaling to AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING embrace mezzanine application, power modules, and optical and RF connectivity—all with the goal of providing unmatched flexibility and capabilities for embedded computing. High Speeds, Multimedia, Maximum Flexibility TE’s portfolio of VPX systems gives you a complete array for high-speed data, optical, RF, power, and mezzanine connectivity. More choice means more flexibility in achieving specific system architectures with standardsbased solutions. Get the high-speed signal integrity advanced applications require in rugged, reliable connectors. PAGE 4 Embedded Computing VITA 46 MULTIGIG Connectors SPEEDS RUGGEDIZED MATING CYCLES QUAD-REDUNDANT CONTACT SYSTEM MULTIGIG RT 2 Connector MULTIGIG RT 2-R Connector MULTIGIG RT 2-S Connector MULTIGIG RT 3 Connector 10+ Gb/s 10+ Gb/s 16+ Gb/s 32+ Gb/s 500 500 500 — 200 — FLEXIBILITY WITH WAFER CONFIGURATION VITA 46 INTERMATEABLE PCB HOLE DIMENSION (mm) BACKPLANE 0.56 (ref) 0.56 (ref) 0.56 (ref) 0.37 (ref) PCB HOLE DIMENSION (mm) DAUGHTERCARD 0.46 (ref) 0.46 (ref) 0.46 (ref) 0.32 (ref) 2003 2013 2019 2019 VITA 46.0 VITA 46.0 VITA 46.0 VITA 46.30 RELEASE DATE OPEN VPX STANDARD AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 5 VITA 46 MULTIGIG RT 2 and MULTIGIG RT 2-R Connectors MULTIGIG RT 2 RUGGED • The standard for VITA 46 applications • Modular connector system features a protected backplane connector FAST •S  upports speeds up to 10+ Gb/s, providing a comfortable performance margin in VPX applications FLEXIBLE •W  afers are easily modified to support the need for propagation delay, characteristic impedance, and other electrical parameters • Lightweight connector offers built-in ESD features enabling field serviceability MULTIGIG RT 2-R EXTREME RUGGEDNESS •P  asses extreme requirements of VITA 72 study group • Features a quad-redundant contact system for greater reliability in a high vibration environment • Specified for VITA 78 SpaceVPX applications ULTRA FLEXIBLE •C  ompatible with standard MULTIGIG RT-2 connectors for VITA 46 • Optimized footprints for signal integrity and ease of board design • Low outgassing Modular MULTIGIG RT 2 Connector System with Data Rates to 10+ Gb/s The MULTIGIG RT 2 connector, the standard for VITA 46, represents a huge step forward in the world of rugged computing and C4ISR enabling technology. The connectors support speeds to 10+ Gb/s, providing a comfortable performance margin in VPX applications. This modular connector system features a protected pinless backplane connector and wafer-based design in place of pin contacts. Wafers, available for differential, single-ended, and power needs, can be easily modified to support specific customer needs for characteristic impedance, propagation delay, and other electrical parameters. This lightweight connector system also offers built in ESD features, enabling field serviceability, and is fully qualifies for VITA 47 environments. Ultra-Rugged MULTIGIG RT 2-R Connectors MULTIGIG RT 2-R connectors are an evolution of MULTIGIG RT 2 connectors, designed to offer even more ruggedness and reliability in demanding high-vibration environments. They go beyond VITA 47 environmental performance to meet the demanding requirements of VITA 72. The connectors are specified for VITA 78 SpaceVPX fault-tolerant interoperable backplanes and modules. The lightweight connectors offer low outgassing and resist the growth of tin whiskers to high reliability in the challenging environment of space. Backward compatible to all existing VITA 46 daughtercards, rugged MULTIGIG RT 2-R connectors have a pinless interface tested to 10,000 mating/unmating cycles. The connector has been torture tested by exposing a 6U VPX test unit to random vibration levels of 0.2 g2/Hz for 12 hours. STANDARDS AND SPECIFICATIONS • Application Specification: 114-163004 •P  roduct Specification: 108-2072 (RT 2 and 2-R) 108-2072-3 (RT 3) •Q  ualification Test Report: 501-544 (RT 2 and 2-R) 501-134091 (RT 3) •E  lectrical Performance Report: 505-2 (RT 2 and 2-R) 505-163005 (RT 3) •B  ackplane Connector Removal: 408-10127 (all series) MULTIGIG RT 2 MULTIGIG RT 2-R •D  aughtercard Connector Removal: 408-10454 (all series) •S  tandards and Test Reports: #204690 (VITA 72 VPX Connector Report) AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 6 VITA 46 MULTIGIG RT 2-S and MULTIGIG RT 3 Connectors TE Connectivity’s (TE) MULTIGIG RT 2-S and MULTIGIG RT 3 next generation lightweight, rugged, high speed backplane connectors meet the interface dimensions for VITA 46 VPX connectors. They are backward compatible with legacy MULTIGIG RT products and offer the same reliable interface. The new contact and wafer designs optimize signal integrity, extending data rates to 16-32+ Gb/s. FAST •E  nhanced PCB wafer and contact design supports increased bandwidth up to 32+ Gb/s MULTIGIG RT 2-S is a change only to the plug-in card connector with higher speed wafers and is drop-in compatible with RT 2 and RT 2-R per VITA 46.0. MULTIGIG RT 3 has smaller compliant pins/board holes for both backplane and plug-in card connectors and are intermateable with RT 2 and RT 2-R but require a different footprint, per VITA 46.30. FLEXIBLE •M  eets interface requirements for VITA 46 connectors allowing backward compatibility with legacy VPX products • Customizable to meet unique application requirements MODULAR •M  odular design enables numerous configurations by interchanging higher-speed MULTIGIG RT 3 connectors with the legacy MULTIGIG RT 2 and MULTIGIG RT 2-R connectors. RUGGED •C  ontact design utilizes quad redundant contacts for optimum performance in shock and vibration STANDARDS AND SPECIFICATIONS • Application Specification: 114-163004 •P  roduct Specification: 108-2072 (RT 2 and 2-R) 108-2072-3 (RT 3) •Q  ualification Test Report: 501-544 (RT 2 and 2-R) 501-134091 (RT 3) •E  lectrical Performance Report: 505-2 (RT 2 and 2-R) 505-163005 (RT 3) • Backplane Connector Removal: 408-10127 (all series) •D  aughtercard Connector Removal: 408-10454 (all series) •S  tandards and Test Reports: #204690 (VITA 72 VPX Connector Report) AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 7 VITA 46 MULTIGIG RT 2-S and MULTIGIG RT 3 Connectors VITA 46 VPX PART NUMBERS RT 2 Position P0 P1, 2, 3, 4, 5, 6 Differential RT 2-R Single Ended Differential 1410189-3 1410187-3 Single Ended 2102772-1 1410190-3 2102771-1 2102847-1 RT 2-S RT 3 RT 3 Highspeed with Power Differential Differential Differential 2332816-1 2102772-1 2102772-1 2302317-1 2302785-1 2102735-1 JO 1410186-1 2102735-1 2102735-1 2332817-1 J1, 3, 4, 5 1410140-1 2102736-1 2102736-1 2302789-1 J2, 6 1410142-1 2102737-1 2102737-1 2302790-1 VITA 46.10 REAR TRANSITION MODULE (RTM) PART NUMBERS Daughtercard Position RP0 RT 2 RT 2-R Single Ended Differential Differential 1410968-3 RT 2-S Single Ended 2102773-1 Differential RT 3 Single Ended 2302319-1 Single Ended Differential 2302794-1 RP1, 3, 4, 5, 6 1410975-3 1410970-3 2102774-1 2102849-1 2302320-1 2102849-1 2302795-1 2102849-1 RP2 1410971-3 1410972-3 2102775-1 2102848-1 2302321-1 2102848-1 2302796-1 2102848-1 Backplane RT 2 Position Full Load RJ0 RJ1 RT 2-R RT 2-S RT 3 Select Load Full Load Select Load Full Load Select Load 1410964-1 1410965-1 2102768-1 2102850-1 2102768-1 2102850- 2302791-1 2302792-1 1410140-1 1410966-1 2102736-1 2102851-1 2102736-1 2102851-1 2302789-1 2302793-1 N/A 2302790-1 RJ2 1410186-1 RJ3 1410142-1 RJ4, 5, 6 1410140-1 2102735-1 N/A 2102737-1 2102736-1 2102735-1 N/A 2102737-1 2102736-1 Full Load Select Load 2302788-1 N/A 2302789-1 See page 10 for all hardware/guide pin part numbers AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 8 VITA 46 MULTIGIG RT 2-S and MULTIGIG RT 3 Connectors MODULES FOR VITA 66 AND 67 HALF MODULE 3U APPLICATIONS P1B + P2A P0 + P1A VITA 66 or 67 Half Module Position RT 2 (10Gb/s) RT 2-R (Rugged 10Gb/s) RT 2-S (16+Gb/s) RT 3 (25+Gb/s) P0 + P1A 1410326-3 2286250-1 2345723-1 2313237-1 2313238-1 J0 + J1A 1410140-1 2102736-1 2102736-1 (RT 2-R) P1B + P2A 1410187-3 2102771-1 2302317-1 2302785-1 J1B + J2A 1410142-1 2102737-1 (or thin wall 2371552-1) 2102737-1 (or thin wall 2371552-1) 2302790-1 (or thin wall 2364030-1) SpaceVPX: PLUG-IN CONNECTOR MODULES DEFINED IN VITA 78 Plug-In Module Connector Designation Part Number Module 8 2286123-3 Module 8A 2378581-3 Module 16A 2286117-3 Module 16B 2286118-3 Module 16C 2286119-3 Module 16D 2286120-3 Module 16E 2286121-3 Module 16F 2378582-3 Module 16G 2378583-3 Module 16H 2384817-3 Module 16J 2384818-3 Full Module (16 Power Wafers) 2286663-3 Thinner End Wall An alternate right end backplane connector module with a thinner end wall can be utilized to eliminate this risk of damage to the plug-in module AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING THIN WALL RIGHT END BACKPLANE CONNECTORS MULTIGIG Series Part Number RT 2-R 2371552-1 RT 3 2364030-1 PAGE 9 Guide Hardware GUIDE MODULES Key Orientation (Degrees) Standard (Diecast) Rugged (Machined) 0 1-1469492-1 2000713-1 45 1-1469492-2 2000713-2 90 1-1469492-3 2000713-3 135 1-2000713-4 180 1-2000713-5 225 1-2000713-6 270 1-1469492-7 315 1-1469492-8 2000713-4 2000713-5 No Key 1-1469492-9 2000713-6 GUIDE PINS Dim J Dim K (Ext Thd Only) Thread M 24 1.32 7.25 10-32 UNF 2000676-1 2327906-2 24 2.60 7.25 10-32 UNF 2000676-2 2327906-4 24 4.20 7.25 10-32 UNF 2000676-3 2327906-6 24 5.70 7.25 10-32 UNF 2000676-4 24 5.70 10.35 10-32 UNF 2000676-6 Length L Rugged (Ext Thd) Rugged (Int Thd) 2327906-8 24 7.30 7.25 10-32 UNF 2000676-5 1-2327906-0 24 3.40 9.00 M5 x 0.8 - 6g 2000676-7 1-2327906-4 19 3.40 9.00 M5 x 0.8 - 6g 2000676-8 1-2327906-6 24 2.40 6.30 M5 x 0.8 - 6g 2000676-9 1-2327906-8 19 1.32 10-32 UNF 19 4.20 10-32 UNF 2-2327906-2 19 5.70 10-32 UNF 2-2327906-4 Diecast (Ext Thd) Diecast (Int Thd) 1410955-2 1-1469491-2 1-1469491-2 1-1469491-4 2-2327906-0 Dim J Dim M Thread Dim K Dim J External Thread Guide Pins AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING Internal Thread Guide Pins PAGE 10 VITA 48.4 Liquid Cooled Modules Non-Latching Extractor Mated QDs above Backplane Guide / Retainer Rails Beta End QD Set per AS5072/2 Plug-In Unit Connector per VITA 46 2-56 Threaded Holes for Shield Attachment Alpha End Extended Cover for 2LM Protection of Connector Smaller Outer Guide Blocks and Pins NOT per VITA 46 (Optional) Reduced Width P0 Connector Grounding and ESD Band Guide Module Body Clockable Keyed Guide Pin Clockable Keyway Standard VITA 46 Guide Pin Footprint Description Part Number Guide Module (Daughtercard) 2828454-x Guide Pin (Backplane) 2828999-x P0 Connector (Reduced Width), MULTIGIG RT 2-R 2226996-1 For P1-P6 Connectors, refer to table on p 8. For J0-J6 Connectors, refer to table on p 8. AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 11 VITA 48.4 Liquid Cooled Modules – Guide Hardware S Part Number 180° 2828454-5 135° or 225° 8 2828454-4 90° or 270° 8 2828454-3 45° or 315° 8 2828454-2 2828454-1 6 1.80 2828454-1 (Mates with x-2828999-1) X-2828999-1 1.30 1.30 2828454-2 8 (Mates with (Mates with x-2828999-2) x-2828999-8) X-2828999-2 X-2828999-3 1.30 2828454-3 8 (Mates with (Mates with x-2828999-3) x-2828999-7) X-2828999-4 AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING X-2828999-5 1.30 2828454-4 8 (Mates with (Mates with x-2828999-4) x-2828999-6) X-2828999-6 X-2828999-7 2828454-5 (Mates with x-2828999-5) X-2828999-8 PAGE 12 Additional VPX-Compatible Products Stacking Compliant Pin Connector Permanent Stacking • Compliant pin termination on both sides • Well suited for rigid flex or board-to-board stacking where a separable interface is not required Convenient • Simple press-fit application • Connector footprint matches the MULTIGIG RT 2 and 2-R connector pattern for low noise and low loss • Fits VITA 46 half module spaces, end-to-end stackable to build the pin count required with standard components Low Profile • 4 mm stack height Fits VITA 46.0 Footprint Position Size Stack Height Tin-lead Plated Tails Tin Plated Tails (RoHS) Plug-In Board 56 pos (8x7) 4.0 mm 2102785-1 2102785-2 Backplane 72 pos (8x9) 4.4 mm 2352497-1 2352497-2 VITA 46 Interposer Part No. 2  226027-1 - Full Module 2375971-1 - Half Module Parallel Backplanes • S  tacking connector to enable parallel backplanes in a VPX chassis. • Mates to backplane VITA 46 connectors, maintaining VITA 46 pinout • 25 mm stack height VPX Daughtercard (Plug-In Module) Covers Part No. 2226808-1 Part No. 2226808-2 6U 3U Rugged Protection • D  urable polycarbonate protective cover applied to a plug-in card • Prevents connector damage in handling AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 13 VITA 66 Optical Modules TE Connectivity’s (TE) Ruggedized Optical Backplane VITA 66 interconnect system provides a high-density, high-bandwidth, blind-mate optical interconnect in a backplane/daughtercard configuration. The fiber optic ribbon cable interconnect feeds through the backplane to removable system modules using MT ferrules. Designed for rugged embedded computing applications, the fiber optic connectors are compatible with VPX and other highperformance standards. Connector module designs support half and full size modules, with new, higher density variants now available. EASY TO USE •C  ommon mounting interface requirements for the various fiberoptic interconnects within 3U and 6U VPX applications • Quickly and confidently implement the best solution for specific applications RUGGED •T  he module varieties are based upon proven optical termini for military and aerospace applications VERSATILE • Full-Size Connectors VITA 66.1 VITA 66.5, Style C Hybrid VITA 66.5, Style D • Half-Size Connectors VITA 66.4 and Derivatives VITA 66.5, Style A VITA 66.5, Style C Hybrid VITA 66.5, Style D • Plug (daughtercard) connector housing contains a slot feature to facilitate cleaning the MT interfaces • Locating post features help ensure proper position on the backplane and daughtercard HIGH PERFORMANCE •C  onnectors designed to maximize optical performance, accommodating up to three MT ferrules per insert • Receptacle connector insert floats relative to the shell, providing ±0.25 mm planar floating alignment capability TE’s broad product line offers many possible configurations, including front panel MT connections to on board optical modules, direct attachment of transceivers to the bottom MT port, or to using a combination of optics and RF connections, all in a ruggedized blind mate structure. MECHANICAL/ENVIRONMENTAL •M  ating Force Per 12-Fiber MT Ferrule: Per 24-Fiber MT Ferrule: Min: 7.8 N (1.75 lb) Min: 18.0 N (4.05 lb) Max: 11.8 N (2.65 lb) Max: 22.0 N (4.95 lb) • Durability: 100 cycles, tested per EIA-455-21 • Shock: 50 g, sawtooth, 11 ms pulse duration, tested per TIA/EIA-455-14, condition E • Random Vibration: 11.95 grms, 50 to 2000 Hz, 15 minutes per plane. Tested per TIA/EIA-455-11, test condition VI-D • Storage Temperature: -55˚C to +85˚C • Operating Temperature: -40˚C to +85˚C • Thermal Aging: 168 hrs at +85˚C • Humidity, Steady-State: 168 hours at 95% RH, 60˚C • Temperature Cycling: 21 cycles between -40˚C to +85˚C MATERIALS •C  onnector Shell and Housing: Aluminum alloy 6061, clear-chromate conversion-coated (RoHS compliant) •A  lignment Posts and Screws: Stainless steel, 300 series, passivated (RoHS-compliant) OPERATING TEMPERATURE RANGE • Standard-Grade MT Ferrule Kits: -20°C to +85°C • Low-Loss-Grade MT Ferrule Kits: -40°C to +85°C STANDARDS AND SPECIFICATIONS • Application Specification:  114-32050 (VITA 66.1) 114-32144 (VITA 66.4) 114-163005 (HD VITA 66.4 Derivative) • Product Specification: 108-2467 (VITA 66.1) 108-2467-1 (VITA 66.4) 108-163007 (HD VITA 66.4 Derivative) 108-163027 (VITA 66.5, Style A) • Qualification Test Report: 501-134012 (VITA 66.1) 501-134012-1 (VITA 66.4) 501-163003 (HD VITA 66.4 Derivative) 501-163035 (VITA 66.5, Style A) APPLICATIONS • Embedded Computing  • Avionics and Vetronics  AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING • Processing • Radar • Secure Communications • Imaging and Targeting PAGE 14 VITA 66 Optical Modules Part Number Interface Backplane Daughtercard High-Density, Half-Size, VITA 66.4 Derivative 2828383-1 2828384-1 VITA 66.1 2000973-1 2000974-1 VITA 66.4 2226880-1 2226881-1 VITA 66.5 Per Transceiver Kit Table Below Contact TE about availability and additional fiber assemblies. MT FERRULE KITS VITA 66.1 and VITA 66.4 Connectors Backplane Daughtercard 12 Fiber, multi-mode, standard-grade 2102866-1 2101866-2 12 Fiber, multi-mode, low-loss-grade 2313212-1 2313212-2 HD VITA 66.4 Derivative Connectors Backplane Daughtercard 12 Fiber, multi-mode, low-loss-grade 2828413-1 2828412-1 24 Fiber, multi-mode, low-loss-grade 2828413-2 2828412-2 VITA 66.5, Style A Connectors Backplane Daughtercard 12 Fiber, multi-mode, low-loss-grade 2332756-1 2355002-1 24 Fiber, multi-mode, low-loss-grade 2332756-2 2355002-2 VITA 66.5, Style C Hybrid and Style D See Pages 24-25 VITA 66.5 TRANSCEIVER KITS VITA 66.5 Transceiver Kit TE Part Number Channel Count Tx/Rx Rx Sens (dBm) Max Data Rate G Application Plug Kit Part Number: Included in Transceiver Kit Part Number Mating Backplane Connector Part Number Half Width Mating Backplane Connector Part Number Full Width 66.5 Style TE Interposer Kit Part Number 2330895-1 4 TxRx -12 10 1 MT — 2332700-1 — A 2332699-1 2330895-2 4 TxRx -9 10 1 MT — 2332700-1 — A 2332699-1 2330895-3 12 Tx — 10 `1 MT — 2332700-1 — A 2332699-1 2330895-4 12 Rx -12 10 1 MT — 2332700-1 — A 2332699-1 2352113-2 12 TxRx -9 10 1 MT — 2332700-1 — A 2352110-2 2373521-1 4 TxRx -7.5 28 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2373526-1 2373521-3 12 Tx — 28 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2373526-1 2373521-4 12 Rx -7.5 28 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2373526-1 2394052-1 4 TxRx -7.5 28 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2373526-1 2394052-3 12 Tx — 28 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2373526-1 2394052-4 12 Rx -7.5 28 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2373526-1 2393875-1 4 TxRx -7.5 28 3 MT 2388440-1 2388438-1 2388444-1 D 2373526-1 2393875-3 12 Tx — 28 3 MT 2388440-1 2388438-1 2388444-1 D 2373526-1 2393875-4 12 Rx -7.5 28 3 MT 2388440-1 2388438-1 2388444-1 D 2373526-1 2394053-1 4 TxRx -12 10 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2343893-1 2394053-2 4 TxRx -9 10 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2343893-1 2394053-3 12 Tx — 10 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2343893-1 2394053-4 12 Rx -12 10 1 MT + 10 nanoRF 2313388-1 2313391-1 2363793-1 C-Hybrid 2343893-1 2394054-1 4 TxRx -12 10 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2343893-1 2394054-2 4 TxRx -9 10 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2343893-1 2394054-3 12 Tx — 10 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2343893-1 2394054-4 12 Rx -12 10 1 MT + 5 nanoRF 2358435-1 2358431-1 2358791-1 C-Hybrid 2343893-1 2394055-1 4 TxRx -12 10 3 MT 2388440-1 2388438-1 2388444-1 D 2343893-1 2394055-2 4 TxRx -9 10 3 MT 2388440-1 2388438-1 2388444-1 D 2343893-1 2394055-3 12 Tx — 10 3 MT 2388440-1 2388438-1 2388444-1 D 2343893-1 2394055-4 12 Rx -12 10 3 MT 2388440-1 2388438-1 2388444-1 D 2343893-1 See pages 24-25 for connector module layouts. AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 15 VITA 67 RF SMPM Modules VITA 67 RF modules from TE are modular systems designed specifically to allow backplane/daughtercard multi-contact mating within a robust platform to withstand the mechanical rigors of military and aerospace applications. They are also fully compatible with VPX packaging to make it easy and convenient to achieve RF connectivity within a wellestablished architecture. MORE CHOICE •M  odular design for applicationspecific configuration • Modules available in stainless steel and aluminum • Float-mounted jack maintains positive RF connection VERSATILE •W  ill support 0.8" or 1.0" VPX slot pitches • .240" center-to-center contact spacing • RF contacts are available for a variety of cables The contacts tolerate generous misalignment to allow blind mating and be configured to eliminate the possibility of stubbing. The contacts are housed in robust stainless steel or aluminum modules that hold multiple contacts. The modules are configured to provide RFI/EMI shielding between the RF contacts and provide a high level of adjacent channel isolation of at least 100 dB up through 40 GHz. STANDARDS AND SPECIFICATIONS • • • • • Application Specification: 114-32004 Instruction Sheet: 408-10373 (float mt jack contacts) Instruction Sheet: 408-10364 (direct attach plug contacts) Product Specification: 108-2443 Qualification Test Report: 501-748 ROBUST •S  MPM-based contact performance to 40 GHz • Excellent channel-to-channel isolation • Packaging density saves space and weight SMPM Front Washer Contacts and Modules SMPM Snap-In Contacts and Modules AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 16 VITA 67.1 and 67.2 SMPM Contacts and Modules VITA 67.1 AND 67.2 MODULES Part Number Interface Side Accepts Contact Type 4-position (67.1) Spring/Washer Plug-In Module Snap-In 8-position (67.2) Mounting Flange Module Material 1996883-4 1996705-4 C'sink Thru-Holes to Accept 2-56 UNC Stainless Steel 2157338-4 2157350-4 C'sink Thru-Holes to Accept 2-56 UNC Aluminum Stainless Steel 2101925-3 2101924-3 2-56 UNC Mtg Holes 2157339-4 2157340-4 2-56 UNC Mtg Holes Aluminum 2332707-1 2332708-1 2-56 UNC Mtg Holes Stainless Steel Part Number Interface Side 4-position (67.1) 8-position (67.2) Contact Interface to Rear of Backplane Module Material 1996884-1 1996706-1 SMPM Plug Stainless Steel 2101510-2 1996777-2 OSMM Jack* Stainless Steel 2157553-1 Direct Attach Cable Aluminum Backplane * Use OSMM low profile wrench PN 2119704-1 to mate OSMM connectors to backplane modules VITA 67.1 AND 67.2 RF CONTACTS Interface Side Plug-In Module (SMPM Jack) Cable Type* .047" Dia 1996771-1 Spring/Washer .086" Dia 1996390-1 .086" Low Loss Cable 2101814-1 .047" Dia 2332684-2 .086" Dia 2332684-1 .047" Dia (for Direct Attach Cable) 2157248-1 Snap-In Backplane (SMPM Plug) Part Number Contact Type Snap-In Press-Fit .086" Dia (for Direct Attach Cable) 2101012-1 .086” Low Loss Cable (Dia (for Direct Attach Cable) 2157022-1 NA - Pressfit Directly into Backplane 1996318-1 Contact Extraction Tool 2101595-1 2161640-1 2161640-1 *Semirigid cable or flex equivalent TOOLING Part Number Use 2119704-1 OSMM low profile wrench (use for OSMM connectors mating to backplane modules) 2101595-1 SMPM jack insertion/extraction tool (use on 1996390-1, 1996771-1) 2161640-1 SMPM plug extraction tool (use on 2101012-1, 2157248-1) AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 17 VITA 67.3 SMPM Contacts and Modules VITA 67.3 SMPM MODULES Part Number Interface Side Accepts Contact Type Plug-In Module Backplane Snap-In Spring/ Washer (VITA 67.3 Type B) 9-position (VITA 65.1 Connector Module 6.4.5.6.2) 10-position (VITA 65.1 Connector Module 6.4.5.6.3) 14-position (VITA 65.1 Connector Module 6.4.5.6.4) 2332834-1 2323863-1 2332829-1 Stainless Steel 2332834-2 2323863-2 2332829-2 Stainless Steel 2332834-3 2323863-3 2332829-3 Aluminum 2332834-4 2323863-4 2332829-4 Aluminum 2332832-1 2323763-1 2332827-1 Stainless Steel 2332832-2 2323763-2 2332827-2 Aluminum 2365211-1 2332706-1 2361107-1 Stainless Steel Snap-In (VITA 67.3 Type A) Module Material Notes Alignment Pin Seated by Customer Alignment Pin Seated by Customer VITA 67.3 SMPM RF CONTACTS Interface Side Backplane (SMPM Plug) Plug-In Module (SMPM Jack) Contact Type Cable Type* Part Number Spring/ Washer (VITA 67.3 Type B) .047" Dia 1996771-1 .086" Dia 1996390-1 .086" Low Loss Cable 2101814-1 Snap-In (VITA 67.3 Type A) .047" Dia 2332676-2 .086" Dia 2332676-1 .047" Dia (for Direct Attach Cable) 2157248-1 Snap-In .086" Dia (for Direct Attach Cable) 2101012-1 .086” Low Loss Cable (for Direct Attach Cable) 2157022-1 Contact Extraction Tool 2101595-1 2161640-1 2161640-1 *Semirigid cable or flex equivalent AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 18 VITA 67.3 NanoRF Modules and Contacts LIGHTER WEIGHT •S  mall contact size with higher RF contact density enables smaller packaging • Aluminum modules available for weight reduction MODULAR •B  lind-mateable float-mounted backplane contacts for moduleto-module or box-to-box architecture • Multiple cable types to fit application requirements – .047" coaxial cable and .086" option for backplane cabling RELIABLE •L  ow loss and excellent isolation – optimized design for signal integrity • TE tested to vibration requirements per VITA 72 A higher density RF coax module, twice the density of VITA 67 SMPM RF modules used in VPX embedded computing applications. Half and full size module sizes can retain up to 12 or 18+ RF contacts, with options for customizing contact count and position. The daughtercard modules are mounted to the card in the VPX Plug-In module, and the backplane module into the chassis backplane. The interface features a floating insert to pre-align RF contacts before engagement. Radial and axial contact float assures final alignment of the contacts and keeps the contacts fully engaged for excellent RF performance under harsh environments. The contact design supports frequencies up to 70 GHz, and is designed to terminate to standard .047" and .086" semi-rigid and flexible cables. STANDARDS AND SPECIFICATIONS • • • • Instruction Sheet: 408-163016 Product Specification: 108-163016 Qualification Test Report: 501-134076 VITA 67.3 INDUSTRIES • Military Electronics • C4ISR • Electronic Warfare (EW) APPLICATIONS •E  mbedded Computing – VPX modules and Radar processing AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 19 VITA 67.3 NanoRF Modules and Contacts MATERIALS MECHANICAL • Aluminum and stainless steel options for modules • Supports as low as 0.110 inch contact pitch • Copper alloy, 50 µin gold plating, PTFE dielectrics • Fits in VPX systems packaging requirements • 500 mating cycles durability ELECTRICAL • Meets high vibration requirements of VITA 72 • Excellent RF performance through 60 GHz APPLICATION TOOLING • Isolation minimum 100 dB up through 27 GHz • No special tooling required PRODUCT INFORMATION Module Size Half Module # Positions (Total) # Positions Supporting .047" Cable (Backplane Side) 8 8 — 9 1 8 10 6 4 12 12 — 16 Full Module # Positions Plug-in Card Plug-in Card Backplane Backplane Supporting Module Module Module Module .086" Cable Part Number Part Number Part Number Part Number (Backplane (St Steel) (Aluminum) (St Steel) (Aluminum) Side) 16 — 2828431-1 2828431-2 2828434-1 2828434-2 Non-Standard 0.8" Slot Pitch 2332627-1 2332627-2 VITA 67.3D 2357976-1 2357971-1 VITA 67.3D 2332764-1 Non-Standard 0.8" Slot Pitch 2313228-1 2313228-2 Non-Standard 0.8" Slot Pitch 2313376-1 2313376-2 VITA 67.3D 2828395-1 2828395-2 Non-Standard 0.8" Slot Pitch 2341106-1 2341106-2 VITA 67.3C 2322337-1 2322337-2 Non-Standard 0.8" Slot Pitch 2343040-1 2332769-1 2313225-1 2828392-1 2322335-1 2313225-2 2828392-2 2322335-2 Backplane Cutout 18 18 — 2343040-2 VITA 67.3C 19 — 19 2357159-1 2357154-1 VITA 67.3C 21 6 15 2355542-1 2355536-1 VITA 67.3C 26 26 — 2313381-1 2313373-1 VITA 67.3C Plug-In Card Contact Kit .047" Cable 2302339-1 Backplane Contact Kit .047" Cable 2302345-1 .086" Cable 2332772-1 .047" cable with adapter to fit .086" module cavities 2373609-1 (does not include contact) For NanoRF / optical hybrid connector modules see table on pages xx-xx AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 20 VITA 67.3 NanoRF Modules and Contacts Guide Blade Guide Pins Guide Blade Adapter for .047" Cabled Contacts in .086" Module Cavities High Temperature Polymer Sleeve Will Snap Over .047 Contacts Sleeve Fills .086 Cavity to Retain and align Contact and Provides bearing Surface for the Spring AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 21 VITA 67.3 NanoRF Edge Launch Connectors High frequency contacts support high performance up to 70 Ghz Description TE Connectivity (TE) has introduced the NanoRF Edge Launch connector. This product offers higher density and ruggedness over SMPM and SMPS edge launch options, and integrates the RF above an optical interconnect (with TE’s hybrid RF/optical modules). This product offers higher density and ruggedness over SMPM and SMPS edge launch options, and the technology can be leveraged to support SOSA aligned NanoRF connector modules. APPLICATIONS ROBUST AND SPACE SAVING •N  anoRF contact plug in module is terminated to the pc board, eliminating the need for cables EASIER TERMINATION •B  ullet adapter takes up tolerance between edge launch termination and mating face and decreases the mating force required for stacked boards VERSATILE •C  ontact and module design is configurable for different sizes and contact counts INDUSTRY STANDARDS •S  upports VITA 67.3 interface for VPX industry standard implementations with SOSA compliance to support plug-in computing modules • RF switches • Tuners • Software defined radios (RF devices for use in embedded computing systems) ELECTRICAL • Frequency range of 2 MHz to 40 GHz and 1.5:1 over the frequency range of 40 GHz to 85 GHz. • VSWR of 1.4:1 over the frequency range of 2 MHz to 40 GHz and 1.5:1 over the frequency range of 40 GHz to 67 GHz. • Crosstalk: Frequency Range 3 GHz to 27 GHz and can achieve 100 db of crosstalk • Insertion Loss: Not be greater than 0.12 * sqrt (f) dB, where f is in GHz. Maximum insertion loss at 20 GHz = 0.5367 dB. • Meets VITA 72 Shock and Vibration • Meets VITA 67 Environmental Requirement Test report to 108-163-006-1 Spec STANDARDS AND SPECIFICATIONS • EIA-364: Electrical Connector/Socket Test Procedures Including Environmental Classifications • ANSI/VITA 67.3: Coaxial Interconnect on VPX, Spring-Loaded Contact on Backplane • ANSI/VITA 48.1: Mechanical Specification for Microcomputers Using REDI Air Cooling MARKETS SERVED • ANSI/VITA 46.0: VPX Baseline Standard • Military • ANSI/VITA 65.0-2019: OpenVPX System Standard • Radar • ANSI/VITA 65.1-2019: OpenVPX System Standard – Profile Tables • MIL-STD-810H: Environmental Engineering Considerations and Laboratory Tests, Jan 2019 AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 22 VITA 67.3 NanoRF Edge Launch Connectors Eliminates Cables in the Plug-In Module Direct Board Termination • N  anoRF contact on plug-in module directly terminated to the board • C  ontacts fixed in module frame mounted to board • U  pper rows (if needed) use cabling Part Number Description Daughtercard Assembly, 2332714-2 Edge Launch, 67.3 (for separable solution w/bullet) Backplane 2332709-2 Module, RF, 67.3C, Edge Launch With Bullet Adapter • N  anoRF contacts tightly positioned in module • B  ullets take up tolerance between edge launch terminations and NanoRF mating face • Ideal for stacked boards. Contact row heights in VITA 65.1 support stacked boards • T  his approach is implemented today with 67.3 SMPM Part Number Description 2332714-2 Daughtercard Assembly, Edge Launch, 67.3 2337098-1 SMPS Edge Launch: 6 Position 2331630-1 Adapter, SMPS, Bullet Backplane 2332709-2 Module, RF, 67.3C, Edge Launch NanoRF Edge Launch Kit • 6 bullets • SMPS solder bar • 6 SMPS to NanoRF adapters Part Number Description 2393429-1 Stainless Steel Kit 2393429-2 Aluminum Kit • Daughtercard module AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 23 RF and Optical Connector Modules Half Module VITA 65 Aperture J Backplane per VITA 67.3D VITA 65 Module Designation 6.4.5.7.1 6.4.5.7.2 6.4.5.7.3 Connector Module Part Number RF Contact Part Number (.086" Cable) RF Contact Part Number (.047" Cable) MT Ferrule Kit Part Number Optical Plug-In Card Interface Plug-In Module 2226881-1 — — 2102866-2 (Std Grade) 2313212-2 (Low Loss) Cabled MT Backplane 2828736-1 — — 2102866-1 (Std Grade) 2313212-1 (Low Loss) — Plug-In Module 2357976-1 — 2302339-1 (9 ea) — — Backplane 2357971-1 2332772-1 (8 ea) 2302345-1 (1 ea) — — 2359407-1 — 2302339-1 (5 ea) 12-Fiber: 2355002-1 24-Fiber: 2355002-2 Cabled MT 2358435-1 — 2302339-1 (5 ea) — Transceiver 2358431-1 2332772-1 (4 ea) 2302345-1 (1 ea) 2359410-1 — 2302339-1 (10 ea) 2313388-1 — 2302339-1 (10 ea) 2313391-1 — 2302345-1 (10 ea) 2388442-1 — — 2388440-1 — — 2388438-1 — — Backplane Module Layout VITA 66.4 (1 MT) 9 Pos NanoRF Style C 66.5 Insert with 5 NanoRF Plug-In Module Backplane 6.4.5.7.4 Style C 66.5 Insert with 10 NanoRF Plug-In Module Backplane 6.4.5.7.6 Style D 66.5 Insert (3 MT) Plug-In Module Backplane AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING 12-Fiber: 2332756-1 24-Fiber: 2332756-2 12-Fiber: 2355002-1 24-Fiber: 2355002-2 — 12-Fiber: 2332756-1 24-Fiber: 2332756-2 12-Fiber: 2375154-1 24-Fiber: 2375154-2 12-Fiber: 2375154-1 24-Fiber: 2375154-2 12-Fiber: 2375153-1 24-Fiber: 2375153-2 — Cabled MT Transceiver — 3 Cabled MT 2 Cabled MT & 1 Transceiver — PAGE 24 RF and Optical Connector Modules Full Module VITA 65 Aperture H Backplane per VITA 67.3C VITA 65 Module Designation 6.4.5.6.1 (Legacy SOSA profiles) 6.4.5.6.2 6.4.5.6.3 6.4.5.6.4 6.4.5.6.8 6.4.5.6.9 6.4.5.6.10 Connector Module Part Number RF Contact Part Number (.086" Cable) RF Contact Part Number (.047" Cable) MT Ferrule Kit Part Number Optical Plug-In Card Interface Plug-In Module 2157339-4 (P2A) 2226881-1 (P2B) 1996390-1 1996771-1 2102866-2 (Std Grade) 2313212-2 (Low Loss) Cabled MT Backplane 2828423-1 (SMPM Rear Cable Attach) 2828775-1 (OSMM Rear Cable Attach) — — 2102866-1 (Std Grade) 2313212-1 (Low Loss) — Plug-In Module 2332834-3 2101012-1 2157248-1 — — Backplane (Snap-In Contacts) 2365211-1 2332676-1 2332676-2 — — Backplane (Front Washer Contacts) 2332832-2 1996390-1 1996771-1 — — Plug-In Module 2323863-3 2101012-1 2157248-1 — — Backplane (Snap-In Contacts) 2332706-1 2332676-1 2332676-2 — — Backplane (Front Washer Contacts) 2323763-2 1996390-1 1996771-1 — — Plug-In Module 2332829-3 2101012-1 2157248-1 — — Backplane (Snap-In Contacts) 2361107-1 2332676-1 2332676-2 — — Backplane (Front Washer Contacts) 2332827-2 1996390-1 1996771-1 — — — 2302339-1 (10 ea) 2358791-1 2332772-1 (8 ea) 2302345-1 (2 ea) 2359407-1 + 2357976-1 — 2302339-1 (14 ea) Backplane Module Layout VITA 67.1 and VITA 66.4 Hybrid 9 Pos SMPM 10 Pos SMPM 14 Pos SMPM 2 Style C 66.5 inserts with 10 NanoRF 1 Style C 66.5 insert with 14 NanoRF 2 Style C 66.5 inserts with 20 NanoRF Plug-In Module Backplane Plug-In Module 2359407-1 (2 ea) 2358435-1 (2 ea) 2358435-1 + Backplane 2378047-1 Plug-In Module 2359410-1 (2 ea) Backplane 2332772-1 (12 ea) 2302345-1 (2 ea) — 2302339-1 (20 ea) — 2302345-1 (20 ea) 2313388-1 (2 ea) 2378048-1 2388442-1 (2 ea) 6.4.5.6.11 6 Optical Plug-In Module Backplane — — 2388440-1 (2 ea) 2388444-1 AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING 12-Fiber: 2355002-1 24-Fiber: 2355002-2 — 12-Fiber: 2332756-1 24-Fiber: 2332756-2 12-Fiber: 2355002-1 24-Fiber: 2355002-2 — 12-Fiber: 2332756-1 24-Fiber: 2332756-2 12-Fiber: 2355002-1 24-Fiber: 2355002-2 — 12-Fiber: 2332756-1 24-Fiber: 2332756-2 12-Fiber: 2375154-1 24-Fiber: 2375154-2 12-Fiber: 2375154-1 24-Fiber: 2375154-2 — — 12-Fiber: 2375153-1 24-Fiber: 2375153-2 Cabled MT Transceiver — Cabled MT Transceiver — Cabled MT Transceiver — 3 Cabled MT per Insert 2 Cabled MT & 1 Transceiver per Insert — PAGE 25 VITA 61 Mezalok (XMC 2.0) Connectors VERSATILE • 1 14-position connector is VITA 61 compliant • 60, 114, and 320 positions • 10, 12, 15, 17 and 18 mm stack heights ROBUST TE’s Mezalok mezzanine connectors are designed for stacking or mezzanine applications for rugged embedded computing. The connectors incorporate a multi-point pin/socket contact system for a separable interface, and are available in 60, 114, and 320 positions with stack height options of 10, 12, 15, 17 and 18 mm. The HS version uses a quad-redundant Mini-Box contact system, while the HSLF version uses a two-beam socket contact, and provides unmating force reduction of ~50%. •R  ugged surface-mount mezzanine connector with 500 mating cycle durability • Improved thermal cycling stability compared to VITA 42 connectors—2000 thermal shock cycles -55°C to +125°C • Supports data rates up to 32+ Gb/s • Anti-stubbing design during mating Mezalok connectors are shock and vibration resistant per VITA 47 and 72 HALT test requirements. The 114-position connector is compliant to VITA 61. Featuring a wide operating temperature range, excellent thermal stability, and data rates to 32+ Gb/s, these rugged and highly versatile connectors are ideal for high-speed embedded computing applications. Installation of Mezalok connectors is easily accomplished using standard BGA surface mount processes. HIGH PERFORMANCE STANDARDS AND SPECIFICATIONS •M  ulti-point redundant contact systems for ultra-reliability • LCP plastic housings offer superior thermal stability and low outgassing • Compliant BGA board-attach supports standard surface mount processing and excellent thermal stability • Application Specification: 114-13279 • Product Specification: 108-2411 • Qualification Test Report: 501-736 •E  lectrical Performance Report: 505-4 AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 26 VITA 61 Mezalok (XMC 2.0) Connectors High Speed Low Extraction Force (HSLF) Position Size 60 114 320 Connector and Stack Height (mm) 50 Microinch Gold Mating High Speed (HS) 50 Microinch Gold Mating Tin-Lead BGA Lead Free BGA Tin-Lead BGA Lead Free BGA Pin Connector 2102079-1 2102079-2 2102079-1 2102079-2 10 2369022-1 2369022-2 2102080-1 Socket Connector 30 Microinch Gold Mating Tin-Lead BGA Lead Free BGA 12 2369022-3 2369022-4 2102080-3 Pin Connector 2102060-1 2102060-2 2102060-1 2102060-2 2102060-3 2102060-4 10 2355825-1 2355825-2 2102061-1 2102061-2 2102061-5 2102061-6 12 2355825-3 2355825-4 2102061-3 2102061-4 2102061-7 2102061-8 1-2102061-3 1-2102061-4 1-2102061-5 1-2102061-6 1-2102061-1 1-2102061-2 Socket Connector 15 17 1-2355825-7 1-2355825-8 1-2102061-7 1-2102061-8 18 2355825-9 1-2355825-0 2102061-9 1-2102061-0 Pin Connector 2102429-1 10 2355827-1 18 2355827-9 Socket Connector 2102429-1 2102429-4 2355827-2 2102430-1 2102430-6 1-2355827-0 2102430-9 1-2102430-2 AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 27 VITA 62 MULTI-BEAM XLE Power Connectors The MULTI-BEAM XLE power connector, specified for the VPX VITA 62 power supply standard, offers 50 A and 20 A contacts. The design is hot pluggable, tolerates mating misalignment, and supports VPX architecture. HIGH PERFORMANCE •2  0 A and 50 A power contacts, plus signal contacts • 3-beam high-conductivity-copper contact design allows for a greater angular misalignment between mating connectors and offers a lower mating force • Hot-plug capable VITA 62.0 VITA 62.2 270VDC VITA 62.1 3-Phase Higher input voltage of 270V DC is required for select applications, including altitudes of 60-70k ft for military avionics. New VITA 62.1 and 62.2 variations meet creep/ clearance distance requirements, slots are required in the boards between contacts. “Fins” are inserted between power contacts and penetrate through the board slots to increase breakdown voltage. STANDARDS AND SPECIFICATIONS • • • • Application Specification: 114-13251 Instruction Sheet: 408-163017 (270V connectors) Product Specification: 108-2292 Qualification Test Report: 501-115016 Part No (50 Au Interface, Au Flash Tails) Part No (30 Au Interface, Tin Pl Tails) Slot Size Position Part Type 3U P0 RA Header Solder Tail 2317477-1 6450839-7 3U P0 RA Header Compliant Pin 2314578-2 6450849-7 1-6450869-4 PCB Termination 3U J0 Vert Recpt Compliant Pin 2309390-1 6U P0 RA Header Solder Tail 2314579-1 6450833-7 6U P1 RA Header Solder Tail 2314580-1 6450839-6 Notes 6U P0 RA Header Compliant Pin 2314577-1 6450843-6 6U P1 RA Header Compliant Pin 2314578-1 6450849-6 6U J0 Vert Recpt Compliant Pin 2314581-1 6450863-5 6U J1 Vert Recpt Compliant Pin 2309390-2 1-6450869-0 3U P0 RA Header Solder Tail 2313443-1 Use Fins 2313445-1 (2 per) 3U P0 RA Header Compliant Pin 2313442-1 Use Fins 2313445-1 (2 per) Use Fins 2313444-1 (2 per) 3U J0 Vert Recpt Compliant Pin 2313441-1 6U P0 RA Header Solder Tail 2364867-1 Use Fins 2313445-1 (6 per) 6U P0 RA Header Compliant Pin 2348886-1 Use Fins 2313445-1 (6 per) Use Fins 2313444-1 (6 per) 6U J0 Vert Recpt Compliant Pin 2348888-1 3U P0 RA Header Solder Tail 2332791-1 Use Fins 2313445-1 (6 per) 3U P0 RA Header Compliant Pin 2332793-1 Use Fins 2313445-1 (6 per) 3U J0 Vert Recpt Compliant Pin 2332795-1 Use Fins 2313444-1 (6 per) Fins 270V DC Connector AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 28 VERSION Fortis Zd Connectors VERSION 1 1 Six-Row Connectors Six-Row Connectors Modular and 14.25 14.25 12.25 Reconfigurable 12.25 10, 20, 30, 40, 50, 60 Columns 22.83 22.83 10.65 10.65 Nine-Row Connectors Nine-Row Connectors Extreme Mechanical and Electrical Performance for the Most Demanding Bandwidth Applications With high speeds and high reliability in demanding 7.43 7.43 applications, the Fortis 59.30 Zd connector family is designed to 59.30 59.30 59.30 meet processing-intensive applications. The connectors support speeds of 12+ Gb/s in a design that saves weight and space. • Durability: 500 mating cycles min • Voltage: 250 volts AC 62.91 62.91 62.91 • Operating Temperatures: -65°C • Current: 1.5 amperes (single circuit, 62.91 to +125°C free air) • Contact Mating Force: 4.0 oz • Characteristic Impedance: max per contact; 3 oz typical 100 ohms • Contact Unmating Force: 1.44 oz min VERSION 2 2 VERSION Receptacle Modules Six-Row Connectors Six-Row Connectors Nine-Row Connectors Nine-Row Connectors FAST •A  llows 12+ Gb/s data rates in a design that saves weight and space •E  xtreme mechanical and electrical performance for the most demanding applications • Space-compatible materials • Proven compliant pin board attach facilitates manufacturing efficiency, repairability, and superior electrical performance • Protected pin field on backplane for reliability and durability 59.30 59.30 17.05 17.05 7.43 7.43 7.43 7.43 Plug-in Modules FLEXIBLE •M  odular design allows for user configurability and modular evolution • M55302-heritage Mini-Box separable interface provides four points of contact on all sides of the pin • Staggered daughtercard pin field supports two-level maintenance 59.30 59.30 19.05 19.05 14.25 14.25 12.25 12.25 62.91 62.91 62.91 62.91 22.83 22.83 10.65 10.65 HIGH PERFORMANCE • 3-pair (9-row) and 2-pair (6-row) versions available to accommodate multiple slot pitches • Shielded versions for EMI protection AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING 17.05 17.05 15.82 15.82 15.55 15.55 MECHANICAL/ENVIRONMENTAL RUGGED 19.05 19.05 15.82 15.82 20.35 20.35 15.55 15.55 26.90 26.90 The Mini-Box contact, with spring contact on all four of the mating posts, has years of proven reliability in rugged applications. PAGE 29 Fortis Zd Connectors PHYSICAL OR OTHER PROPERTIES STANDARDS AND SPECIFICATIONS 10 and 20 column modules 3-pair (9-row) and 2-pair (6-row) modules 6U configuration offers 300 differential pairs Multi-bay shielded and rugged shell options 6-row modules enable 0.6" reduced form factor card pitch • Modularity enables scalability for various card sizes • • • • • • • • • Application Specification: 114-13267 Product Specification: 108-2409 Qualification Test Report: 501-752 Electrical Performance Report: 505-1 APPLICATION TOOLING • Flat rock tooling Commercially available bar stock (flat rock tooling) with a flat surface large enough must be used with the application tooling to seat and remove these modules. MATERIALS •C  ontacts: High-performance copper alloy, plated 50 μin gold over 50 μin nickel in mated contact area, tin/lead or tin on compliant tails •H  ousings: High-temperature thermoplastic Universal Power Module (UPM) Guide Hardware • EMI Shield: Copper alloy Keyed Guide Hardware Female Guide Module • Rugged Shell: 6061 aluminum with trivalent chromate conversion coating Keyed VITA 46 Type Guide Hardware Female Guide Module Female Guide Module Keyed Surface Guide Pin Guide Pin Guide Pin STANDARD FORTIS Zd MODULES Part Number Left Center 10 Col. 10 Col. Right 20 Col. 10 Col. Full Shroud 10 Col. 20 Col. 6-Row (2-Pair) Connector Modules Right-Angle Differential 2102086-1 2102087-1 2102096-1 2102088-1 2102081-1 2102232-1 Vertical — 2102092-1 2102093-1 2102098-1 2102092-1 2102094-1 2102234-1 Differential 2000890-1 2000891-1 2000903-1 2000892-1 2102155-1 2102159-1 Single Ended 2102314-1 2102315-1 2102316-1 2102317-1 2102318-1 2102319-1 — 2000895-1 2000896-1 2000905-1 2000895-1 2102157-1 2102161-1 40 Col. 50 Col. 60 Col. 9-Row (3-Pair) Connector Modules Right-Angle Vertical -1 parts have tin-lead plated contact tails; for lead-free tin order -2. SHIELDED FORTIS Zd MODULES Part Number 10 Col. 20 Col. 30 Col. 6-Row (2-Pair) Connector Modules Right-Angle Differential 2102515-1 2102515-2 — — — — Vertical — 2102516-1 2102516-2 — — — — 9-Row (3-Pair) Connector Modules Right-Angle Vertical Differential 2102247-1 2102247-2 2102247-3 2102247-4 2102247-5 2102247-6 Single Ended 2102320-1 2102320-2 2102320-3 2102320-4 2102320-5 2102320-6 — 2102248-1 2102248-2 2102248-3 2102248-4 2102248-5 2102248-6 GUIDE HARDWARE Part Number UPM Guide Hardware Die Cast VITA 46 Guide Hardware Guide Pin 223969-X 1-1469491-X Machined VPX Guide Hardware 2000676-X Guide Module 223979-X 1-1469492-X 2000713-X (with ESD contact) See TE drawings for guide module and pin options. AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING PAGE 30 Complete Solutions for Embedded Computing Count on TE for complete end-to-end solutions to enable high-performance computing. Our I/O solutions give you one of the widest ranges of choices for helping to increase speeds speeds, going longer distances, and eliminating bandwidth bottlenecks. CeeLok FAS-T Connectors CeeLok FAS-X Connectors DEUTSCH Wildcat Connectors Unmanned Power Connectors RF Connectors High-Speed Cable Optical Connectors Harnessing Components • Small, field terminable, 10 Gigabit Ethernet, rugged I/O connector • Compact size 8 shell saves weight and space • Ruggedized for excellent shock, vibration, temperature, and sealing performance, with integral backshell that provides low cost, low-weight strain relief, and EMI protection • Full range of sizes and configurations, with wide choice of materials and finishes • 38999 and micro sizes • Close to double density compared to standard 38999 • I/O for LRUs and LRMs • Blindmate, rugged, high pin count • Signal, Quadrax, RF, power, and optical (ARINC 801 and mini expanded beam) • Expanded beam, ceramic ferrule, and MT termini • Single mode and multimode for any reach • Compatibility with an extensive line of standard and optics-only connectors AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING • One of the highest speed I/O connectors available • Single-channel size 11 or four-channel size 25 38999 shells or ARINC 809 • Fast, easy assembly • Composite or metal shell • Lanyard-release option • 8 AWG to 14 AWG Power / 22 AWG to 24 AWG Signal • 2 and 3 position wire-to-wire and wire-to-board configurations in power only • Mixed signal and power available in 3 positions (2 power, 1 bank of 8 signal contacts) • Pigtails available in 1 foot lengths use high grade flexible silicone wire rated at 200˚C and 600 V (other wire options available) • • • • • • Gigabit/10G Ethernet Fibre Channel DVI/HDMI IEEE 1394 USB 3.0 CANbus • Families matched to application extremes • Heat-shrink tubing • Molded parts • Adhesives • Backshells • Identification • Solder sleeves and termination devices PAGE 31 CONNECT WITH US We make it easy to connect with our experts and are ready to provide all the support you need. Visit te.com/support to chat with a Product Information Specialist. QUALITY STARTS WITH THE RIGHT APPLICATION TOOLING Creating a quality crimp connection is essential to delivering high performance and reliability in extreme environments. From low to high volume wire processing, TE has you covered with a full range of application tooling and a global field service team. • View all application tooling • Connect with our experts to find the right tool for your application te.com/embeddedcomputing AMP, AMPLIMITE, AGASTAT, CeeLok FAS-T, CeeLok FAS-X, CII, DEUTSCH, DRI, Fortis Zd, HARTMAN, KILOVAC, Mezalok, MICRODOT, MULTI-BEAM XLE, MULTIGIG RT, NANONICS, POLAMCO, Raychem, SEACON, TE, TE Connectivity, and TE connectivity (logo) are trademarks owned or licensed by TE Connectivity. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application. © 2022 TE Connectivity  All Rights Reserved. 4-1773700-7  10/22    AEROSPACE, DEFENSE & MARINE / EMBEDDED COMPUTING EMBEDDED COMPUTING TE Connectivity Aerospace, Defense & Marine 2900 Fulling Mill Road Middletown, PA 17057