10025026-10002CLF

PCI Express® Gen 3 Card Edge Connectors SPECIALLY DESIGNED 8Gb/s SOCKETS FOR LOW PROFILE SYSTEMS Amphenol ICC’s 1.00mm pitch, vertical card edge connectors enable PCI Express® (PCIe®) signalling from 2.5Gb/s (Gen 1) and 5Gb/s (Gen 2) up to 8Gb/s (Gen 3) per differential signal pair. A modular design of these connectors allow standard pin counts like 36, 64, 98, 164 and 280. The basic bandwidth (x1) version supports a single PCI Express® lane and is typically used for I/O cards in desktop PCs. The x4 and x8 connectors provide 64 and 98 contacts respectively for server I/O. The high bandwidth versions (x16 lanes and higher) are used for higher bandwidth applications like graphics cards in PCs or riser cards in servers. TARGET MARKETS § Available in through-hole, press-fit and surface-mount terminations § Available in straddle-mount orientation § Supports a wide range of bandwidth and performance requirements FEATURES BENEFITS § Connector range offers x1, x4, x8, or x16 serial PCIe links § Supports different bandwidth requirements § 200, 230 (x24), and 280 position vertical connectors § Supports PC and server riser cards available § ExpressModule™ versions provide an expanded lead-in § Supports blind mate server applications window § Straddle mount connectors featuring mounting ears § Assures proper alignment to the host PCB § Integrate rugged stand-alone retention mechanism § Secures graphics cards during shipping and handling www.amphenol-icc.com Amphenol Information Communications and Commercial Products PCI Express® Gen 3 Card Edge Connectors TECHNICAL INFORMATION MATERIAL SPECIFICATIONS § Contact Base Metal: Copper alloy § Amphenol Product Specification: § Contact Area Finish: Gold over nickel § Solder Area Finish: Tin over nickel or tin-lead over Nickel § Metal Board Locks: Copper alloy § Board Locks Finish: Tin over nickel or tin-lead over nickel § Housing: High-temperature thermoplastic ELECTRICAL PERFORMANCE § Contact Resistance: § Initial: 30mΩ max. § Finish: Delta 20mΩ max. § Current Rating: 1.1A for 8 specified power contacts and 8 nearest ground contacts § Voltage Rating: 50V AC (rms) MECHANICAL PERFORMANCE § Durability: 50 mating cycles § Insertion Force: 1.15N (0.117Kgf) max. per contact pair § Withdrawal Force: 0.15N (0.015Kgf) min. per contact pair § Contact Retention Force: 0.5Kgf min. per pin ENVIRONMENTAL § Salt Spray: Contact Resistance 20Ω max. final) § GS-12-1193 PCI Express® 3.0 Straddle Mount Connectors Product Specification § GS-12-233 PCI Express® Connector Product Specification § GS-12-319 PCI Express® Press-Fit Connector Product Specification § CS-12-288 PCI Express® Rentention Mechanism Product Specification § GS-12-390 PCI Express® Surface-Mount Connector Product Specification § Industry Specification: § PCI Express Card Electromechanical Specification § PCI Express® Module Electromechanical Specification § For more information on the applicable PCISIG specification, visit www.pcisig.com PACKAGING § Tray TOOLING INFORMATION § Tooled Up TARGET MARKETS/APPLICATIONS Desktop PC Server Workstation § Thermal Shock: Contact Resistance (20Ω max. final) § Solderability: 90% of immersed area must show no voids and pin holes APPROVALS AND CERTIFICATIONS § UL § CSA www.amphenol-icc.com Disclaimer Please note that the above information is subject to change without notice. PCI Express® Gen 3 Card Edge Connectors PART NUMBERS Description Data Rate Orientation Termination Position Part Numbers PCIe Gen 3 8GT/s Vertical SMT 36, 64, 98,164pos 10061913* PCIe Gen 3 8GT/s Vertical SMT 230pos 10124870* PCIe Gen 3 8GT/s Vertical SMT 280pos 10138069* PCIe Gen 3 8GT/s Vertical TH 36, 64, 98,164pos 10108777* PCIe Gen 3 8GT/s Vertical TH 200pos 10054652* PCIe Gen 3 8GT/s Vertical TH 230pos 10132403* PCIe Gen 3 8GT/s Vertical TH 280pos 10027747* PCIe Gen 3 8GT/s Vertical Straddle Mount 36, 64, 98,164pos 10125756* PCIe Gen 3 8GT/s Vertical PF 36, 64, 98,164pos 10082378* PCIe Gen 3 8GT/s Right Angle SMT 98, 164pos G630HXXX8XXEXHR PCIe Gen 3 8GT/s Right Angle TH 98pos G630H98X4210HR SSIOPCIE30320EA4 * denotes base part number. Please contact Amphenol ICC for complete part numbers www.amphenol-icc.com Disclaimer Please note that the above information is subject to change without notice.