Amphenol FCI ExaMax® Hochgeschwindigkeits-Verbindungssystem
Das Amphenol FCI ExaMAX® Hochgeschwindigkeits-Verbindungssystem bietet eine Hochgeschwindigkeits-Rückwand und IO-Leistung, die von 25Gb/s bis zu 56Gb/s Signalgeschwindigkeit skalierbar ist. Das ExaMAX®-System ist kompatibel mit einer breiten Palette von Systemarchitekturen, einschließlich Rückwand-, Mittelebene-, Mittelebene-Orthogonal-, Direkt-Orthogonal-, Kabel-Rückwand-, Coplanar- und Mezzanine-Applikationen.
Merkmale
- Meets industry specifications such as Optical Internetworking Forum (OIC), PCI Express, SATA, Fiber Channel, Infiniband, Ethernet, SAS, IBTA, and IEEE
- Minimizes impedance discontinuities
- Mating compatible with ExaMAX VS, ExaMAX+, and EXAMAX2
- Provides low crosstalk while eliminating insertion loss resonances
- Reduces mating force up to 65% compared to traditional blade and beam designs
- Durable, reliable mating interface design eliminates crushed pins
- 2mm pitch for high-density application
- 3mm pitch enables quad routing and lowers PCB cost
- Optimizes PCB routing
- Integrates high-speed and low-speed signals and power in the same connector
- Optimizes electrical performance and aspect ratio
- Wide product range for various packaging options
- Data rates scalable from 25Gb/s to 56Gb/s to support system upgrades without costly redesigns
- Mating compatible mating interface for 112Gb/s with EXAMAX2 connectors
- 92Ω and 85Ω nominal impedance
- Beam-on-beam interface
- Hermaphroditic mating interface protects mating beams
- Modular, hard metric connector block design
- Zero skew in-pair
- Additional signal pin per column
- 0.36mm (finished hole) high-speed signal PCB hole
- 0.5mm (finished hole) ground pin PCB hole
- 12 to 128 differential pair node connector
- Integrated guide design
Applikationen
- Hubs
- Switches
- Router
- Optical transport
- Wireless infrastructure
- Servers
- External storage system
- Supercomputers
- Industrial and instrumentation
- Test equipment
- Emulation equipment
Technische Daten
- 20mV max., 100mA current contact resistance
- 1000MΩ at 500VDC insulation resistance
- 500VDC dielectric withstanding voltage
- 0.5A/contact current rating
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Veröffentlichungsdatum: 2016-11-28
| Aktualisiert: 2025-01-21