company blog about Amphenol ExaMAX® 56Gb/s High Speed Backplane Connectors - 10128415-101LF

Shenzhen Mingjiada Electronics Co., Ltd. introduces Amphenol ExaMAX® 56Gb/s High-Speed Backplane Connectors - 10128415-101LF 92 Ohm, 3 Pair, 8 Row, 88 Position, Right Angle Header, No Lead Pin.

Introduction: 10128415-101LF

The ExaMAX® backplane connector system meets industry specifications for higher bandwidth applications from 25Gb/s to 56Gb/s. The optimised connector design delivers superior signal integrity performance, achieving low crosstalk noise and low insertion loss while minimising channel performance variation per differential pair. Each signal chip features an innovative monolithic relief ground structure for improved crosstalk performance (56Gb/s). The simple, practical design helps to achieve a very cost-effective solution.

1.Innovative on-beam contact interface minimises residual stubs to improve signal integrity performance while providing extremely low mating forces

2.ExaMAX® optimises design flexibility by integrating high-speed differential signals, low-speed signals and power supplies in a single connector.

3.The ExaMAX® product family is available in industry-standard packaging options including traditional backplanes, common panels, quadrature midplane and quadrature direct mating, mezzanine and wire-to-board.

Features: 10128415-101LF

• Data rates scalable from 25Gb/s to 56Gb/s to support system upgrades without costly redesigns
• 92Ω nominal impedance
• Scalable performance
• Unique beam-to-beam interface and tilt-equalised leadframe
• Hermaphroditic mating interface protects mating beams
• Modular, hard metric connector block design
• Zero skew
• Additional signal pins per row
• High-speed signal PCB hole: 0.36 mm (finished hole)
• Ground pin PCB hole: 0.5 mm (finished hole)
• 12 to 96 Differential Pair Node Connectors
• Integrated Rail Design

Performance

• Contact resistance: 20mV max, 100mA current
• Insulation Resistance 500VDC
• Insulation Withstanding Voltage: 500VDC
• §Current rating (at 30°C above ambient)
• Signal contact: 0.5A/contact (both signal and ground contacts can carry current)
• Ambient
• Operating temperature range: -55°C to +85°C

Applications

• Hubs
• Optical transmission
• Routers
• Switches
• Wireless Infrastructure
• External Storage Systems
• Servers
• Supercomputers
• Simulation equipment
• Industrial and Instrumentation
• Test equipment