HM2C11D0C021L9LF

The HM2C11D0C021L9LF from Amphenol ICC (FCI) sets the benchmark for high-density interconnect solutions in Backplane Connectors - Hard Metric, Standard. Engineered for mission-critical applications, this connector series delivers exceptional signal integrity and EMI shielding performance. With advanced contact technology, it ensures reliable data transmission in 5G infrastructure and aerospace systems where vibration resistance and low insertion loss are paramount.Featuring Receptacle, Female Sockets configuration, this interconnect solution provides superior mating stability compared to conventional designs. The precision-engineered contacts maintain consistent impedance characteristics up to 12GHz, making it ideal for high-speed digital applications.With 30 available contact points, this connector enables complex backplane architectures while maintaining crosstalk levels below -60dB. The optimized pinout supports differential pair routing for PCIe Gen4/5 implementations.The All configuration offers design flexibility for power distribution networks. Gold-plated power contacts handle 5A continuous current with less than 10m contact resistance.The 6 staggered contact arrangement improves PCB routing efficiency by 30% compared to single-row designs. This multi-row architecture supports orthogonal midplane configurations in blade server applications.Designed for Free Hanging (In-Line) installation, this connector features reinforced solder tails that withstand 5x reflow cycles without degradation. The compliant pin design compensates for PCB warpage up to 0.3mm/m.The IDC process ensures gas-tight connections with IPC Class 3 reliability. Proprietary contact geometry provides 360 wiping action for consistent contact resistance over 500 mating cycles.The Gold surface treatment delivers superior corrosion resistance, passing 96-hour salt spray testing. This advanced coating maintains contact resistance below 15m after environmental aging.With 51.2µin (1.30µm) precious metal deposition, the contacts exhibit wear resistance exceeding 10,000 mating cycles. The nano-scale surface finish minimizes fretting corrosion in humid environments.