More than Just a Connector

• Highly versatile
• Single module offers up to 168 pins in one connector using QuadraPaddle signal technology
• Ideal connector for signal needs in a small footprint

Precise Engagement

• Rugged engagement mechanism engineered for 10,000 cycles
• Spring locking tabs fasten over latching post for secure engagement
• 360° engagement handle provides zero Z tolerance
• Polarized modules ensure proper alignment while optional keying pins isolate each connector preventing operational mismatch

Connection Options

• Ability to be primary or secondary interconnect
• Can be discrete-wired or PCB-mounted
• 0.8" footprint allows horizontal stackability
• 30° angled cable exit allows vertical stackability

PCB Capabilities

• Options include: horizontal mounting with use of stake pins, right angle mount with use of header, and i2 to flex print
• 84 Pin Header offers solderless compliant pins for easy implementation
• Mounting bracket secures PCB to i2 receiver
• Innovative header easily adapts i2 for quick termination to connectors such as VHDCI and 68 Pin SCSI

Flying Leads

• Flying Leads ITA Cable Assemblies enable Pin Your Own Configuration flexibility
• i2 Micro iCon Signal Flying Leads assembly offers up to 168 signal points

Features and Benefits                 

• 168 signal points with QuadraPaddle Technology                                                                 
• Hybrid option offers 120 signal points and 12 micro coax/micro power points              
• 30° cable exit for vertical stackability
• 0.8” footprint for horizontal stackability
• Integrated spring locking tabs
• PCB compatible
• Flying lead options allow you to pin your own configuration

Exceptional Design Features

• Engaging mechanism integrates spring locking tabs that fasten over the latching post for secure engagement
• Keying pins and a square locking mechanism ensure even and precise engagement
• 0.8” footprint allows horizontal stackability
• 30º angled cable exit reduces height required by the connector, allowing more space in front of the rack for instrumentation and minimizing the vertical space between connectors in a multi-connector panel layout