0.35mm Pitch / 0.6mm Stacking Height / 1.9mm Width
Low-Profile Hybrid FPC-to-Board Connector Supporting 5A

1. Low-profile design with high current power supply capability
- Rated current: 5A for power contact,
0.3A for signal contact
- 0.6mm stacking height, 1.9mm width
2. Full armored design prevents housing damage
3. Easy mating operation with wide self alignment range
4. Integrally molded header and receptacle design
- Solder Wicking Prevention
5. Improved PCB peeling strength by multi-point soldering

0.35mm Pitch 2.0mm Depth  0.6mm Mating Height Multi-RF Board-to-Board Connector

1. Multi-RF capable Board-to-Board connector, World’s smallest width class
  Pitch : 0.35mm, Width : 2.0mm,
Stacking height : 0.6mm
2. Contact design ideal for both high-speed digital transmission
and RF signal
3. Superior RF Signal Transmission
 V.S.W.R. 0～3GHz  ：1.3MAX
                  3～6GHz  ：1.4MAX
                  6～12GHz：1.6MAX
4. Center shield prevents signal noise between opposing rows
5. Robust metal mating guides

[SignalBee™]

2mm Double-Row Connector (Product Compliant to UL/CSA Standard)

1. Space-saving on Board Realized
2. Broad Variation
3. Applicable Wire Covers Wide Range
4. The ID Type Connector Achieves Connection Work

0.4mm Pitch, 1.5 to 4.0mm Height, Board-to-Board and Board-to-FPC Connectors

[FunctionMAX™]

High Speed Transmission, 0.8 mm Pitch Connectors for PCB Connections

1. 0.8 mm pitch
2. Connection type: Coplanar /right angle / parallel (height: 10 to 45 mm)
3. No of pos.: 40, 60, 80, 100, 120, 140, 160, 180
4. MF (multi-functional) contact
5. Effective mating length of 2 mm (Signal contact)
6. Resistant to excess mating force
7. Simplified mating with large guides

[FunctionMAX™]

High-speed transmission 0.5mm pitch Board-to-Board connection fl oating connectors

1. 0.5mm pitch
2. Stacking (Height : 15 - 30mm)/vertical
3. Contacts available : 20/40/60/80/100/120 for signal + 4 for power source
4. Floating movable amount : X direction : ±0.6mm , Y direction: ±0.6mm
5. High-speed transmission (8+ Gbps)
6. Hybrid power design (3A/pin×4 lines)
7. Current capacity : Signal contact 0.5A/pin, power contact 3A/pin
8. Available for automatic mounting
9. Excellent mating performance due to the large guide post.

[FunctionMAX™]
140℃ Heat and Vibration Resistant Board-to-Board Floating Connector
1. Vibration Resistance
2. Heat Resistance up to 140℃
3. Board Misalignment Absorption
　・X and Y Directions : ±0.7mm Floating Range
　・Z Direction : ±0.75mm Effective Mating Length
4. Contact Pitch : 1mm
5. Connection Type : Stacking
　 Height : 15mm/18mm/20mm/23mm/25mm
6. Pin Count Variations : 20/30/40/50/60
7. Rated Current : 0.5A/pin
8. Pick and Place Mounting
9. Excellent mating performance with large guide post

2.54mm Pitch Board to Board Connector

1. Product Variation
Afford to connect the board to board horizontally or vertically.
2. Compatibility
Achieve combination with other HIF3H series.

The IT8 mezzanine connector system was developed to enable 56Gbps performance with the highest signal density in the market,
featuring Quasi-Coaxial Structure and Polarity-Swap FEXT cancelling technology.
IT8 delivers the most reliable and flexible solution for your current and future needs to design high speed systems.

Mechanical Features
1. Stack heights :
-10 to 13mm (Two-piece type)
-14 to 46mm (Three-piece type)
2. Number of Contacts : 120, 192, 288 signals
3. Multiple mating capability
- Floating amount : +/-0.2mm in X,Y
4. Mating alignment : +/-1.5mm
5. 1.0×5.5mm BGA interface optimizes routing and SI perfomance
6. BGA attachment with “Pin in Ball” ensures reliable solder joints with high SMT processing yields
7. Excellent reflow solderability with superior BGA coplanarity control
8. Compatible with double-sided and inverted reflow soldering

Signal Integrity Features
1. SI capability
-56+Gbps (18 to 46mm), 28+Gbps (10 to 16mm)
-92ohm impedance (suitable for both 100ohm & 85ohm system)
2. Unique Polarity-Swap FEXT cancelling technology
3. Quasi-Coaxial Structure to prevent noise emission to adjacent lines
4. Insertion loss to Crosstalk Ratio (ICR)