BTB CONNECTOR 144 Pin 180 Degree Fish Eye Press Fit Male Plug Adapter Copper Alloy 12V 1.5A High-speed Server for Certified
BTB CONNECTOR 144 Pin 180 Degree Fish Eye Press Fit Male Plug Adapter Copper Alloy 12V 1.5A High-speed Server for Certified
Product Description
| Item | Specification |
|---|---|
| Product Type | Board-to-Board Connector (BTB Connector) |
| Connector Style | Male Plug Header |
| Number of Pins | 144 Pin |
| Mounting Type | Press Fit |
| Termination Style | Fish Eye Press Fit |
| Orientation | 180 Degree Horizontal |
| Contact Material | Copper Alloy |
| Rated Voltage | 12V |
| Rated Current | 1.5A |
| Application | High-Speed Server Systems |
| PCB Connection Method | Press-Fit Mechanical Connection |
| Main Function | PCB-to-PCB Signal and Power Interconnection |
| Suitable Equipment | Servers, Networking Equipment, Computing Systems |
The board-to-board connector is the most powerful connector product of all connector products. It is mainly used in power systems, communication networks, financial manufacturing, elevators, industrial automation, medical equipment, office equipment, home appliances, etc. Military manufacturing and other industries. At present, the main spacing of board-to-board connectors are 0.4mm 0.5mm, 0.8mm, 1.00m, 1.27mm and so on.
With 144 contacts, this BTB connector supports multi-signal transmission requirements in compact electronic systems.
It is suitable for applications requiring:
- High-density PCB interconnection
- Server motherboard and daughter card connection
- Data communication equipment integration
- Modular electronic architecture
180 Degree Horizontal Board-to-Board Structure
The 180-degree orientation design supports parallel PCB layouts where two boards are connected in a horizontal configuration.
Typical advantages for system designers include:
- Efficient PCB space utilization
- Flexible board stacking architecture
- Simplified mechanical layout design
180-degree BTB structures are commonly selected for applications where boards require coplanar or parallel alignment.
Fish Eye Press-Fit Termination Design
The fish eye press-fit contact structure enables solderless PCB installation.
Compared with traditional solder termination, press-fit technology is commonly selected for:
- High-volume manufacturing
- Server backplane applications
- Equipment requiring repeatable PCB assembly processes
The press-fit contact forms a mechanical and electrical connection through PCB plated holes, reducing the need for additional soldering operations.
Copper Alloy Contact Material
The connector uses copper alloy contacts to provide electrical conductivity and mechanical strength.
Copper alloy is widely applied in board-to-board connectors because it combines:
- Electrical conductivity
- Contact durability
- Mechanical resilience during mating and installation
Applications
Server and Data Center Equipment
Designed for high-density server architectures where multiple PCB assemblies require compact and reliable interconnection.
Possible applications include:
- Server motherboard connections
- Storage systems
- Computing platforms
- Data center hardware
Networking Equipment
BTB connectors are commonly used in communication equipment requiring modular PCB designs.
Applications include:
- Network switches
- Data communication devices
- Telecom equipment
Industrial Computing Systems
Suitable for industrial electronic systems requiring durable PCB connections.
Applications include:
- Industrial controllers
- Embedded computing platforms
- Automation equipment
Why Engineers Choose This BTB Connector
1. High Pin Density for Compact Designs
The 144-pin configuration provides multiple electrical connection points within a compact connector footprint, helping engineers design higher-density PCB architectures.
2. Press-Fit Assembly for Manufacturing Efficiency
The fish-eye press-fit structure supports solder-free PCB assembly, which is commonly preferred in server and communication equipment manufacturing environments.
3. Suitable for Modular Server Architectures
The BTB structure allows different PCB modules to be interconnected, supporting flexible system designs for servers and computing platforms.
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