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A Card Edge Connector is a critical interconnect component used to establish reliable board-to-board connections in servers, AI computing equipment, industrial robots, telecommunications systems, and industrial control devices. Designed to mate directly with the conductive edge of a printed circuit board (PCB), these connectors ensure stable power delivery, high-speed data transmission, and long-term reliability in demanding operating environments.
At CONSHARE, we provide a comprehensive portfolio of Card Edge Connectors, including M.2 Connectors, PCIe Connectors, DDR5 Connectors, CRPS Connectors, Riser Connectors, and GEN Z Connectors, delivering complete connectivity solutions for modern computing platforms, AI infrastructure, and next-generation industrial systems.
Our products are manufactured using high-conductivity contact materials and high-temperature engineering thermoplastics, offering excellent vibration resistance, signal integrity, anti-aging performance, and operational stability across a wide temperature range of -40°C to +125°C. These characteristics make them ideal for mission-critical applications requiring continuous 24/7 operation.
To help engineers and purchasing professionals quickly identify the most suitable solution, our product range is organized into specialized connector families designed for specific power, signal, and system integration requirements.
| Connector Series | Main Features | Typical Applications |
|---|---|---|
| PCIe Connectors | PCIe Gen4 / Gen5 / Gen6 compatible, 1X / 4X / 8X / 16X lanes | AI servers, GPU systems, data centers |
| M.2 Connectors | Multiple Key configurations, compact footprint | SSDs, AI modules, embedded systems |
| DDR5 Connectors | Optimized for next-generation memory modules | Servers, workstations, industrial computers |
| CRPS Connectors | Reliable redundant power supply connection | Enterprise servers, cloud infrastructure |
| Riser Connectors | Board expansion and signal routing | Server expansion cards, networking equipment |
| GEN Z Connectors | Ultra-high-speed interconnect architecture | Advanced computing and storage systems |
Our PCIe connector solutions support PCIe Gen4, Gen5, and emerging Gen6 standards while covering full lane configurations from 1X to 16X. Through precision impedance control and optimized contact geometry, these connectors significantly reduce insertion loss, signal reflection, and crosstalk, ensuring stable high-bandwidth transmission for AI clusters, enterprise servers, GPU accelerators, and high-performance computing platforms.
CONSHARE M.2 connectors support multiple keying options and are engineered for compact electronic devices requiring efficient storage and computing integration. Their space-saving design enables flexible PCB layouts while maintaining reliable electrical performance.
Our DDR5 connectors are specifically optimized for next-generation memory modules, helping improve data throughput and system responsiveness in servers, industrial computers, and advanced computing equipment.
CRPS connectors provide dependable power distribution for redundant server power architectures, while Riser connectors enable efficient board expansion and signal routing in space-constrained systems.
For advanced computing applications, GEN Z connectors support emerging high-speed interconnect technologies designed to facilitate ultra-fast communication between processors, memory, and storage resources.
To accommodate various device architectures and board layouts, we offer multiple mounting configurations including:
Vertical Mount Card Edge Connectors
Right-Angle Card Edge Connectors
Straddle Mount Connectors
Customized Board-to-Board Connector Solutions
These configurations help engineers optimize space utilization while maintaining secure mechanical retention and electrical reliability.
As an experienced PCB connector manufacturer, CONSHARE provides comprehensive customization services to meet unique project requirements.
Our engineering capabilities include:
Custom pin configurations
Contact layout optimization
Housing modifications
Custom lengths and dimensions
Specialized mounting structures
Rapid prototyping support
2D and 3D design assistance
Performance validation testing
By working closely with customers during the design phase, we help shorten product development cycles and accelerate time-to-market.
Compared with conventional solutions, CONSHARE connectors offer several important advantages:
Optimized contact structure for lower contact resistance
Excellent long-term connection stability
High compatibility with mainstream hardware platforms
Compliance with international industry standards
Superior signal integrity for high-speed applications
Strong vibration and thermal resistance
Flexible customization capabilities
Reliable performance in continuous 24/7 operation environments
Our card edge connector solutions are widely deployed across numerous high-performance industries, including:
AI Computing Servers
GPU Computing Systems
Enterprise Data Centers
Cloud Infrastructure Platforms
Industrial Robotics
Industrial Automation Equipment
Edge Computing Devices
Telecommunications Systems
Storage Servers
Industrial Control Systems
Whether you are designing an AI cluster server, intelligent robotic platform, or advanced industrial control device, CONSHARE provides reliable connectivity solutions that combine high-speed performance, robust power delivery, and long-term durability.
A Card Edge Connector is a board-to-board interconnect component that allows a PCB to plug directly into a mating connector, providing secure signal and power transmission between electronic assemblies.
Our PCIe connectors support PCIe Gen4, Gen5, and selected Gen6 applications, covering 1X, 4X, 8X, and 16X lane configurations.
Yes. We support custom pin counts, contact layouts, housing designs, mounting styles, and other specifications according to customer requirements.
Card Edge Connectors are widely used in AI servers, enterprise computing systems, telecommunications equipment, industrial robotics, industrial automation systems, and data center infrastructure.
Yes. We provide engineering consultation, 2D/3D drawings, prototype samples, and performance testing reports to support product evaluation and development.