Wednesday 20 February 2019

High-speed Edge Card Connector Market Size and Gross Margin Analysis to 2021


February 20, 2019:   Global High-speed Edge Card Connector Market can be divided on the basis of type of product with reference to manufacture, income, value, market segment and progress percentage of respective kind as Electronic product, Computer, Aerospace, and National defense. The High Speed Edge Card Connector supports flexible stacking height [16-40 mm] mezzanine applications by means of a riser card.

High-density [0.8 mm pitch], two-row design preserves board space and make simpler trace routing. Strong contact design is tolerant of misalignment, delivers a reliable connection and supports blind mate applications. Controlled impedance, crosstalk limiting contact design supports speeds up to 15 Gbps. Embedded ground plane within riser card limits row to row crosstalk and enhances signal integrity in the High-speed Edge Card Connector Market.


Supports up to 25 Gbps wire to board applications. Twin Axial Cable terminated to the card-edge. Flexible design supports 20-200 contact positions. It is available with optional latches for robust mechanical stability, 0.5A current rating per contact. Characteristically utilized in Datacom, enterprise servers, telecom, industrial, test and military applications; Supports XAUI, PCI express [Gen 1/2/3], SATA and other application speeds.

High-speed Edge Card Connector Market


The connectors can house PCB thicknesses of 1.57 to 3.18 mm, creating them perfect for complex product designs. They exist in several circuit dimensions for superior design suppleness for signal and power projects in one answer. The connectors in the High-speed Edge Card Connector market similarly feature low-profile heights for improved airflow and thermal management, with the CoPlanar determining 6.40 mm above the PCB and the CoEdge at 3.50 mm above and below the PCB. The other features comprise Press-fit, compliant-pin terminal design for easy board termination using flat-rock tooling and SMT attach for higher speed capability. Cost-effective stitched terminal accommodate various signal and power requirements.


Table of Contents

1 High-speed Edge Card Connector Overview
2 Global High-speed Edge Card Connector Market Competition by Manufacturers
3 Global High-speed Edge Card Connector Analysis by Region
4 Global High-speed Edge Card Connector Analysis by Type
5 Global High-speed Edge Card Connector Market Analysis by Application
6 Global High-speed Edge Card Connector Manufacturers Analysis
7 High-speed Edge Card Connector Technology and Development Trend
          7.1 High-speed Edge Card Connector Technology Analysis
          7.2 High-speed Edge Card Connector Technology Development Trend

8 Research Findings and Conclusion

Key questions answered in the report include

1 What will be the market size in 2021?
2 How will the market change over the forecast period and what will be the market size in 2021?
3 What are the drivers and restraint associated with the market and how will these factors affect the dynamics over the forecast period?
4 What are the growth areas within the market space and where should a participant focus to get maximum ROI?
5 How is the market sub-categorized and which are the leading segments?

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