- Use of standard VME bus architecture cages for high speed fibre channel connection.
- Bandwidth: Up to 3 Gigahertz
- P1 and P3 Mounting dimensions
- Board to board high speed data transfer
- Matched Impedance Differential Pair Twinax & Quadrax
- Data sampling rates exceeding 2 Gbits/second
- 21 position true differential pair blind mate contacts
- 150 and 100 Ohm matched impedance
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Rugged D-Sub with Twinax/Quadrax contacts
Split pair quadrax is the next generation contact that provides robust high-speed performance compatible with existing qualified rugged D-Sub connectors.
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Fibre Channel D-Sub
Utilizing a multi-finger ground spring fixed around the shell to provide a multi-point contact engagement that affords superior EMI shielding.
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Micro Quadrax/Twinax
Feature matched impedance miniaturized connectors that provide the user with controlled impedance and tightly spaced PCB footprint spacing.
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Driving the value revolution in the medical market, focusing on reduced production cost and low cost of ownership
The continued need to evolve and develop smarter solutions has driven exciting new innovations that are reducing the cost-per-therapy in the medical sector without compromising life-critical performance.
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Connectors for digital mining operating in arduous environmental conditions and for extreme applications
The mine of the future is being built on connectivity of data and automation. The benefits of Industry 4.0 through digitalization of data from connected assets in the mining industry is profound. To enable near-real time decision, a digital mine needs to bring together data from across its assets distributed within its value chain. If done correctly, it rewards the industry with increasing uptime of critical assets, reducing costs and operational risks.
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Meeting the increasing demand for rugged, high-speed connections in Space applications.
Space satellites market is evolving from RF Analog-based payloads providing low speed telecommunication signaling, to a new Digital Transparent Processor architecture for high throughput satellites. This type of architecture increases the demand for rugged and higher speed connectivity.
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New EMI Flange for NXS Connectors
The new EMI flange reduces the electromagnetic interference on the NXS connectors, which is crucial in high-speed space applications where data integrity is vital.