The CMM SMPM connector, a result of collaboration between Nicomatic and Radiall, combines the modular capabilities of the CMM series with Radiall’s proficiency in high-frequency RF technology.
This innovative hybrid connector allows for the integration of RF and digital signals within a single interface. Its standout features include:
CMM SMPM Connector
- RF capabilities reaching up to 40 GHz, fulfilling high-frequency demands.
- Data transfer rates of up to 50 Gbps for rapid digital dialogue.
- High-density configuration with as many as 10 contacts per row, maximizing space efficiency.
- lightweight and compact design, ideal for space-constrained applications.
- Robust locking mechanism for improved mechanical stability.
Integrating RF and digital signals into a single design poses important challenges. Achieving a balance between electrical performance, miniaturization, and environmental resilience—while ensuring system reliability—is a complex endeavor. Each project presents distinct challenges, making it difficult to find a solution that meets all criteria without compromise.
Miniaturization & System Density
as modern embedded systems continue to shrink, optimizing every square millimeter becomes crucial. However, the demand for increased functionality often requires the addition of more RF and digital interfaces, complicating the overall system architecture.
Fitting multiple connectors into limited spaces is a common challenge that impacts thermal management, routing, and accessibility. In some cases, components must be stacked or placed in very close proximity, which can limit wiring options and heighten the risk of assembly errors.It is indeed essential to ensure reliable connectivity without overcrowding PCBs or compromising performance.
The CMM SMPM connector addresses this issue by integrating RF and digital signals into one unit, allowing for high-density configurations (up to 10 contacts per row) and maintaining an efficient system layout.
Signal Integrity & RF Performance
When RF and digital signals are closely situated, the potential for electromagnetic interference (EMI) increases significantly. Issues such as signal degradation, parasitic coupling, and impedance mismatches can jeopardize transmission stability.
While systems may perform well in controlled settings, high electromagnetic density in real-world environments can quickly degrade signal quality, disrupting communication between modules. It is vital to maintain a strong, stable signal amidst potential interference.
With Radiall’s SMPM contacts, the CMM SMPM connector supports RF performance up to 40 GHz and data rates of 50 Gbps, ensuring resilience against interference and optimal signal integrity.
Durability in Challenging Environments
In sectors like aerospace, defense, and industrial applications, equipment must withstand extreme vibrations, temperature fluctuations, and mechanical stress.
Imagine an RF connector loosening mid-flight or a critical connection failing due to severe vibrations.Most standard connectors are not engineered to handle such extreme conditions.
Additional reinforcements, specialized fasteners, or even complete system redesigns may be necessary—adding weight and increasing assembly complexity. It is crucial to ensure mechanical reliability without adversely affecting the system.
The CMM SMPM’s secure locking mechanism guarantees a stable connection. Designed for harsh environments, this connector combines durability with a lightweight structure, eliminating the need for extra reinforcements.
Integration Complexity & Cable Management
Using separate connectors for RF and digital signals adds complexity: more potential failure points, intricate assemblies, and increased weight.
You may have spent countless hours managing cable lengths, aligning interfaces, and troubleshooting assembly issues. A unified solution that minimizes interconnections while enhancing reliability would be advantageous.
By consolidating multiple signal types into a single connector, the CMM SMPM reduces the number of interconnections, simplifying cable management. This leads to fewer failure points, quicker assembly, and improved overall reliability.
Revolutionizing System Architectures
The CMM SMPM effectively tackles the challenges of system density,RF performance,and durability.By facilitating seamless signal integration, reducing interconnections, simplifying wiring, and securing the entire system—even in the most demanding conditions—it offers a comprehensive solution.
With the incorporation of SMPM contacts in the CMM series,this connector provides a compact,modular,and highly adaptable design,ready to meet the most rigorous real-world applications.
