ADP-SMBF-2SMBM
RF Solutions
Product details
The ADP-SMBF-2SMBM by RF Solutions is a premium-grade Coaxial Connectors (RF) - Adapters specifically developed for high-density data center applications. This adapter features {Impedance} impedance matching and {Frequency - Max} bandwidth capability, ensuring flawless signal transmission in hyperscale computing environments.With Plug to Jack versatility, this solution enables flexible cross-connection between various server rack configurations while maintaining signal integrity.The Same Series technology allows seamless protocol conversion between different generations of high-speed data interfaces.Compatible with SMB to SMB, Dual standards, it facilitates smooth migration paths for network infrastructure upgrades.The Female to Male contact design provides optimal current carrying capacity for power-over-fiber applications.When converting from SMB Plug, Female Socket, the adapter preserves signal rise time characteristics critical for 400G Ethernet.The SMB Jack, Male Pin (2) termination implements advanced dielectric materials to minimize insertion loss in optical backplanes.Maintaining 50Ohm characteristic impedance prevents signal reflections in high-speed SerDes channels.Available in Straight form factors, this adapter meets stringent space requirements in blade server architectures.The Free Hanging (In-Line) design ensures secure installation in high-vibration server farm environments.Featuring Snap-On, Snap-On latching mechanism, it prevents accidental disconnection during thermal cycling events.
Product Attributes
- Product Status: Active
- Adapter Type: Plug to Jack
- Conversion Type: Same Series
- Adapter Series: SMB to SMB, Dual
- Center Gender: Female to Male
- Convert From (Adapter End): SMB Plug, Female Socket
- Convert To (Adapter End): SMB Jack, Male Pin (2)
- Impedance: 50Ohm
- Style: Straight
- Mounting Type: Free Hanging (In-Line)
- Mounting Feature: -
- Fastening Type: Snap-On, Snap-On
- Frequency - Max: -
- Ingress Protection: -
- Center Contact Plating: -
- Features: -