Check Point - SFP+ transceiver module - 10GbE - 10GBase-SR - LC multi-mode - for P/N: CPAP-SG19200-PLUS-MHS-SNBT
- Supports data transfer rates of 10 Gbps
- Short-range connectivity for versatile applications
- Easy to install with a single LC multi-mode connector
- Compatible with Ethernet 10GBase-SR cabling types
- Plug-in module design for seamless integration
The Check Point CPAC-TR-10SR-D-ADP is a reliable SFP+ transceiver module designed for high-speed wired connectivity. With a data transfer rate of 10 Gbps, it supports a 10 Gigabit Ethernet data link protocol that ensures swift and stable networking performance. This plug-in module features short-range connectivity capability, making it ideal for various applications that require efficiency without long distances.
Equipped with a single LC multi-mode connector, the Check Point transceiver module is easy to install and enables seamless integration into existing network infrastructures. Its versatility ensures compatibility with Ethernet 10GBase-SR cabling types, promoting an effective solution for expanding network capabilities. Enhance your networking setup with this dependable and efficient module, designed to meet the demands of modern connectivity.
-
Efficient Connectivity
The Check Point transceiver module utilizes wired connectivity technology to maintain a stable connection and support high-speed data transfer rates.
-
Compact Design
Designed as a plug-in module, this transceiver is easy to install and integrates smoothly with existing hardware for straightforward network expansions.
-
Short-Range Performance
With its short-range feature, this module is perfect for environments where long-distance cabling is not feasible, ensuring reliable performance in localized setups.
-
High-Speed Capability
Supporting the 10 Gigabit Ethernet data link protocol, this module allows for rapid data exchange, making it suitable for demanding applications.
-
Versatile Compatibility
The module's compatibility with LC multi-mode connectors and 10GBase-SR cabling types enhances its utility for various networking scenarios.
