Trend Micro - SFP+ transceiver module - 10GbE - 10GBase-SR - LC multi-mode - 850 nm - for TippingPoint Threat Protection System 1100, 2200, 5500, 8200, 8400
- LC multi-mode connectors for enhanced network reliability
- Supports Ethernet 10GBase-SR for high-speed data transmission
- 850 nm optical wave length for efficient data flow
- Plug-in module form factor for easy integration
- Wired connectivity technology for stable connections
Discover the efficiency and reliability of the Trend Micro SFP+ transceiver module, a vital component for modern networking. This module is designed to meet the demands of 10 Gigabit Ethernet, providing a high-speed connection that is essential for today's data-intensive applications. With LC multi-mode connectors and support for Ethernet 10GBase-SR cabling, it offers a seamless and reliable networking experience. The optical wave length of 850 nm ensures efficient data transmission, making it an ideal choice for expanding your network's capabilities. Its plug-in module form factor allows for easy integration into existing systems, while the wired connectivity technology ensures stable and secure connections. Whether you're upgrading your network infrastructure or setting up a new one, this transceiver module is a dependable solution that delivers performance and durability.
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Enhanced connectivity
Equipped with LC multi-mode connectors, this SFP+ transceiver module ensures a reliable, high-speed connection. Its compatibility with Ethernet 10GBase-SR cabling offers a seamless networking experience for demanding data environments.
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High-speed performance
Designed for 10 Gigabit Ethernet, this plug-in module supports a data link protocol that caters to intensive data transmission needs. With an optical wave length of 850 nm, it ensures efficient data flow across networks.
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Robust design
The form factor of this module is crafted for durability and efficient integration into existing systems. Its wired connectivity technology ensures stable and secure connections, making it a dependable choice for critical network infrastructures.
