10GBASE-T SFP+ RJ45 copper transceiver module for 100 m links on Cat6a/7 cabling. Built-in high-performance chip. Maximum power consumption 2.5 W. Commercial temperature range 0 to 70 C (32 to 158 F). Compact RJ-45 connector assembly designed to support 10G bandwidth up to 100 m over Cat6a/7 cables. This module provides a reliable copper 10G uplink option for short-range data centers and enterprise networks. Quality and reliability validated through targeted switch testing. The product comes with compatibility lab facilities to meet EEPROM coding and writing requirements for various brands of the latest networking equipment, ensuring dependable operation across different environments. Fully metallic enclosure for low electromagnetic interference (EMI). Access to the physical layer IC is available via a 2-wire serial bus. Key benefits and features - Provides 10GBASE-T copper connectivity over Cat6a/7 up to 100 m, reducing the need for fiber in suitable applications - Low power design with a maximum draw of 2.5 W - Commercial temperature range supporting typical data center and office environments - Robust, metal enclosure minimizes EMI and helps with thermal management - Verified compatibility with multiple brands through dedicated EEPROM coding/writing labs for reliable interoperability Applications and use scenarios - Data center switch-to-switch uplinks up to 100 m over Cat6a/7 copper cables in core or aggregation layers - Server to switch connections in enterprise rack environments requiring 10 Gigabit copper links - Campus or data center interconnects between distribution switches where copper may be preferred for cost or flexibility Specifications at a glance - Interface: 10GBASE-T SFP+ copper transceiver with RJ-45 connector - Supported cable: Cat6a/7 - Link distance: up to 100 m - Power consumption: up to 2.5 W - Operating temperature: 0 to 70 C (32 to 158 F) - Housing: Fully metallic enclosure for low EMI - Interface to IC: Access via 2-wire serial bus - Compatibility: Tested in targeted switches; compatibility lab facilities for EEPROM coding/writing with various brands to ensure reliability