Custom 10GBASE-T Copper SFP+ MODULE, Tailored RJ45 Interface
-
Bespoke Copper Conversion: Seamlessly converts an empty optical slot on your switch into a standard 10G RJ45 port, coded specifically to communicate flawlessly with your proprietary hardware.
-
Custom Auto-Negotiation: Tell us what legacy equipment you are connecting. We customize the auto-negotiation profiles to perfectly bridge modern 10G switches with older 1G, 2.5G, or 5G servers.
-
Thermal & Power Optimization: Copper 10G modules run hot. We customize the internal chipset configuration to optimize power draw specifically for your switch’s thermal footprint.
Product Overview
Transitioning to 10-Gigabit speeds shouldn't force an enterprise to rip and replace its entire Cat6a copper cabling infrastructure. The Wolon Custom 10GBASE-T Copper SFP+ MODULE is the definitive, tailored bridge technology. Generic copper transceivers notoriously cause switch reboots, auto-negotiation failures, or thermal shutdowns due to massive power draws. We eliminate this by custom-coding the internal firmware in our factory to match your exact host equipment. By tailoring the power consumption and link-speed profiles, we provide a stable 10Gbps RJ45 connection that integrates flawlessly into your unique server racks.
Key Features
-
Custom Firmware Coding: We write the specific Multi-Source Agreement (MSA) EEPROM data required by your designated switch brand to ensure immediate, error-free recognition.
-
Multi-Gigabit Flexibility: Fully supports IEEE 802.3bz (NBASE-T), automatically adapting to specific speed limits required by legacy endpoint devices on your network.
-
Robust EMI Suppression: Features a shielded metallic housing specifically designed to prevent Electromagnetic Interference (EMI) from disrupting high-frequency 10G signals.
Technical Specifications
| Specification | Details |
|---|---|
| Data Rate | Custom auto-negotiation profiles (1G/2.5G/5G/10G) |
| Form Factor | SFP+ |
| Interface | RJ45 Copper |
| Cable Type Support | Cat6a / Cat7 (Cat5e/Cat6 for scaled-down speeds) |
| Power Consumption | Thermally optimized based on your specific switch port limits |
Application Scenarios
-
Bespoke Server Uplinks: Connecting modern Top-of-Rack fiber switches to local proprietary servers using existing copper patch panels.
-
Wi-Fi 6E/7 Backhaul: Providing Multi-Gigabit data paths to next-generation enterprise wireless access points over legacy wiring.
Frequently Asked Questions
Q1: What is the absolute maximum transmission distance for 10G speeds over copper?
A: To achieve reliable 10Gbps throughput, the maximum distance is 30 meters when utilizing high-quality Cat6a or Cat7 copper cabling. For lengths exceeding 30 meters, we recommend switching to our optical fiber solutions (like 10GBASE-SR).
Q2: Does this 10GBASE-T module support backward auto-negotiation?
A: Yes, it is highly versatile. Our copper transceiver automatically negotiates data rates depending on the host device and link quality, supporting 100M, 1Gbps, 2.5Gbps, 5Gbps, and full 10Gbps speeds over standard RJ45 connections.
Q3: I’ve heard 10G Copper modules consume more power and run hot. How is this managed?
A: It is a physical characteristic of 10GBASE-T technology to draw higher power (typically around 2.5W). Our engineering team has optimized the internal PCBA layout and utilizing premium thermal conductive housing to maximize heat dissipation, ensuring stable operation within enterprise switches.
Q4: Can I populate every single port on my 48-port switch with these 10GBASE-T modules?
A: Due to the higher power draw of 10G copper technology compared to optical modules, populating all 48 ports may exceed the total power budget or thermal limits of some commercial switches. We highly recommend consulting your switch’s hardware manual to verify maximum power-per-port thresholds before full deployment.
Reviews
There are no reviews yet.