Timbercon’s manufacturing process includes 100% burn-in testing at rated temperature for 24–72 hours, laser aging verification, and insertion loss testing with polarization mode dispersion (PMD) analysis. The result is a Mean Time Between Failures (MTBF) often exceeding per cable, effectively making the cable a "set and forget" component.
| Feature | Passive Copper DAC | Standard AOC | | | :--- | :--- | :--- | :--- | | Max Length @ 100G | 3m | 50–75m | 100–300m+ | | EMI Immunity | Poor | Good | Excellent (with optional shield) | | Operating Temp | 0–70°C | 0–70°C | -55°C to +125°C | | Connector Ruggedness | Standard | Standard | Mil-spec, IP67, custom | | Power per end (10G) | ~500mW | ~150mW | ~100mW (optimized) | | Bend Radius | ~40mm | ~20mm | 10–15mm | Their small form factor and lightweight design enable
The compact design and flexibility of Timbercon's AOCs make them an ideal solution for high-density applications. Their small form factor and lightweight design enable easy installation and management, even in the most space-constrained environments. This flexibility is particularly beneficial in data centers, where maximizing space utilization is crucial. Perhaps the most distinct feature of Timbercon compared
Timbercon specializes in applications where electromagnetic interference is catastrophic (e.g., military radar systems, hospital MRI suites). military radar systems
Perhaps the most distinct feature of Timbercon compared to mass-market Asian manufacturers is their willingness and ability to customize the AOC for specific applications.
To ensure seamless integration with existing infrastructure, Timbercon's AOCs are designed to be compatible with a wide range of protocols and standards. This interoperability enables customers to easily integrate Timbercon's AOCs into their existing data transmission systems, minimizing the need for costly upgrades or redesigns.