Key Features of the 10Gbps PIN-TIA TO-CAN

• High-Speed Performance: Supports a data rate of up to 10Gbps, making the 10Gbps PIN-TIA ideal for high-bandwidth telecom and datacom applications.

• Wide Temperature Range: The Wide Temperature PIN-TIA ensures stable operation from -40°C to +85°C, suitable for extreme conditions in 2025.

• Efficient Power Supply: Operates with a single +3.3V supply, optimizing power efficiency for High-Speed Telecom Receiver systems.

• Differential Output: The Differential Output Receiver delivers enhanced signal quality and reduced noise, perfect for reliable data transmission.

• Compact Design: Integrates an InGaAs PIN detector and TIA in a TO-CAN package, facilitating seamless integration into optical receivers.

Applications

The 10Gbps PIN-TIA TO-CAN module integrates an InGaAs PIN photodiode with a transimpedance amplifier in a compact TO-CAN package, delivering the sensitivity and bandwidth required for high-speed optical receivers. Its two primary application areas are high-speed telecommunications and data communication.

High-Speed Telecommunications

In telecom networks, the module is deployed as the receiver front end in PON systems and carrier-grade optical links. It supports GPON, XG-PON, and 10G-PON access networks at the ONU side, where high responsivity and low noise ensure reliable gigabit-plus service to end users. In 5G and future 6G backhaul and fronthaul links, its sensitivity helps extend transmission distance while reducing the number of repeaters required, lowering deployment cost in both urban and rural environments. The same module is also used in metro and long-haul systems, where stable performance across a wide temperature range is essential. As access networks evolve toward next-generation PON standards, receiver requirements continue to rise. For a detailed comparison of these technology paths, see our article on 50G PON vs 100G Single Lambda: Key Differences, Applications, and Future of High-Speed Optical Networks.

Data Communication

In data communication, the module serves as a core receiver component in optical transceivers and high-speed interconnects. Hyperscale data centers running 100G, 400G, and emerging 800G Ethernet rely on high-linearity PIN-TIA receivers to handle dense wavelength-division multiplexing and short-reach single-mode or multimode links with low power consumption. The compact TO-CAN form factor supports high-density module design, while low dark current and low capacitance help preserve signal integrity at 10Gbps and beyond. For a broader technical overview of how photodetectors are applied across modern optical systems, see our article on Photodetectors in Data Communication: Applications in High-Speed Optical Networks.

Absolute Maximum Ratings

Electrical/Optical Characteristics ( T=25℃ )

Outline Drawings & Pin Connection Type