Description
• BIDI 1x9 155M ~ 2.5G Optical Transceiver
• 1x9 Tx1310nm/Rx1490nm 20km single mode module
• 1x9 Tx1490nm/Rx1550nm 80km single mode fiber optic transceiver
• BIDI 1x9 Tx1310nm/Rx1550nm 40km communication module
• BIDI 1x9 1.25Gbps simplex SC/FC connector
• Brand New and 100%Genuine
• Advantage price,1 Year warranty
• Compatible with Cisco,H3C
Features:
• 1×9 Package with SC/FC Receptacle
• Up to 2.5Gbps Data Links
• Up to 80km Transmission with single-mode fiber
• Single +3.3V or +5V Power Supply
• Operating Temperature
Standard : 0 to +70°C
Industrial: -40 to +85°C
• Compliant with GR-468-CORE
• Eye Safety Designed to Meet Laser Class 1, Compliant with IEC 60825-1
• Compatible with RoHS
Application:
• SONET / SDH
• Gigabit Ethernet
• Fiber Channel
• CPRI / OBSAI
• Switch to Switch Interface
• Router to Server Interface
• Other Optical Transmission Systems
HTT BIDI 1×9 fiber-optic transceiver is high performance and cost effective modulE with duplex SC/RC receptacle for Bi-directional fiber optical data communication applications. The module can be applied in commerical and industrial standard. It is typically operate at data rate from 155M to 2.5G and main application include Synchronous optical networking (SONET),Gigabit Ethernet,optic fiber channel,switch to switch interface,router to router interface and othe optical transmission systems. The module is compatible with GR-468-Core and IEC60825-1.
| Part No. | Package | Wavelength | Data Rate | Reach | Output Power(dBm) | Sens(dBm) | Connector | Voltage |
| H9B3403-L2 | BiDi 1×9 | Tx1310nm/Rx1490nm | 155M | 20km | -14≤Pout≤-8 | ≤-31 | SC | 3.3V |
| H9B4303-L2 | BiDi 1×9 | Tx1490nm/Rx1310nm | 155M | 20km | -14≤Pout≤-8 | ≤-31 | SC | 3.3V |
| H9B3503-L2 | BiDi 1×9 | Tx1310nm/Rx1550nm | 155M | 20km | -14≤Pout≤-8 | ≤-31 | SC | 3.3V |
| H9B5303-L2 | BiDi 1×9 | Tx1550nm/Rx1310nm | 155M | 20km | -14≤Pout≤-8 | ≤-31 | SC | 3.3V |
| H9B3403-L4 | BiDi 1×9 | Tx1310nm/Rx1490nm | 155M | 40km | -5≤Pout≤0 | ≤-31 | SC | 3.3V |
| H9B4303-L4 | BiDi 1×9 | Tx1490nm/Rx1310nm | 155M | 40km | -5≤Pout≤0 | ≤-31 | SC | 3.3V |
| H9B3503-L4 | BiDi 1×9 | Tx1310nm/Rx1550nm | 155M | 40km | -5≤Pout≤0 | ≤-31 | SC | 3.3V |
| H9B5303-L4 | BiDi 1×9 | Tx1550nm/Rx1310nm | 155M | 40km | -5≤Pout≤0 | ≤-31 | SC | 3.3V |
| H9B4503-L8 | BiDi 1×9 | Tx1490nm/Rx1550nm | 155M | 80km | -5≤Pout≤0 | ≤-32 | SC | 3.3V |
| H9B5403-L8 | BiDi 1×9 | Tx1550nm/Rx1490nm | 155M | 80km | -5≤Pout≤0 | ≤-32 | SC | 3.3V |
| H9B4503-12 | BiDi 1×9 | Tx1490nm/Rx1550nm | 155M | 120km | 0≤Pout≤5 | ≤-32 | SC | 3.3V |
| H9B5403-12 | BiDi 1×9 | Tx1550nm/Rx1490nm | 155M | 120km | 0≤Pout≤5 | ≤-32 | SC | 3.3V |
| H9B3412-L2 | BiDi 1×9 | Tx1310nm/Rx1490nm | 622M | 20km | -12≤Pout≤-8 | ≤-24 | SC | 3.3V |
| H9B4312-L2 | BiDi 1×9 | Tx1490nm/Rx1310nm | 622M | 20km | -12≤Pout≤-8 | ≤-24 | SC | 3.3V |
| H9B3512-L2 | BiDi 1×9 | Tx1310nm/Rx1550nm | 622M | 20km | -12≤Pout≤-8 | ≤-24 | SC | 3.3V |
| H9B5312-L2 | BiDi 1×9 | Tx1550nm/Rx1310nm | 622M | 20km | -12≤Pout≤-8 | ≤-24 | SC | 3.3V |
| H9B3412-L4 | BiDi 1×9 | Tx1310nm/Rx1490nm | 622M | 40km | -5≤Pout≤0 | ≤-26 | SC | 3.3V |
| H9B4312-L4 | BiDi 1×9 | Tx1490nm/Rx1310nm | 622M | 40km | -5≤Pout≤0 | ≤-26 | SC | 3.3V |
| H9B3512-L4 | BiDi 1×9 | Tx1310nm/Rx1550nm | 622M | 40km | -5≤Pout≤0 | ≤-26 | SC | 3.3V |
| H9B5312-L4 | BiDi 1×9 | Tx1550nm/Rx1310nm | 622M | 40km | -5≤Pout≤0 | ≤-26 | SC | 3.3V |
| H9B3424-L2 | BiDi 1×9 | Tx1310nm/Rx1490nm | 1.25G | 20km | -9≤Pout≤-3 | ≤-23 | SC | 3.3V |
| H9B4324-L2 | BiDi 1×9 | Tx1490nm/Rx1310nm | 1.25G | 20km | -9≤Pout≤-3 | ≤-23 | SC | 3.3V |
| H9B3524-L2 | BiDi 1×9 | Tx1310nm/Rx1550nm | 1.25G | 20km | -9≤Pout≤-3 | ≤-23 | SC | 3.3V |
| H9B5324-L2 | BiDi 1×9 | Tx1550nm/Rx1310nm | 1.25G | 20km | -9≤Pout≤-3 | ≤-23 | SC | 3.3V |
| H9B3424-L4 | BiDi 1×9 | Tx1310nm/Rx1490nm | 1.25G | 40km | -5≤Pout≤0 | ≤-23 | SC | 3.3V |
| H9B4324-L4 | BiDi 1×9 | Tx1490nm/Rx1310nm | 1.25G | 40km | -5≤Pout≤0 | ≤-23 | SC | 3.3V |
| H9B3524-L4 | BiDi 1×9 | Tx1310nm/Rx1550nm | 1.25G | 40km | -5≤Pout≤0 | ≤-23 | SC | 3.3V |
| H9B5324-L4 | BiDi 1×9 | Tx1550nm/Rx1310nm | 1.25G | 40km | -5≤Pout≤0 | ≤-23 | SC | 3.3V |
| H9B4524-L8 | BiDi 1×9 | Tx1490nm/Rx1550nm | 1.25G | 80km | -2≤Pout≤3 | ≤-25 | SC | 3.3V |
| H9B5424-L8 | BiDi 1×9 | Tx1550nm/Rx1490nm | 1.25G | 80km | -2≤Pout≤3 | ≤-25 | SC | 3.3V |
| H9B3448-L2 | BiDi 1×9 | Tx1310nm/Rx1490nm | 2.5G | 20km | -5≤Pout≤0 | ≤-18 | SC | 3.3V |
| H9B4348-L2 | BiDi 1×9 | Tx1490nm/Rx1310nm | 2.5G | 20km | -5≤Pout≤0 | ≤-18 | SC | 3.3V |
| H9B4548-L4 | BiDi 1×9 | Tx1490nm/Rx1550nm | 2.5G | 40km | -2≤Pout≤3 | ≤-18 | SC | 3.3V |
| H9B5448-L4 | BiDi 1×9 | Tx1550nm/Rx1490nm | 2.5G | 40km | -2≤Pout≤3 | ≤-18 | SC | 3.3V |
Lead Time
For some parts,we have the stock and ship immediately.For the parts which need to produce,it will take 1-2 weeks to get the shippment ready. And if need to make by the required specification,it will take longer.This will be decided by the kind of the products.
OEM and ODM
Oder from OEM and ODM is available.
We can supply transceivers according to the customers' requirements. We have the development team to offer professional services.
Wuhan Hengtaitong is your reliable supplier of fiber optic module in telecommunication field. We examine and test each piece of optical transceiver parts before the shipment to make sure every piece of our optic module can work in your system without any problems. If you need the datasheets of the product ,please feel free to contact us.
