+90℃ 10G SFP+ BIDI 80km

Q1: What is a 10G BiDi SFP+ 80km optical transceiver?

Answer: A 10G BiDi SFP+ 80km optical transceiver is a long-distance optical module designed for 10Gbps data transmission over a single strand of single-mode fiber.

Unlike traditional duplex optical modules that require two fibers for transmitting and receiving data, BiDi optical modules use different wavelengths to achieve bidirectional communication through one fiber.

Key features include:

• SFP+ compact form factor

• 10Gbps transmission rate

• Single-fiber bidirectional transmission

• 80km long-distance reach

• LC simplex optical connector

10G BiDi SFP+ 80km optical transceivers are widely used in:

• Metropolitan Area Networks (MAN)

• Long-distance enterprise networks

• Telecom infrastructure

• Data Center Interconnect (DCI)

By reducing fiber requirements, BiDi technology provides an efficient solution for long-distance optical communication where fiber resources are limited.

Q2: How does a 10G BiDi optical module work?

Answer: A 10G BiDi optical module uses different optical wavelengths for transmitting and receiving signals through the same single-mode fiber.

The working principle includes:

• The transmitter sends optical signals using one wavelength.

• The receiver receives signals using another wavelength.

• Both transmission directions share a single optical fiber.

• The optical module converts between electrical and optical signals.

For example, a typical BiDi pair may use:

This wavelength separation enables two-way communication through a single fiber link.

Q3: What are the advantages of 10G BiDi SFP+ 80km optical modules?

Answer: 10G BiDi SFP+ 80km optical modules provide several advantages for long-distance optical networks.

1. Fiber Saving

• Requires only one fiber strand

• Improves fiber resource utilization

• Reduces additional fiber deployment requirements

2. Long Distance Transmission

• Supports transmission distances up to 80km over single-mode fiber

• Suitable for metro and backbone optical networks

3. Cost Reduction

• Reduces fiber infrastructure costs

• Lowers network expansion and maintenance expenses

4. Simple Deployment

• Uses standard SFP+ interfaces

• Compatible with many switches, routers, and optical transport systems

5. High Network Flexibility

• Ideal for areas where fiber resources are limited

These advantages make BiDi technology valuable for telecom operators, enterprises, and data center operators managing long-distance optical networks.

Q4: What is the difference between 10G BiDi SFP+ and traditional 10G SFP+ modules?

Answer: The main difference between 10G BiDi SFP+ and traditional 10G SFP+ modules is the fiber requirement and transmission method.

BiDi modules are especially useful when available fiber resources are limited or deploying additional fiber cables is expensive.

Q5: Why are 80km BiDi optical modules important for telecom and DCI networks?

Answer: Long-distance optical connections require efficient fiber utilization, reliable transmission performance, and cost-effective network expansion.

80km BiDi optical modules help network operators build:

Metro Networks

• Connect multiple network locations across cities

• Support high-bandwidth metropolitan communication

Telecom Networks

• Extend optical access and aggregation links

• Improve fiber utilization efficiency

Data Center Interconnect (DCI)

• Connect distributed data centers

• Support long-distance data transmission

Enterprise Backbone Networks

• Provide reliable high-speed communication between locations

By using one fiber instead of two, BiDi technology helps maximize existing fiber infrastructure investment.

Q6: What applications use 10G BiDi SFP+ 80km optical transceivers?

Answer: 10G BiDi SFP+ 80km modules are commonly deployed in applications requiring long-distance and bandwidth-efficient optical connectivity.

Typical applications include:

Telecom Networks

• Carrier optical access

• Metro aggregation networks

Enterprise Networks

• Campus backbone connections

• Remote office connectivity

Data Center Networks

• Long-distance data center links

• Optical infrastructure expansion

Video and Monitoring Systems

• High-bandwidth signal transmission

The combination of long reach and single-fiber transmission makes BiDi suitable for distributed network environments.

Q7: How do you choose the right 10G BiDi optical module?

Answer: Selecting the right 10G BiDi optical module requires considering transmission distance, wavelength compatibility, fiber type, and equipment requirements.

1. Transmission Distance

Select according to link requirements:

• 10km

• 20km

• 40km

• 80km

2. Wavelength Matching

• BiDi modules must be deployed as matched pairs.

• TX/RX wavelengths must be opposite between two modules.

3. Fiber Type

• Confirm compatibility with Single-mode Fiber (SMF).

4. Equipment Compatibility

Check compatibility with:

• Switches

• Routers

• Optical transport equipment

Proper selection ensures stable and reliable long-distance optical communication.

Q8: What is the future development trend of 10G BiDi optical modules?

Answer: As fiber resources become increasingly valuable, single-fiber optical solutions will continue to play an important role in modern communication networks.

Future trends include:

• Higher-speed BiDi optical solutions

• 25G/50G/100G BiDi development

• More efficient fiber utilization

• Expanded metro and access network applications

Although higher-speed optical technologies such as 400G and 800G are rapidly expanding in AI data centers, 10G BiDi remains an effective solution for existing telecom, enterprise, and long-distance optical networks requiring cost-efficient fiber deployment.