HP JD061A  Compatible 1000BASE-EX SFP 1310nm 40km DDM Duplex LC/UPC SMF Optical Transceiver Module

The HYTOPTODEVICE JD061A compatible SFP is rigorously tested for compatibility with:

• HPE FlexNetwork Switches: 5120, 5130, 5500, 5510, 5800, 5820, 5900, 7500 series.

• HP A-Series (Legacy): A5120, A5500, A5800, A7500 series.

• HPE MSR Routers: MSR93x, MSR2000, MSR3000, MSR4000 series.

• H3C Switches: Compatible with H3C S5130, S5560, and other Comware-based platforms.

• Campus-to-Campus Networking: Linking distributed networking closets across a university or hospital campus up to 40km apart.

• Metropolitan Area Networks (MAN): Providing high-stability 1.25G fiber uplinks for municipal or regional government networks.

• Remote Branch Connectivity: Extending Gigabit Ethernet reaches for branch offices where standard 10km LX modules are insufficient.

FAQ for HP JD061A  Compatible SFP Transceiver:

Q1: Is the HYTOPTODEVICE JD061A recognized by HPE Comware? A: Yes. Our modules are flashed with the specific HPE/H3C signatures, ensuring they are identified as genuine by the Comware operating system without "unsupported transceiver" warnings or port-lock issues.

Q2: Does this 40km module support Digital Optical Monitoring (DOM)? A: Absolutely. It features full DOM/DDM support, allowing you to monitor real-time diagnostics like laser temperature, supply voltage, and optical power via the switch CLI (e.g., display transceiver interface).

Q3: Can I use this 1G module in an HPE 10G SFP+ slot? A: Yes, most HPE FlexNetwork SFP+ ports are backward compatible with 1G SFP modules. After insertion, the port will typically auto-negotiate to 1000Mbps.

Q4: Do I need to use an optical attenuator for short-range links? A: For fiber links shorter than 5km, we recommend using a 10dB LC optical attenuator. This protects the sensitive receiver from being over-saturated by the high-power 1310nm laser used for 40km reach.

Q5: HP JD061A  not working？ A:Follow these quick steps:

1. Check DDM: Run show transceiver detail on the switch. Look for Low Rx Power or faults.

2. Clean & Reseat: Clean the LC fiber connectors and firmly re-seat the SFP module.

3. Verify Fiber: Ensure you are using a single-mode (SMF) patch cable. Check for bends or breaks.

4. Swap Test: If possible, test the SFP in a different port or swap it with a known-working module to isolate the fault.

If DDM shows "Low Tx Power" or "Fault", the module is likely defective and needs replacement

Quality Assurance：Your Trusted Optical Transceiver Source

HYTOPTODEVICE is a vertically integrated manufacturer of high-performance optical transceivers. By controlling core materials at the source, we ensure every SFP module meets the highest standards of reliability and customization.

• Vertical Integration: In-house core material production ensures a stable, self-sufficient supply chain for all optical modules.

• Total Traceability: End-to-end oversight from raw components to final transceiver assembly guarantees 100% controllability.

• Bespoke Solutions: Expert-led R&D provides customized SFP transceiver designs tailored to your specific technical needs.

• 24-Hour Response: Our technical team guarantees a primary response to any inquiry or quality concern within 24 hours.

Carrier-Grade Quality. Factory-Direct Control. Rapid Response.

Quality Certification & Compliance：

At HYTOPTODEVICE, our quality commitment is backed by industry-standard validations. From fiber optical transceiver manufacturing to final inspection, our processes ensure global compliance and reliability.

We adhere to rigorous standards for our SFP modules and network solutions:

• ISO 9001: Certified quality management and production consistency.

• CE,UL & FCC: Fully compliant for seamless Global Market Access.

• RoHS: Committed to environmental responsibility and hazardous material control.

• Proven Reliability: Rigorous testing to reduce compliance risk and ensure safety.

Certified Quality. Global Standards. Guaranteed Performance.

Rigorous Industrial Product Testing：

   

100% 3rd Party Compatible：

Partial Test Demonstration: