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Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project

Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project

2026-08-11
1. Market Background

Oceania’s optical test market, especially Australia, sees surging demand for polarization-maintaining optical components driven by telecom lab upgrading, fiber laser R&D and coherent signal testing. Conventional PM VOAs sold locally have obvious drawbacks: low attenuation precision, limited wavelength bands, high insertion loss and large packaging size.

Gezhi Photonics’ 532–2050nm PM VOA fills this market gap, supporting full-spectrum polarization-sensitive testing. This case covers a bulk order of 6,800 units shipped to Australia within 6 weeks for optical communication system testing.latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  0

2. Customer & Application Scenario
2.1 Basic Customer Info
Item Details
Target Country Australia
Client Type Optical communication test system integrator
Core End Users Local telecom labs, university photonics research centers, optical component manufacturers
Total Order Volume 6,800 units
Required Lead Time 6 weeks
Main Application Optical communication system performance testing
2.2 Core Test Workflows
  • 1310/1550nm coherent transceiver attenuation calibration
  • 980/1064/2000/2050nm high-power fiber laser polarization testing
  • 532–850nm visible light lab optical sensing experiments
2.3 Customer’s Pre-Cooperation Pain Points
  • Competitor PM VOAs only reach 0.1dB adjustment precision, causing unstable test data
  • Single-wavelength devices force multi-model stock, raising inventory costs
  • Max power handling below 200mW, incompatible with high-power pump lasers
  • Oversized packaging hard to integrate into compact test benches
  • Long overseas supplier lead times delay project delivery
3. Our Solution: Gezhi 532–2050nm PM VOA
3.1 Product images 
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  1
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  2
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  3
3.2 Full Core Technical Parameter Table
Parameter Specification Value Remark
Center Wavelength Options 532/633/780/850/980/1064/1310/1550/2000/2050 nm Mixed models for Australian multi-band testing
Operating Wavelength Tolerance ±20nm (532–1064nm); ±40nm (1310–2050nm) Wide spectrum coverage
Attenuation Adjustment Range 0.6~60dB (1310/1550/980/1064nm)
0.8~60dB (532/2000/2050nm)
Continuous stepless attenuation
Adjustment Precision 0.02 dB Ultra-high precision for lab calibration
Max Insertion Loss 0.6dB (1310–1550nm)
0.8dB (532/2000/2050nm)
Connector version IL rises extra 0.3dB
Min Extinction Ratio (23℃) 20dB (780–1550nm)
18dB (532/2000/2050nm)
Connector version ER drops extra 2dB
Min Return Loss 50 dB Connector version RL drops extra 5dB
Max Power Handling 500 mW Support high-power laser testing
Standard Fiber PM Panda Fiber Match client’s existing test harness
Package Size 26×18×8 mm Compact design for test bench integration
Operating Temperature 0 ~ +70 ℃ Adapt to Australian indoor lab environment
Storage Temperature -40 ~ +85 ℃ Stable long-term storage
Default Connector Axis Slow axis alignment Meet client standard interface
3.3 Custom Order Coding Configuration Table (Model: PMMVOA)
Coding Segment Client Customized Selection Function Explanation
1111 Wavelength 1310 / 1550 / 980 / 1064 Main telecom & fiber laser bands
2 Working Axis B (Both axis working) Universal polarization testing
333 Fiber Type 001 (PM1550) / 002 (PM1310) PM Panda fiber matching
4 Package Size 0 (26×18×8mm) Standard compact housing
5 Pigtail Type 1 (900μm loose tube) Anti-breakage lab pigtail
6 Fiber Length 1.0 Unified 1m fiber for test benches
77 Connector 0=FC/UPC,1=FC/APC Mixed connectors for different transceivers
3.4 Bulk Delivery Guarantee Scheme
  • Dedicated automatic production line for 6,800 units batch manufacturing
  • Pre-batch attenuation precision calibration to ensure consistent performance
  • Priority sea freight + pre-completed Australian customs clearance documents
  • Full quantity delivery finished within agreed 6-week timeline

latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  4

4. Client Feedback (Tabulated)
Optimization Dimension Actual Client Benefits
Test Accuracy 0.02dB ultra-fine precision eliminates data deviation; calibration labor cut by 40%
Inventory Cost Single product replaces 5 legacy VOA models; storage & spare part cost greatly reduced
High-Power Compatibility 500mW power rating fully supports high-power pump laser testing without burnout
Mechanical Integration 26×18×8mm mini package simplifies rack test bench structural design
Delivery Schedule All 6,800 units delivered in 6 weeks; no delay to local lab upgrade projects
Long-Term Stability Zero field failure after 3 months continuous operation under Australia’s variable lab temperature
Client Verbatim Comment

“Gezhi’s PM Manual VOAs completely solved our multi-band optical communication testing pain points. We will use this series as standard components for all test benches and place repeat orders for 2000/2050nm mid-infrared laser testing equipment.”

5. Summary
  • This Australian 6,800-unit bulk PM VOA project fully demonstrates Gezhi Photonics’ core product strengths via visualized tables and schematic drawings:
  • Ultra-fine 0.02dB attenuation precision, covering 532–2050nm full spectrum to match multi-scenario optical communication testing;
  • Excellent optical indicators: low insertion loss, high extinction ratio, 500mW high power tolerance and stable wide-temperature performance;
  • Compact 26×18×8mm standardized packaging with fully customizable wavelength, fiber and connector options;
  • Reliable mass production capacity to fulfill large-volume orders within tight 6-week lead times.

For Australian telecom labs, university photonics facilities and optical test equipment manufacturers, Gezhi PM Manual Variable Optical Attenuator is a one-stop polarization-maintaining attenuation solution to resolve common testing defects of traditional VOAs.


Latest company case about
Solutions Details
Created with Pixso. Home Created with Pixso. solutions Created with Pixso.

Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project

Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project

1. Market Background

Oceania’s optical test market, especially Australia, sees surging demand for polarization-maintaining optical components driven by telecom lab upgrading, fiber laser R&D and coherent signal testing. Conventional PM VOAs sold locally have obvious drawbacks: low attenuation precision, limited wavelength bands, high insertion loss and large packaging size.

Gezhi Photonics’ 532–2050nm PM VOA fills this market gap, supporting full-spectrum polarization-sensitive testing. This case covers a bulk order of 6,800 units shipped to Australia within 6 weeks for optical communication system testing.latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  0

2. Customer & Application Scenario
2.1 Basic Customer Info
Item Details
Target Country Australia
Client Type Optical communication test system integrator
Core End Users Local telecom labs, university photonics research centers, optical component manufacturers
Total Order Volume 6,800 units
Required Lead Time 6 weeks
Main Application Optical communication system performance testing
2.2 Core Test Workflows
  • 1310/1550nm coherent transceiver attenuation calibration
  • 980/1064/2000/2050nm high-power fiber laser polarization testing
  • 532–850nm visible light lab optical sensing experiments
2.3 Customer’s Pre-Cooperation Pain Points
  • Competitor PM VOAs only reach 0.1dB adjustment precision, causing unstable test data
  • Single-wavelength devices force multi-model stock, raising inventory costs
  • Max power handling below 200mW, incompatible with high-power pump lasers
  • Oversized packaging hard to integrate into compact test benches
  • Long overseas supplier lead times delay project delivery
3. Our Solution: Gezhi 532–2050nm PM VOA
3.1 Product images 
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  1
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  2
latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  3
3.2 Full Core Technical Parameter Table
Parameter Specification Value Remark
Center Wavelength Options 532/633/780/850/980/1064/1310/1550/2000/2050 nm Mixed models for Australian multi-band testing
Operating Wavelength Tolerance ±20nm (532–1064nm); ±40nm (1310–2050nm) Wide spectrum coverage
Attenuation Adjustment Range 0.6~60dB (1310/1550/980/1064nm)
0.8~60dB (532/2000/2050nm)
Continuous stepless attenuation
Adjustment Precision 0.02 dB Ultra-high precision for lab calibration
Max Insertion Loss 0.6dB (1310–1550nm)
0.8dB (532/2000/2050nm)
Connector version IL rises extra 0.3dB
Min Extinction Ratio (23℃) 20dB (780–1550nm)
18dB (532/2000/2050nm)
Connector version ER drops extra 2dB
Min Return Loss 50 dB Connector version RL drops extra 5dB
Max Power Handling 500 mW Support high-power laser testing
Standard Fiber PM Panda Fiber Match client’s existing test harness
Package Size 26×18×8 mm Compact design for test bench integration
Operating Temperature 0 ~ +70 ℃ Adapt to Australian indoor lab environment
Storage Temperature -40 ~ +85 ℃ Stable long-term storage
Default Connector Axis Slow axis alignment Meet client standard interface
3.3 Custom Order Coding Configuration Table (Model: PMMVOA)
Coding Segment Client Customized Selection Function Explanation
1111 Wavelength 1310 / 1550 / 980 / 1064 Main telecom & fiber laser bands
2 Working Axis B (Both axis working) Universal polarization testing
333 Fiber Type 001 (PM1550) / 002 (PM1310) PM Panda fiber matching
4 Package Size 0 (26×18×8mm) Standard compact housing
5 Pigtail Type 1 (900μm loose tube) Anti-breakage lab pigtail
6 Fiber Length 1.0 Unified 1m fiber for test benches
77 Connector 0=FC/UPC,1=FC/APC Mixed connectors for different transceivers
3.4 Bulk Delivery Guarantee Scheme
  • Dedicated automatic production line for 6,800 units batch manufacturing
  • Pre-batch attenuation precision calibration to ensure consistent performance
  • Priority sea freight + pre-completed Australian customs clearance documents
  • Full quantity delivery finished within agreed 6-week timeline

latest company case about Case Study: PM Variable Optical Attenuator for Australian Optical Communication Test Lab Project  4

4. Client Feedback (Tabulated)
Optimization Dimension Actual Client Benefits
Test Accuracy 0.02dB ultra-fine precision eliminates data deviation; calibration labor cut by 40%
Inventory Cost Single product replaces 5 legacy VOA models; storage & spare part cost greatly reduced
High-Power Compatibility 500mW power rating fully supports high-power pump laser testing without burnout
Mechanical Integration 26×18×8mm mini package simplifies rack test bench structural design
Delivery Schedule All 6,800 units delivered in 6 weeks; no delay to local lab upgrade projects
Long-Term Stability Zero field failure after 3 months continuous operation under Australia’s variable lab temperature
Client Verbatim Comment

“Gezhi’s PM Manual VOAs completely solved our multi-band optical communication testing pain points. We will use this series as standard components for all test benches and place repeat orders for 2000/2050nm mid-infrared laser testing equipment.”

5. Summary
  • This Australian 6,800-unit bulk PM VOA project fully demonstrates Gezhi Photonics’ core product strengths via visualized tables and schematic drawings:
  • Ultra-fine 0.02dB attenuation precision, covering 532–2050nm full spectrum to match multi-scenario optical communication testing;
  • Excellent optical indicators: low insertion loss, high extinction ratio, 500mW high power tolerance and stable wide-temperature performance;
  • Compact 26×18×8mm standardized packaging with fully customizable wavelength, fiber and connector options;
  • Reliable mass production capacity to fulfill large-volume orders within tight 6-week lead times.

For Australian telecom labs, university photonics facilities and optical test equipment manufacturers, Gezhi PM Manual Variable Optical Attenuator is a one-stop polarization-maintaining attenuation solution to resolve common testing defects of traditional VOAs.


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