WAVELENGTH REFERENCES WR-LL-AP11 Dwdm Laser Reference

( Brand: Wavelength References ), ( Manufacturer Part Number: WR-LL-AP11 ), ( Part Type: Laser ), ( Country Of Origin: United States )

Review WAVELENGTH REFERENCES Dwdm Laser Reference Source

Introducing the WR-LL-AP11 DWDM Laser, a high-performance, wavelength division multiplexing (WDM) laser solution designed for next-generation optical communication networks. This laser is engineered to deliver superior spectral performance and reliability, making it an ideal choice for metro and long-haul applications.

The WR-LL-AP11 DWDM Laser operates in the C-band (1530-1565nm) and L-band (1565-1625nm) spectral regions, providing a total capacity of 160 channels. Each channel supports a standard ITU Grid spacing of 100 GHz, enabling high-density WDM deployments and increased network capacity.

1. High output power: With an average output power of 10mW per channel, this laser ensures robust signal levels for long-haul transmission, even in fiber dispersion-shifted or non-zero dispersion shifted fiber.

2. Ultra-low dispersion: The WR-LL-AP11 DWDM Laser is designed with advanced dispersion compensation technology, which results in an extremely low dispersion value of less than 0.1 ps/nm-km, ensuring excellent signal quality and minimal signal broadening.

3. Low chirp: The laser's low chirp design ensures minimal wavelength drift over temperature and time, ensuring stable and reliable communications.

4. High spectral side-mode suppression ratio (SMSR): With an SMSR of greater than 40dB, the laser delivers excellent single-mode performance, reducing the risk of inter-channel crosstalk and ensuring a clean, interference-free signal.

5. High modulation bandwidth: The WR-LL-AP11 DWDM Laser offers a high modulation bandwidth of greater than 20 GHz, enabling the support of advanced modulation formats such as quadrature amplitude modulation (QAM) and dual polarization quadrature amplitude modulation (DP-QAM), which can significantly increase the capacity and efficiency of the network.

6. Robust temperature stability: The laser is designed to maintain stable performance over a wide temperature range, making it suitable for deployment in various environmental conditions.

7. Low power consumption: With a power consumption of less than 15W per channel, the WR-LL-AP11 DWDM Laser is energy-efficient, reducing operating costs and minimizing the environmental impact of the network.

In summary, the WR-LL-AP11 DWDM Laser is a high-performance, feature-rich solution for next-generation optical communication networks. Its superior spectral performance, reliability, and energy efficiency make it an excellent choice for metro and long-haul applications, enabling increased network capacity and improved network efficiency.

A Wavelength Reference (WR) for Dense Wavelength Division Multiplexing (DWDM) lasers is an essential component in optical communication systems, providing accurate wavelength measurement and stabilization for the lasers. Here are some pros and cons of buying a WR-LL-AP11 DWDM Laser Wavelength Reference:

1. High Accuracy: The WR-LL-AP11 DWDM Laser Wavelength Reference offers high accuracy and stability, ensuring precise wavelength measurement for DWDM systems.

2. Wide Wavelength Range: It covers a wide wavelength range, making it suitable for use with various DWDM systems and applications.

3. Low Phase Noise: The device has low phase noise, which is crucial for maintaining signal quality and reducing bit error rates in high-speed communications.

4. Small Form Factor: The compact size of the WR-LL-AP11 makes it easy to integrate into various communication systems, reducing overall system complexity and cost.

5. Robust Design: The device is designed to withstand harsh environmental conditions, ensuring long-term reliability and stability.

1. Cost: The WR-LL-AP11 DWDM Laser Wavelength Reference can be quite expensive, which may be a barrier for some organizations or individuals.

2. Complexity: The device may require specialized knowledge and expertise to operate and maintain, increasing the overall operational cost.

3. Power Consumption: The device consumes a significant amount of power, which can add to the overall operational cost and carbon footprint of the communication system.

4. Limited Flexibility: The device may not be suitable for all applications and environments, as it is designed specifically for use as a wavelength reference in DWDM systems.

In conclusion, the WR-LL-AP11 DWDM Laser Wavelength Reference offers high accuracy, wide wavelength range, low phase noise, small form factor, and robust design, making it an excellent choice for applications that require precise wavelength measurement and stabilization in DWDM systems. However, its high cost, complexity, power consumption, and limited flexibility are important considerations that should be weighed against the benefits before making a purchase.

If your communication system requires precise wavelength measurement and stabilization for DWDM applications, the WR-LL-AP11 DWDM Laser Wavelength Reference is an excellent choice. However, if cost, complexity, or power consumption are significant concerns, alternative solutions, such as fiber-optic frequency comb generators or external cavity lasers, may be worth exploring. Ultimately, the best choice depends on the specific requirements and constraints of your communication system.

Details:

Fast and hassle-free. Are not included with this equipment unless pictured and/or listed in the above. Many/most items are functionality tested by the engineers and technicians in our on-site service repair as needed. Hours / Location.

specifications lablaserphotonicszo:

• brand: Wavelength References
• mpn: Wr-ll-ap11
• part type: Laser
• country of origin: United States

payments lablaserphotonicszo:

• other
• credit card: Diners-club
• wallet: Google-pay

shipping lablaserphotonicszo:

• cost: $40.90
• class: Standard, One-day
• type: Calculated
• transit: 3-6 Days
• carrier: FedEx
• service: FedEx Ground / FedEx Home Delivery, FedEx Standard Overnight

returns lablaserphotonicszo:

• method: Money back
• time: 30 Days
• paid by: Buyer
• policy: Returns Accepted

seller lablaserphotonicszo:

• # reviews: 16974
• city: Champaign, Illinois
• rating: 99.9%

offer lablaserphotonicszo:

• started: October 24, 2025
• options: Ship-to-home
• sold: 0
• quantity: 1
• availability: In Stock

general lablaserphotonicszo:

• condition: Used
• Medical Lab Equipment, Devices > Lab Lasers > Diode Lasers

Wavelength References WR-LL-AP11 Is Similar To:

• Tunable Laser Wavelength Build 81960a Parts 1630nm Agilent Diode 1520nm (33.3% similar) ...(March 11th, 2015)
• Etalon Element Wavelength Excimer Laser Assurance 193nm (43.5% similar) Elector Marvin is a 9/5 Mon Fri business. By listed for. Problems are questions that were not asked before the offer closed. It's often to late to solve them if you wait...(January 2nd, 2015)
• Lpm830-30c Newport Laser Diode Module Wavelength (18.5% similar) Newport LPM830-30C laser diode module, Wave length 830NM, max per 30MW, FD 2011 this is a offer...(February 10th, 2017)
• Mpl-500 B Wavelength Electronics Laser Diode Driver (41.4% similar) I can often do better. If you feel the calculated shipping cost is too high contact me prior to buying. Products product. Sorry, no local pick-up for this item. Inches chassis mount monitor set point and actual temperatures operating temperature range: 20 to 85 deg. I combine shipping where ...(March 11th, 2017)
• Mpl-5000 Wavelength Electronics 5 Amps Laser Driver Well Working (45.2% similar) In contiguous 48 USA. Please before buying for the shipping cost. Downloads data sheets . Team Wave length . Wave length electronics MP 50 5 amps laser driver. PDF please see pictures for more detail...(March 15th, 2016)
• Lfi-4502 Wavelength Diode Laser Driver Electronics 200ma (41.4% similar) As you know with most government agencies, when a new grant comes in, they have to justify the grant by buying new equipment leaving very useful equipment for surplus. Comes as shown. No accessories. Shipping buyer to pay shipping in the us. Some cosmetic wear. Acquired from government surplus. ...(September 23rd, 2015)
• Module Wex-1a Model Quanta-ray Crystal Extender Dye Laser Cm-1 Wavelength (15% similar) Please refer to the pictures provided below for more details on the condition of the item. One of the tinted lid hinges is also broken. Inside the unit is in good shape but may be missing some components. This item is in okay cosmetic condition with several scratches and marks on the outer housing. ...(January 18th, 2015)
• Lsr05r-ps05 Aerotech Laser Wavelength Power Supply Working (30.5% similar) Condition: unit does emit light but I think the optical lens need to be aligned. 8NM red nominal output power: approx. Details: this a vintage aerate Heine lab laser. Aerate LSR05R he-NE laser 632NM Wave length with PS05 power supply - working specifications:type: Heine lab laser model: medium: ...(November 15th, 2019)
• Mpl250 Wavelength Electronics Mpl Series Laser Diode Driver Low Noise (43.4% similar) Wave length electronics MPL250 MP series laser diode driver recently removed from working service and guaranteed functional. Photos are of the actual unit for sale. Includes laser diode driver as pictured. Cosmetically has wear from previous use including scuffs and scratches...(June 8th, 2021)
• Fl500 Wavelength Reflow Compatible Low Noise Laser Diode Driver (45.5% similar) All products are packed in sturdy boxes with proper packing cushioning to ensure there is no damage the product during transit. FL500 refile compatible low noise laser diode driver actual product pictures uploaded. We assure an immediate reply to your questions during working hours...(August 18th, 2021)
• Wld3393-00000-c Wavelength Electronics Evaluation Board For Laser Diode Driver (42% similar) See my other sales for the WLD3343 2.2A laser diode driver for this model evaluation board. See last photo. New Wave length electronics laser diode driver evaluation board. For laser diode driver WLD3433 series. The Wave length electronics WLD3393-00000-C is in new condition...(May 14th, 2022)