LASER DIODES BUILT ON WORLD CLASS TECHNOLOGY & EXPERTISE FOR OVER A DECADE
Products
1310nm 10G Fabry Perot (FP)
Eblana's 1310nm 10G FP Laser delivers unrivalled 10Gbps performance at affordable pricing. Its InAlGaAs composition provides for reliable, uncooled operation over a wide operating temperature range. Tight uniformity of key parameters ensures unsurpassed high volume manufacturing efficiencies.
Technical Attributes
- 1310nm emission
- Multimode (Fabry-Perot) spectrum
- 10Gbps operation
- Low threshold current
- Wide operating temperature range
- Available in Chip, TO-Can or TOSA
- ROHS compliant
Applications
- 10GbE (Gigabit Ethernet)
- SDH STM-64
- SONET OC-192
- 10G FC Fiber Channel
1310nm 2.5G Fabry Perot (FP)
Eblana's 1310nm 2.5G FP Laser is the 1310 FP of choice for mass market applications demanding high peformance without compromise to cost-down targets. The InAlGaAs composition of Eblana's 1310 FP provides for reliable, uncooled operation over a wide operating temperature range. Tight uniformity of key parameters ensures unsurpassed high volume manufacturing efficiencies.
Technical Attributes
- 1310nm emission
- Multimode (Fabry-Perot) spectrum
- 2.5Gbps operation
- Low threshold current
- Wide operating temperature range
- Available in Chip, TO-Can or TOSA
- ROHS compliant
Applications
- SONET OC-48 / SDH STM-16
- Intra-office and Inter-office links
- Fiber in the loop
- Private optical networks
- SAN 1GFC, 2GFC Fiber Channel
1310nm 2.5G Discrete Mode (DM)
When compared to conventional DFB laser technology, Eblana's 1310 DM delivers a high performance, single wavelength source at very competitive price points for mass market PON applications. Its strained quantum well InAlGaAs composition provides for reliable, mode-hop free, uncooled operation over a wide operating temperature range.
Technical Attributes
- 1310nm emission
- Single Wavelength (DFB-like) spectrum
- 2.5Gbps operation
- Narrow spectral width (typ 800kHz)
- Wide operating temperature range
- Available in Chip, TO-Can or TOSA
- ROHS compliant
1550nm 2.5G Fabry Perot (FP)
Eblana's 1550nm 2.5G FP Laser is the preferred choice for deployment in mass market point-to-point optical communications applications. High peformance, and long term reliability are a given with this 1550 FP laser. Its InAlGaAs composition provides for reliable, uncooled operation over a wide operating temperature range. Tight uniformity of key parameters ensures unsurpassed high volume manufacturing efficiencies.
Technical Attributes
- 1550nm emission
- Multimode (Fabry-Perot) spectrum
- 2.5Gbps operation
- Low threshold current
- Wide operating temperature range
- Available in Chip, TO-Can or TOSA
- ROHS compliant
Applications
- SONET OC-48 / SDH STM-16
- Fiber in the loop
- Intra-office and Inter-office links
- Private optical networks
1550nm 2.5G Discrete Mode (DM)
Eblana's 1550 DM laser delivers a high performance, single wavelength source at very competitive price points for mass market fiber communications applications. Its strained quantum well InAlGaAs composition provides for reliable, mode-hop free, uncooled operation over a wide operating temperature range. When compared to conventional DFB laser technology, Eblana's 1550 DM offers compelling performance and cost advantages.
Technical Attributes
- 1550nm emission
- Single Wavelength (DFB-like) spectrum
- 2.5Gbps operation
- Narrow spectral width (typ 800KHz)
- Wide operating temperature range
- Available in Chip, TO-Can or TOSA
- ROHS compliant
Applications
- Long Reach SONET OC-48 / SDH STM-16
- ATM Switches and Routers
- Metro Edge Switching
1550nm Narrow Line Width (NLW)
Eblana's Narrow Linewidth (NLW) series lasers set the standard for monolithic, ultra narrow linewidth laser emission at 15XXnm. These products are available in 100kHz, 200kHz and 400kHz versions and may be supplied with SMF or PM fiber depending on requirements. Each laser module is supplied with a full set of characterization data.
Technical Attributes
- Linewidth as narrow as 100kHz.
- Stable single cavity without external cavity or feedback.
- Tunable by either temperature or current
- Very low mode partition noise
- Low RIN -160dB/Hz
- Low sensitivity to environment and mechanical vibration
Applications
- Coherent Communications Systems
- LIDAR
- Optical Test and Instrumentation
- Interferometric Fiber Optic Sensors
- RF and Microwave Photonics
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