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Optical Sensing & LiDAR, Wireless/DAS
lASeRS & oPTicAl ReceiVeRS
EMCORE lasers for Optical Sensing support a broad array of technologies including LiDAR, Optical Sensing & LiDAR
strain measurement, tracking, terahertz-spectroscopy, interferometry, position and interfer- Highlights
ence measurement, and free space communications.
n High optical output power up to 18 dBm
1995 1550 nm High Power CW Source DFB Laser for LiDAR
n Narrow linewidth
NEW! EMCORE’s 1995 cooled TOSA laser module is characterized for use as a CW n Double optical isolators
coherent optical source laser for LiDAR technology. The 1995 is DC-coupled n High immunity from interference
with a built-in TEC, thermistor, and monitor photodiode. It incorporates a high- n Wide operating temperature range –
efficiency coupling scheme to deliver 15 dBm of optical power for Frequency stable even in harsh environments
Modulation Continuous Wavelength (FMCW) sensing for autonomous vehicles. n Custom package design options available
1790 1550 nm High Power CW Source DFB Laser for LiDAR
Optical Sensing Applications
EMCORE’s 1790 laser module is characterized for use as a CW coherent optical n LiDAR
source DFB laser operated in the 1550 nm wavelength band for LiDAR technol- n Frequency Modulation Continuous
ogy. Its design provides a compact, robust solution for Frequency Modulation Wavelength (FMCW) sensing
Continuous Wavelength (FMCW) sensing for autonomous vehicles with n Autonomous vehicles
high optical output power up to 18 dBm.
n Free space optics
EMCORE’s linear fiber optic components for integrated wireless Distributed Antenna
Systems (DAS) and Small Cells being deployed in stadiums and other venues integrate ex- Wireless Highlights
tremely well into these systems, enhancing bandwidth and linearity to enable the delivery
of consistent, reliable signals in areas where interference is high, or signals are weak. DFB Lasers
n Standard ITU grid wavelengths
1997 Uncooled & 1998 Cooled 6 GHz Coaxial DFB Laser Modules n Advanced analog chip design
n Wide industrial temperature range –
EMCORE’s 1997 1310 nm and 1550 nm uncooled stable even in harsh environments
CWDM, and 1998 cooled DWDM 6 GHz DFB laser n Telcordia 468 compliant
®
modules are ultra-linear, coaxial models optimized
for signal distribution in 5G wireless, DAS and small n RoHS compliant
cell applications. They are designed to enhance Optical Receivers
bandwidth and signal integrity for delivery of consistent, reliable wireless
signals. The 1997 is designed for temperature-controlled environments while 1998 is internally n Wide 40 MHz – 3000 MHz Bandwidth:
Supports analog or a combination of
cooled with thermo-electric coolers already installed for high-stability in demanding envronments. analog and digital channels
n Case temperature range from
1615A 1310 nm 2.7 GHz & 1764 1550 nm C-Band DWDM DFB Lasers -30 °C to +85 °C
n Excellent RF frequency and distortion
EMCORE’s 1615A 1310 nm DFB laser module is designed for both characteristics for high linearity
wireless and DAS applications. This highly-linear OC-48 pinout com-
patible device delivers superior distortion performance. EMCORE’s n Internal proprietary impedance matched
1764 laser module is a DWDM laser for analog wireless and DAS circuitry
applications featuring a DFB device designed specifically for RF and
wireless. Both have a wide operating temperature range of -40 °C Wireless Applications
to +85 °C for reliable performance in harsh node environments and narrow transmitter designs.
n Wireless & 5G networks
7830W 3 GHz Optical Receiver n Distributed Antenna Systems (DAS)
n Small Cells
EMCORE’s 7830W 3 GHz optical receiver is a singlemode fiber pigtailed n Architectures using separate
module featuring a low-noise, impedance-matched broadband photodiode optical wavelengths to carry
and RF amplification. The device receives optical analog and/or digital signals targeted services
for a range of video broadcast options, and delivers the corresponding RF n Long distances and high optical splits
electrical output.
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