BROADRAY TECHNOLOGY
Serve Our Customers in Timely Manner with Reliable Products and Total Solutions.
 
 
 
  • Mini-Collimators
The in house developed mini collimator is all-glass structure with corning ClearCurve single mode fiber. It's small footprint enables the applications in compact CWDM/WDM devices, tunable filters, switches. Check the data sheet (PDF).
 
 
 
  • Large-Beam Collimators
For free-space communications, testing and some medical applications large beam collimator with long working distance is desirable. The large-beam collimators are designed for wavelength from 980nm to 1100nm with working distance as long as 400mm. It is ideal for fiber optical delay line application.
 
 
 
  • Mini 1x4 CWDM Devices
The device is based on free-space and thin-film filter technology with low insertion loss and wide passband centered at 1271, 1291, 1311 and 1331nm. It is extremely robust and stable. The footprint is only one tenth of conventional CWDM devices and it is optimized for CFP/CFP2 40GBASE transceiver applications. The devices have been qualified per Telcordia GR-1221. Check here for detailed Mini CWDM specifications.
 
 
The device has the same structure as CWDM but with better controlled center wavelength. It is 5-port bi-directional device with four channels centered at 1295.56, 1300.06, 1304.59, and 1309.14nm. The dimension of such device is only 20x8x6mm, which is the most compact device in the industry and is optimized for CFP/CFP2 100GBASE transceivers.
 
 
  •  Mini 1x4 100GHz DWDM Devices
The DWDM device is based on free space and thin-film filter technology. It eliminates the cascade structure that causes high insertion loss and takes big footprint for fiber routing. The channel spacing is 100GHz (others are also available upon request). It has ultra-low insertion loss (<1.2 dB) and compact size (6.5x10x25mm) and  is a good candidate for DWDM GPON applications as well as DWDM transceivers.
 
 
  • Mini 1x8 100GHz DWDM Devices
The development of next generation GPON requires 1x8 DWDM (4 channels each direction) with low insertion loss. Our 1x8 DWDM devices are compact (6x12x25mm) with extremely low insertion loss (<1.8 dB). It is based on free-space and thin-film filter technology, which has proven record of high reliability.
 
 
  • Mini 1x16 100GHz DWDM Devices

Compared to the conventional cascaded 3-port DWDM device which is with footprint around 120x80x10mm, our mini 1x16 100/200GHz DWDM is only about 5% in size. It is based on dielectric thin film filter technology. No fiber coupling between filters is involved, which enables an ultra-low insertion loss.

 
 
  • Mini 1x8 CWDM Devices

The mini 1x8 CWDM is with option of upgrade port. It is densely packaged with footprint only 6.5x13.8x22mm. The device has superior performance and the loss of all 8 ports is as low as 1.2 dB. The design uses all glass structure inside and it is very stable at all operating temperature. 
 
 
  • Mini 1x18 CWDM Devices
The mini 1x18 CWDM is the first of its kind compact device with footprint only 6.5x21x24mm. The device has superior performance and the loss of all 18 ports is as low as 2.0 dB (premium grade). The design uses all glass structure inside and it is very stable at all operating temperature.
 
 
 
  • Paired CWDM/WDM Devices
 One package integrated with a pair of CWDMs or WDMs can further reduce space and give more room for highly integrated modules such as CFP transceivers.  The paired device is just slightly bigger than the single CWDM or LAN-WDM device. It based on the same platform and has excellent performance and high reliability. Check here for detailed specifications.
 
 
 
  • Compact CWDM Devices
CWDM devices are widely used for FTTX. It is very desirable to have compact and reliable CWDM module at Optical Line Terminal (OLT). The compact CWDM device is tightly sealed with small footprint compared to those available in nowadays market. 0.9mm or 2mm loose tube are used to better protect the fibers for field implementation. 5-port or 6-port with an express port devices are standard and more port count can be customized.  Check here for detailed specifications.
 
 
 
  • Optical Fiber Delay Line Module
 Optical Delay Line is a key component for Optical Coherence Tomography (OCT) as well as for various other fields such as characterization of ultra-fast laser pulses and path length-resolved measurement of reflectivity. The fiber optical delay line can provide delay path as long as 400mm while the variation of loss in the whole path is maintained less than 0.3 dB. The designed working wavelength is 1060+/-70nm with FC/APC connectors. Check the detailed specifications.
 
 
 
  •  VOA for Optical Interferometer
Variable Optical Attenuator is a key component inside OCT optical interferometer engine to adjust the beam intensity of the reference arm in order to get high quality signal. The VOA is based on MEMS technology and packed into TO-46 package. It has excellent long term stability and ultra low insertion loss at 0 dB attenuation. The device has been qualified per GR-1221. The standard product is designed for wavelength at 1060nm and other working wavelength is available upon request. Check the detailed specifications.
 
 
 
  • Wide-Band Coupler
50/50 wide band coupler is the main part of OCT optical engine. It is desirable to have wide band coupler with temperature-independent performance. The wide band coupler is based on thin film filter technology which superior than the similar products employing fused fiber approach. The standard product is 50/50 split ratio and other ratio is available upon request.
 
 
 
  • High Speed Photodiode
 The device incorporates high speed, high sensitive InGaAs PIN photodiode with FC/APC receptacle connection. It has high return loss and is excellent candidate for the applications where back-reflection noise have to be avoided. They can be paired for OCT heterodyne detection. Check for the detailed specifications.