- INTEGRATED PHOTONIC MULTI-FUNCTIONAL CHIPS
The class of photonic lightwave chips, packaged and used for fiber sensors in very extreme sensitivity requirements. the products available are ultra-compact packaged.
MULTI-Function
photonics -active & passives
acoustics
electronics
MEMS
Robust Proven Design
COASTAL SAFETY AND SECURITY
Function & Operations
*Vessel Traffic Management Information System (VTMIS)
*Control Surveillance Monitoring
*Channel & Port Operations -Coastal & Inland
*Pollution & Surface Spill Optical Detection
*Search & Rescue
*Bridge Safety
*MEPSEAS
COMING SOON:
Wide Optical Band Multi-Spectral pollution & foreign material detection in commercial maritime traffic channels
SPOTTER - single channel EMCCD PAL video
Comprising
##--Night/Day color cam type E1PAL Z360/Z500 Lens
##--Video PR1000+Rcvr & Remote Ops
##--Pan & Tilt typeD100 0.007deg
##--EE & EEE in C-Box, comms link, build-enclosures
##--Operator Equipment
##--Power & Surge protection in C-BOX
The SPOTTER series of product is designed for end users to deploy specialised cameras to spot activities at far distanced. The system full series comprise of multi-sensor capability and pedestals designed for remote operation, without site attendance personnel. The systems are fitted to withstand harsh outdoor daytime sun heat, and typhoon category 5 storms. We work with all our end users in their site applications to create robust site facilities. Our advisory also includes application domain technical expertise. Spectral sensor requirements, laser spotting, and laser intercepting intruding drones.
This SPOTTER-a system is a standard equipment for monitoring human
activity at 1km. it is a night color capability sensor, EMCCD PAL (700x576
625lines or 576i format) image chip with lens capable to transmit visible (Vis)
color and near-red-IR (NR-IR). EMCCD requires lens F# to be very high
performance. For long distance viewing, the range distance can be simulated for
port & dockside, waterfront area monitoring.
EMCCD Night capability provides viewing to the level
of 0.1mLux or better, depending on the lenses used. It collects ambient light
photons from Vis band to NR-IR band, every photon is multiplies at the pixel
level, immediately after pixel charge accumulation. This sensor is prone to
high image electronic noise with light level is extremely low. The system
auto-switches to monochrome image at low light levels.