• Network Enabled Frequency Distribution Amplifier 
• Dual Frequency Inputs with Auto Failover 
• Low Phase Noise Reference Frequency Outputs 
• Programmable per channel amplitude 
• 1U 19” rack mount 
• Redundant Hot Swappable Power Supplies

• Our Standard Intensity Linear Backlights provide rugged construction for demanding environments. 
• Standard intensity illumination with low power input requirements. 
• Multiple wavelengths available with very consistent illumination over the entire active area. 
• Available in 1” (25mm) increments with lengths up to 80.5” (2044mm).

Acquire high quality images with accurate radiometry for LEO (Low Earth Observation) earth observation applications with 65 MP focal plane and control electronics. From a 500 km orbit, SEEING™ 230 Ident has 9 x 6 km2 swath, offering a 1.03m native Ground Sample Distance (GSD), and features a super-resolution optional mode providing 70cm GSD. Thanks to its unique design, SEEING™ 230 Ident has an ultra-low SWaP factor. It is made of advanced ceramic material for strength during launch and stability during operation in space. It is athermalized and gradient insensitive between -10°C to +50°C. It has a low mass, below 8kg, saving both platform and launch costs.

• Rugged, cast aluminum housing has an outer diameter of 8.4” (213mm) and an inner, working diameter of 6.1” (155mm). 
• The Medium Dome Light is available in a wide range of wavelengths including a 3 channel, RGB configuration. 
• Provides up to 59kLux at a 1” (25mm) standoff.

• IRIG A & B/IEEE-1344, and NASA 36 inputs standard 
• HaveQuick sync option 
• Propagation delay compensation 
• Zero latency time reads 
• Match Time output (P4) 
• IRIG B time code output option 
• External Event time tag (P4) 
• Three user programmable rates 
• Ruggedization option 
• Multi-pin Front Panel P4 I/O option

OptoVue

• Revolutionary technology advancement for wafer and die-level photonics probing
• Real-time in-situ calibrations
• Singulated die testing
• True die-level edge coupling
• In-situ power measurements
• Advanced calibration technologies
• Enables autonomous measurements

Horizontal Die-Level Edge Coupling

• Highest accuracy in test results
• Lowest coupling loss
• Repeatable measurement results due to exclusive automated fiber-to-facet alignment technology
• Reduced risk of damaging fibers with collision avoidance technology
• Ease of use for less experienced users
• Enables close simulation of real-world conditions with device performance closest to the final application

See "Specifications & Details" tab for more key features

• 4 Independent Channels, 1 Output Connector 
• Includes built-in pre-programmed sequencing. 
• Provides control for computational imaging, including photometric stereo, extended depth of field, combined bright field + dark field, high dynamic range, and high resolution color. 
• Ideal for multi-channel lights and multi-light stations. Due to power output constraints, some configurable light lengths may be limited. 
• Housed within a compact enclosure with DIN rail mounting. 
• Driven with SignaTech™ for improved safety and easy operation. 

NOTE: NOT COMPATIBLE WITH C1 CONNECTORS