2010
January
• Lockheed Martin exercises option for fourth satellite ship-set of flight Power Monitors forthe MUOS satellites.
• Lockheed Martin exercises option for fourth satellite ship-set of flight Ka Band Downconverters for the MUOS satellites.
• Lucix delivers High Power Q-Band Oscillators to Northrop Grumman for the NPOESS satellite
February
• Power Monitors delivered to Boeing for the MUOS satellite.
March
• Lucix delivers High Power Q-Band Oscillators to Northrop Grumman for the ATMS payload.
• Lucix delivers MRO and MLO hardware to Loral for a commercial satellite payload.
July
• Lucix completes delivery of full shipset of Hardware to Boeing for the TDRS K satellite – 58 flight units, including LNAs, Reference Generators, and Frequency Converters. Delivery is on-time and fully compliant.
• Contract from Boeing for Ka Band Oscillators for an unnamed US Government satellite payload.
September
• Delivered all shipsets of Ka Band Master Local Oscillators for the HNS satellite to Loral, on time and 100% compliant with all specifications.
• Lockheed Martin exercises option for fifth satellite ship-set of flight Power Monitors for the MUOS satellites.
• Lucix Receives Space Ka Band Downconverter Award from Lockheed Martin for the MUOS Program
October
Contract from Loral (SS/L) for Commercial Satellite Payload Hardware – including Ku Band and Ka Band Master Local Oscillators for the Amazonas-3 satellite.
November
• Contract from Boeing for UHF Hardware for an Intelsat Satellite payload.
• Contract from Loral (SS/L) for Commercial Satellite Payload Hardware – including Ku Band and Ka Band Low Noise Amplifiers (LNAs) for a Eutelsat satellite.
• ATP from Boeing for flight MLO Systems for a series of Inmarsat Satellites.
2009
• Boeing, Loral (SS/L) and Lockheed Martin place new and follow-on orders for Space RF Electronic Units with Lucix.
• Lucix Receives new follow-on orders for additional Military Airborne RF Units from Rockwell Collins for the FAB-T Program.
February
• Follow-on contract received to build flight Power Monitors for the BSAT-3c satellite by Lockheed Martin Commercial Space Systems (LMCSS).
April
• Follow-on contract from Lockheed Martin received for one more satellite ship-sets, with options for two more shipsets, of flight Power Monitors for the MUOS satellites.
• Follow-on contract from Boeing received for additional flight Power Monitors for the Boeing MUOS payload.
May
• Follow-on contract from Lockheed Martin received for one more satellite ship-sets of flight Ka Band Downconverters, with options for two more shipsets, for the MUOS satellites.
• Delivered first ship-set of Ka Band Receivers to Orbital Sciences for a commercial satellite payload, on-time and fully compliant with all specifications.
June
• Delivered second ship-set of Ka Band Receivers to Orbital Sciences for a commercial satellite payload, on-time and fully compliant with all specifications.
October
• Contract from Loral (SS/L) for Commercial Satellite Payload Hardware – including Ka Band Master Local Oscillators for the HNS satellite.
• Contract from Boeing for UHF Hardware for an Intelsat Satellite payload.
December
• Delivered flight Ku Band Power Monitors for the BSAT-3c satellite to Lockheed Martin Commercial Space Systems (LMCSS); delivered early and fully compliant.
• Delivered all flight PLDROs to Boeing for the NASA TDRS satellite program; delivered early and fully compliant.
2008
• Boeing, Loral (SS/L) and Orbital Sciences place over $30MM of new orders for Space RF Electronic Units with Lucix.
• Lucix Receives follow-on orders for additional Military Airborne RF Units from Rockwell Collins for the FAB-T Program.
March
• Contract from Orbital Sciences Corporation for Ka Band Receivers for a commercial satellite program, including options for additional satellites.
• Contract from Loral (SS/L) for Commercial Satellite Payload Hardware – including Ka Band Master Local Oscillators and Master Reference Oscillators for the Viasat satellite.
June
• Follow –on Contract from Northrop Grumman for additional Q-Band High Power Dielectric Oscillators for the NPOESS satellite. Order value is over $1MM.
September
• Contract from Boeing to design, qualify and build Space RF Electronic units for NASA’s TDRS K and L satellite program. Lucix will deliver 126 flight units of 18 unique designs, including LNAs, Reference Generators, Frequency Converters and Phase Locked Oscillators.
November
• Orbital exercise option for additional Ka Band Receivers.
2007
February
• Lucix awarded a contract to develop and build several models of sophisticated agile Downconverters and Upconverters for an unnamed US Military satellite program by a major US satellite manufacturer. The Up and Downconverters span the ranges of 1 to 18 GHz, and include internal agile synthesizer-LOs.
March
• Contract received to build additional flight Power Monitors for the MUOS satellites from Lockheed Martin Commercial Space Systems (LMCSS) in Newtown, Pennsylvania. The Power Monitors incorporate 8 and 16 independent channels providing RF power detection and telemetry at UHF band for the MUOS communications payload.
April
• Lucix receives the Top Performing Supplier 2007 Award from Rockwell Collins.
Awarded a contract to provide Ku-Band and C-Band Dual Local Oscillator (LO) Assemblies for a Commercial Satellite being built by Space Systems/Loral (SS/L), in Palo Alto, California. The LO Assemblies each provide redundant, ultra-stable, low phase-noise signal sources for the satellite payloads.
2006
February
• Lucix Receives Contract for Space RF Units from Boeing. The UHF Power Monitor units are to be part of a payload being built by Boeing for the MUOS Satellite.
August
• Lucix Receives Follow-On Award for Additional Military Airborne RF Units from Rockwell Collins for the FAB-T Program. This new contract involves eight unique module types, including up and down converters, trans-converters, amplifiers and phase-locked frequency sources (PLDROs). Included in this phase are production and delivery of additional quantities of modules previously ordered and delivered.
October
• Final delivery of flight Power Monitors for the BSAT-3a satellite to Lockheed Martin Commercial Space Systems (LMCSS). The Power Monitor incorporates 14 independent channels providing RF power detection and telemetry at Ku-band for the BSAT-3a satellite.
2005
• $3M Series B-1 Financing closed
• Initial space contracts from Boeing, Lockheed and Northrop
March
• Lucix Obtains AS9100 and ISO9001:2000 Certification
• Lucix Receives Contract for Space RF Units from Boeing for the CMIS Program
May
• Dick Fanucchi joins Lucix as Vice President, Product Design and Manufacturing
June
• Lucix Receives $4.5 Million Award for Military Airborne RF Units from Rockwell Collins for the FAB-T Program
July
• Contract received to build flight Power Monitors for the BSAT-3a satellite by Lockheed Martin Commercial Space Systems (LMCSS). The Power Monitor incorporates 14, independent channels providing RF power detection and telemetry at Ku-band for the BSAT-3a communications payload.
September
• Lucix Receives Space RF Power Monitor Award from Lockheed Martin for the MUOS Program
• Contract for Q-Band Space RF Frequency Reference Units for the ATMS Program awarded to Lucix by Northrop Grumman
2004
• Financing funds used to develop infrastructure and systems for High-Rel space and military markets
• Additional FAB-T contract from Boeing
2003
• Paul Regulinski joins from ICO as VP, Programs and Systems
• New Business Plan Developed
• $5M Financing closed
• FAB-T contract received from Boeing
2002
• Mark Shahriary brought into Luicx as President and CEO to lead turn-around.
• New strategic direction set to focus on Hi-Rel Space Products, Space Systems Engineering, and Military RF Electronics
