Milestones

September 2007	First FDD WiMAX Repeater delivered and installed in Europe
June 2007	“Triple Play” broadband Wireless System developed and installed in Japan.
October 2006	Wireless Internet DOCSIS system expands with Cable AML Repeaters
June 2006	Digital MMDS systems commissioned with Cable AML broadband Transmitters and Repeaters
September 2005	Cable AML microwave links installed to transport several 8VSB digital channels to Cable TV Headends.
July 2005	Cable AML microwave links installed to transport HDTV (High Definition TV) Channels to Cable TV Headends.
August 2004	First wireless DOCSIS return system for one-way cable systems, allowing cable operators to offer DOCSIS modem service where previously it was impossible.
July 2004	Cable AML delivers its first digital headend as part of an integrated digital MMDS system.
December 2003	Cable AML delivers the first twelve broadband MMDS transmitters to expand the MMDS operations of MVS Comunicaciones of Mexico, the largest MMDS operator in the world.
May 2003	Cable AML introduces the Digital Headend Module, a revolutionary product that allows for a six-fold increase in spectral efficiency for point-to-point multichannel links.
January 2002	Delivery of two-way broadband AML system for HFC extension. The two-way AML system is designed to provide a microwave return path for cable modem signals.
December 2001	Cable AML delivers first 3.5 GHz DOCSIS-based broadband BWA (Broadband Wireless Access ) System for high speed Internet Access.
October 2001	Cable AML delivers 1.5 GHz DOCSIS-based BWA (Broadband Wireless Access System) for high speed Internet access.
July 2001	Cable AML delivers 2.5 GHz BWA (Broadband Wireless Access System) integrated with existing Analog MMDS System (Multi-channel Multipoint Delivery System) .
January 2001	Cable AML delivers 28 GHz Multi-channel LMDS System carrying Digital TV and two-way data with DOCSIS-based IP (Internet Protocol) Access System.
April 2000	Delivery of 18 GHz AML System for use with Intelligent Traffic System.
April 2000	Cable AML delivers 12 GHz Terrestrial DTH (Direct-to-Home) Digital Multi-channel TV Broadcast System for country-wide coverage.
July 1999	Completion of world's first 28-31 GHz LMDS commercial trial utilizing multi-carrier access technologies.
March 1999	Delivery of 28 GHz multi-carrier broadband access system.
February 1999	Delivery of Point-to-Point AML carrying analog video and two-way data simultaneously.
February 1998	Delivery of dual-redundant high-power LMDS transmitter system.
January 1998	Delivery of digital LMDS solid-state transmitter with video and data capability.
December 1997	Delivery of two-way dual-redundant STL system with digital carriers upstream, analog carriers downstream.
September 1997	Delivery of world's highest power broadband outdoor MMDS repeater.
August 1997	Delivery of world's first high-power dual redundant MMDS repeater system.
February 1997	Delivery of LMDS transmitter system for digital video and data.
October 1996	Delivery of the world's first dual-redundant high-power 13 GHz transmitters for carriage of 110 channels of 64-QAM modulated digital video.
May 1996	Delivery of the world's first high-power AML system for carriage of 64-QAM modulated digitally compressed video.
May 1996	Delivery of the world's first integrated, end-to-end, broadband redundant MMDS system fed by a dual-redundant 13 GHz AML system.
April 1996	Delivery of the world's first AML system at 14.5 GHz.
February 1996	Design and fabrication of the 18 GHz broadband transceivers for two-way analog-digital, video plus telephony system.
December 1995	Delivery of the world's first terrestrial DTH (Direct-to-Home) digital transmitter.
December 1994	Delivery of the world's first broadband MMDS system based on high frequency (19 GHz) linearization techniques.
July 1994	Delivery of the world's first AML system at 8 GHz.
February 1994	Delivery of the world's first automated, microprocessor controlled, transmitter redundancy switching system.
August 1993	First delivery of the world's highest power AML transmitter system at 13 GHz.
April 1993	Delivery of the world's first dual-redundant transmitter with full redundancy switching.
December 1992	Delivery of the world's first redundant AML repeater system designed for operation at a remote site.
October 1992	Design, development and installation of a multi-channel 4-hop FM system incorporating both AM and FM transmitters.
July 1992	Delivery of the world's first multi-channel agile transmitter designed for multiplexing into existing channelized systems.