When combined with Endwave's patented GemFire , FlatFire and WavShapr millimeter wave antennas, these systems enable the proliferation of broadband wireless Internet access systems by greatly reducing system costs and lengthy design cycles. Customizable - AllegrA transceivers are designed to cover all standard millimeterwave frequency bands, and can be customized to specific frequencies and applications when the user selects the desired LO and IF frequencies and adds the appropriate filter. IF Capability - AllegrA transceivers are designed to accommodate a wide range of receive and transmit IF frequencies, giving system integrators maximum flexibility in system design. Meet Toughest Requirements - AllegrA transceivers have been qualified to meet the stringent ETSI and FCC requirements. C Price and Availability AllegrA transceivers are in production now and are available in quantity.
Price depends upon specific model and quantity.
This statement refers to the inability to send outbound data and communications from the business to the local switching office or Internet access point at broadband speeds. Current technologies based upon existing wire line infrastructure, such as XDSL and T1, are limited to a few hundred kilobits per second up to a few megabits. Endwave has pioneered PTMP technology, making these systems even more cost effective by allowing the relatively expensive base-station to be shared by many customer units. Endwave has over 20 patents covering its revolutionary antenna designs, and its Flip-Chip GaAs MCIC technology that forms the core of its highly miniaturized millimeter wave transceivers. Founded in 1992, Endwave is headquartered in Sunnyvale, California.