New Wave Instruments
3367 N 350 E
Provo UT Utah
United States 84604
Provo UT Utah
United States 84604
Phone:
+1 801 222 9734, Fax: +1 801 222 9734
Tags:
Electronics Electrical Test Measurement Computer Based
Manufacturer of spread spectrum, PN code, PN sequence, and PRBS generators for use in the development of DSSS, FHSS, CDMA, WCDMA, and other wireless communication equipment.
Manufacturer of Spread Spectrum Development & Test Equipment -- PN Sequence (PRBS) Generators for CDMA, WCDMA, DSSS, and FHSS Products Literature Sales Support Resources Spread Spectrum Tutorial CDMA Tutorial SS Topics RF Resources RF Instruments Much More ... About NWI Contact NWI Popular Sites New Wave Instruments has been the leading manufacturer of PN sequence (PRBS) generators for over two decades. Our generators are used in laboratories, factories, and universities throughout the world for spread spectrum and CDMA research, product development, and system test. Satisfied customers include such outstanding organizations as General Electric, Bell Atlantic, NYNEX, Boeing Aerospace, Lockheed, and Johns Hopkins Applied Physics Laboratory. International customers include Fujitsu, Mitsubishi, Sanyo, and Samsung. Our generators, which support both DSSS and FHSS spread spectrum, are being used in a broad range of applications, including the development of CDMA and WCDMA cellular communication technology, personal communications services (PCS), wireless LANs (WLAN), military reconnaissance, and communications intelligence (COMINT) equipment. A number of models are available, ranging from a convenient 16-stage desktop generator, to a dual 32-stage rack-mount generator with GPIB capability. Brief descriptions of the generators are presented on our Products page, while detailed brochures and application notes are available on our Literature page. Why Spread Spectrum? Patented by a glamorous Hollywood movie star in the midst of World War II, spread spectrum remained a classified military secret until the 1970s. Even then it was known to only a handful of engineers until the late 1980s. And yet, just a decade later, spread spectrum became one of the hottest topics in wireless communications! Exactly what is spread spectrum, and what makes it so special? Simply put, spread spectrum is a method by which a narrowband radio signal is spread out to a much wider bandwidth before transmission takes place. Upon reception of the s
