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207-647-3327; 888-SHIVELY (888-744-8359); FAX 207-647-8273 5 PM - 8 AM Eastern, emergencies only please - cell: (207) 329-5118 |
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| Employee Webmail | Shively E-Mail | |
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207-647-3327; 888-SHIVELY (888-744-8359); FAX 207-647-8273 5 PM - 8 AM Eastern, emergencies only please - cell: (207) 329-5118 |
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| Employee Webmail | Shively E-Mail | |
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| Antenna models | |
| Typical elevation patterns | |
| Icing Protection: | Radomes |
| De-Icers | |
| Transformers | |
| Related Information: | Tech bulletins |
| Tech sheets | |
| Bandpass filters | |
| Notch filters | |
| Branched combiners | |
| Balanced combiners | |
| Directional couplers | |
| Low-level group delay equalizers | |
| Related information: | Tech bulletins |
| Tech sheets | |
| Calculators | |
| Shively Is Different! | |
| IBOC filter modules: | Medium-power |
| Low-power | |
| Very-low-power | |
| Digital injectors | |
| Interleaved A/D antenna | |
| Related information: | Tech bulletins |
| Tech sheets | |
| Calculators | |
| Shively filter selected for HD Radio™ demo in France. (May '06) | |
| 4 Times Square expands with new interdigital technology. (July '05) | |
| Revolutionary IBOC test at Cougar Mountain. (August '02) | |
| Type "N" | ||||
| 7/8" | Flanged | Non-flanged | ||
| 1-5/8" | Flanged | Non-flanged | ||
| 3-1/8" | Flanged | Non-flanged | ||
| 4-1/16" | Flanged | Non-flanged | ||
| 6-1/8" | Flanged | Non-flanged | ||
| Cross-references: | ||||
| Old part numbers to new | ||||
| From Myat part numbers | ||||
| From Dielectric part numbers | ||||
| From SWR part numbers | ||||
| Related tech bulletins: | ||||
| Coax components specifications | ||||
| Patch panel dimensions (425 kB) | ||||
| CAUTION: All components are designed for use up to 108 MHz unless otherwise specified. Please contact Shively Labs for UHF components. | ||||
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| Tough terrain, wicked weather, maximum coverage – nobody does it better! |
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| Shows | |
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| Visit our Jon Clark at Booth #712 at NRB, February 18-21, at the Gaylord Opryland Resort & Convention Ctr. in Nashville, TN. |
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| Shively News | |
| David Allen takes the helm as President of Howell Laboratories and Shively Labs. |
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| Shively Labs forms new partnerships with EMC of Brazil and BWPSI of the Philippines. |
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| Partnering with Ideal Antenas of Brazil. |
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| Our freshly redesigned Model 2914 bandpass filter can now handle up to 1 kW input power! | |
| Awards | |
Shively Labs has won a techINK 2010 Innovation Award for our Graphical Power Meter system! |
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 Our Model 6020 antenna brings home the Radio World Coolstuff Award! |
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| Articles | |
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May-June 2008 Radio Guide article: September 2007 |
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| Archived articles | |
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Shively Labs has been designing and manufacturing professional broadcast antennas for over 40 years, for installations across the globe. Edward Shively, a radio electronic pioneer, was instrumental in the development of FM and TV antennas and combiners for RCA. In 1957, he left RCA for Dielectric Communications, where he served as head of its research and development team. In 1963, Shively founded Shively Labs, where he developed and patented several new innovations in the broadcast field. In 1980, Shively sold his business to Howell Laboratories, where he remained as a consultant until his retirement eight years later.
Today, Shively Labs is a leading manufacturer in the broadcast antenna industry, supplying products to over 100 countries. Shively’s products include multi and single-frequency sidemount and panel FM broadcast antennas with fullwave or special spacing and single and multi-channel antennas. In addition, Shively manufactures FM translators, branched and balanced multistation combiners, patch panels, filters, compressor-dehydrators, transmission line, coaxial components, isocouplers, directional couplers, and related RF equipment.
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Shively Labs’s reputation for quality is enhanced by our experience with extreme weather at locations such as Mount Washington, New Hampshire. On the summit of Mount Washington, the site of the world’s highest-ever recorded wind velocity, Shively antennas have been operating in sustained winds in excess of 200 miles per hour and rime ice as thick as five feet since 1969.
In the continuing tradition of Ed Shively’s research and development, Shively Labs has anticipated the advent of digital radio by developing its IBOC filter-injector, which is certified to be compatible with iBiquity's technology. Another area of expertise is pattern work. For over 30 years, Shively has done more formal directional pattern studies and reports as required by the United States Federal Communications Commission than all other manufacturers. The same design features enable Shively to offer predictable patterns and coverage for all its customers. Shively has never had a pattern rejected by any regulatory agency, anywhere in the world.
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Shively shares its management and production staff with its parent, Howell Laboratories, Inc., an employee-owned company. In addition, Shively has an experienced sales, engineering and technician staff devoted exclusively to its broadcast products. Shively and Howell occupy a modern 35,000 square foot building which contains office, laboratory and production space. There are exterior antenna test ranges on its eight acre property. Communications, engineering, drafting, testing and production control are fully computerized.
Both Howell and Shively are experienced in large multi-year contracts and projects. Howell is the principal supplier of waveguide air drying equipment for the U.S. Navy in support of the Aegis and other radar systems. Its equipment is aboard all the U.S. Navy’s surface combatants as well as those of several foreign navies. The company was a prime contractor for several of the U.S. Navy’s NAVSPASUR antenna sites; one of these included an antenna array over two miles long. Shively Labs has supplied many complex multi-channel FM broadcast systems, particularly in the United States, although there are such Shively systems in Korea and Thailand. Among these are an eleven station system in Miami, Florida, a ten station system at the John Hancock Center in Chicago, Illinois, a seven station system in Seattle, Washington, and a twelve station system for the Condé Nast Building at 4 Times Square in New York City.
Shively Labs is a member of many organizations promoting the development of RF technology, including:
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September-October 2011 Radio Guide article: 
