Who owns agilent technologies

Its unique design reliably manipulates the capillary flow inside a gas chromatograph oven, thus enabling new applications and productivity gains. The largest solar energy generator in Sonoma County, the system is expected to displace more than 90 million pounds of carbon dioxide over the next 30 years. This is equivalent to the emissions from approximately 7, cars. This receiver sets a new industry standard with a percent faster data-acquisition speed than any other antenna receiver on the market , data points per second simultaneously on each of the five receiver channels.

It provide the best simulation of real-world conditions available on the market and significantly reduces development cycle time. Agilent introduces the industry's first microwave signal generator that breaks the one-watt output power barrier, the PSG ED. The ultrahigh output of this instrument eliminates the need for supplementary hardware such as amplifiers, couplers and detectors.

The rate of change accelerated even more in the s, as web-based information and applications became more pervasive toward the end of the decade. Competition intensified, and time-to-market cycles were greatly reduced. In Lewis E. In HP announced a strategic realignment and the creation of a separate company, Agilent Technologies Inc.

Hewlett-Packard would continue as a computing and imaging company that included all of HP's computing, printing, and imaging businesses.

Edward W. HP announced the formation of the new company on March 2, , and on July 28 Agilent Technologies was given its name, a combination of 'agile' with the popular 'ent' ending that suggested high technology compare, for example, Lucent, Scient, and Teligent.

HP planned to spin off the rest of its Agilent stock to HP shareholders in Agilent's four businesses consisted of test and measurement, semiconductor products, healthcare solutions, and chemical analysis. In the area of test and measurement, Agilent provided companies in the communications, electronics, semiconductor, and related industries with standard and customized test and measurement solutions, including instruments and systems, automated test equipment, communications network monitoring and management tools, and software design tools.

Customers included communications and network equipment manufacturers, providers of communications services, designers and manufacturers of semiconductor products, and designers and manufacturers of electronic equipment. In the field of semiconductors, Agilent was a supplier of semiconductor components, modules, and assemblies for high-performance communications infrastructure, computing devices, and mobile information appliances.

Products included fiber-optic communication devices, components, and assemblies; integrated circuits for high-speed local area networks LANs and storage area networks SANs ; devices and integrated circuits for microwave and radio frequency RF mobile wireless devices and infrastructure; infrared components for short-range communications; ASICs application specific integrated circuits for workstations, servers, and laser and inkjet printers; LEDs for electronic image and information display; and more.

These products were sold to original equipment manufacturers OEMs and contract manufacturers in the communications and computing industries. Agilent's healthcare solutions were focused on electro-medical clinical measurement and diagnostic solutions. Products and services included patient monitoring systems, imaging systems, external defibrillators, cardiology products, and related services and support.

These products enabled medical professionals to gather and analyze information in a variety of settings, from intensive care units to doctors' offices. Environmental and Forensics: From pesticides to pharmaceutical residues to trace metals, we provide fast, accurate and sensitive methods for monitoring contaminants affecting quality of life.

Agilent solutions also play an important role in law enforcement by providing robust tools and instruments to analyze and verify evidence at trial, and in helping sports authorities ensure the world's top-performing athletes are competing fairly. Pharmaceutical: Agilent has one of the broadest solutions portfolios of any company serving the pharmaceutical industry.

Our solutions provide precise answers for every segment of the pharmaceutical industry, from disease research and drug discovery to drug development, manufacturing and quality control. The start-to-finish solution set means customers can get products to market faster. Customers trust us to help them test the purity of their therapeutics.

Agilent also ensures that their instruments and processes conform to the highest compliance. Diagnostics: Agilent gives doctors a head start in the fight against cancer and other diseases. Our solutions help pathology laboratories deliver fast, accurate information to the doctors, hospitals and medical centers they serve. We help medical professionals make more accurate diagnoses so patients can receive the most effective therapies.

Chemical and Energy: The world runs on energy, and energy companies need to locate, extract and refine fuels efficiently and cost-effectively.

Our solutions help customers maximize their production and predict failures in their refineries before they happen. Agilent also helps energy researchers investigate biofuels, renewable fuels and other forms of alternate energy.

Research: Most life sciences and diagnostics research is done at top-tier universities, with funding from governments around the world. Agilent is helping these researchers learn more about cancer, cardiovascular diseases, diabetes, Alzheimer's, Parkinson's, autism and other ailments.

About Keysight. Keysight Technologies History A history of groundbreaking industry firsts. Company History Timeline. News Releases Introduction. Bulletins s. In the News s. Images s. Editorial Backgrounders s. Videos s. Awards s. Journalist Contacts s. Santa Rosa employees celebrate the newly launched Keysight. The oscillator uses an incandescent bulb as part of its wiring scheme to provide variable resistance, a breakthrough in stability in oscillator design.

The principle of feedback provides the foundation for other early HP products such as a harmonic wave analyzer and several distortion analyzers. Bill Hewlett and Dave Packard designed it as an open system without interior walls, so space could be flexible. Dave Packard designs a voltmeter that gives unprecedented reliability at a lower price than the competition HP enters the microwave field with the Model A signal generator developed for the Naval Research Laboratory and a radar-jamming device.

A complete line of microwave test products follows, and the company becomes the acknowledged leader in signal generators. Test times are reduced from approximately 10 minutes, to one or two seconds. The product is a huge success, and is used for measuring everything from transmitter frequencies, to the accelerometers on which ballistic missile guidance systems were based.

Joint Venture with Yokogawa Electric Works. As the company's central research facility, HP Labs is one of the world's leading electronics industry research centers. Today, it is known as Keysight Laboratories. The Woods Hole Oceanographic Institute used the A on ships for nearly a decade to interface with laboratory instruments.

HP introduces its first all-solid-state component oscillator. Over time, the cesium beam standard is used in time-critical applications.