Key Products and Technology Demos
WORK Microwave’s AX-80 Series of FPGA-based satellite modem, modulator, and demodulator platforms will be a key highlight at SATELLITE 2018.
WORK Microwave will also demonstrate its new 3-channel, V-band block upconverter. Adding support for higher frequencies, between 47.2 to 51.40 GHz, enables operators to optimize the use of Ultra High Throughput Satellites (UHTS) …
At IBC2017, WORK Microwave will demonstrate the latest enhancements to its satellite technologies portfolio, including a new high-performance DVB-S2X demodulator for transport stream applications.
At Electronics Warfare (EW) Europe 2017, WORK Microwave will demonstrate its comprehensive range of military solutions, including radar synthesizers and front ends, ECM equipment, RF selectors, satellite ground control equipment, and medium-power amplifiers.
Maintaining an accurate level of moisture is critical in the textile industry for quality and consistency purposes. At Techtextil 2017, WORK Microwave will demonstrate a special version of its sensor system for high-speed, non-contact, in-line control, and measurement of textile products such as yarn, cloth, and clothing.
Maintaining an accurate level of moisture, mass, and density is important when it comes to producing high-quality powders, granules, and bulk solids. Moreover, companies need the ability to detect and measure the presence of foreign particles in these materials to decrease contamination and waste. At SCHÜTTGUT 2017, WORK Microwave will demonstrate a special version of its sensor system for high-speed, non-contact, in-line control and measurement of powders, granules, and bulk solids.
Measuring the powder material throughput and final inspection of the filled capsule or tablet is critical in the pharmaceutical industry. At Pharma Congress 2017, WORK Microwave will demonstrate a special version of its sensor system for high-speed, non-contact, in-line control and measurement of capsules and tablets.
| WORK Microwave, a leading European manufacturer of advanced satellite communications equipment, celebrated 30 years of technology innovation this month by hosting a customer experience event at its Holzkirchen premises near Munich, Germany. |
| WORK Microwave, a leading European manufacturer of advanced satellite communications equipment, today announced a new single-carrier Wideband Demodulator that, when combined with the company’s Broadcast Modulator, provides satellite operators with one of the first end-to-end wideband transmission and reception solutions. |
| At CommunicAsia2016, WORK Microwave will demonstrate how satellite operators can dramatically increase flexibility, bandwidth, and margins while reducing their operational costs by using its portfolio of analog and digital satcom solutions. Hot new products on display will include the all-IP DVB-S2X A-Series and Q-band ready synthesized block converter. |
At POWTECH 2016, WORK Microwave will demonstrate a powerful range of sensor solutions that accurately measure moisture, mass, density, or foreign particles of powder; granules; and bulk solids, including food, plastics, wood, glass, and paper.
At SATELLITE 2016, WORK Microwave will showcase the latest advancements to its analog and digital satcom solutions, including a new all-IP DVB-S2X product line. Using WORK Microwave’s solutions, satellite operators can dramatically increase flexibility, bandwidth, and margins while reducing their operational costs.
Holzkirchen, Germany — Oct. 7, 2015 — WORK Microwave, a leading global supplier of advanced satellite communications, navigation, defence electronics, and sensors equipment, today announced the appointment of Thomas Fröhlich as CEO. He will jointly lead WORK Microwave with CTO Günter Prokoph, concentrating on driving the company’s strategy while broadening the company’s customer reach and increasing sales revenue.
HOLZKIRCHEN, Germany — Sept. 8, 2015 — WORK Microwave, a leading European manufacturer of advanced satellite communications, today announced that its Frequency Converter Series is Q-band-ready, allowing operators to meet the growing consumer demand for high-bandwidth telecommunications and broadcast services. Q-band support is available for WORK Microwave’s entire range of frequency converters, including IF, block, and tracking, and has already been requested by global satellite operators to support secure, high-performance communications projects.
HOLZKIRCHEN, Germany — Aug. 4, 2015 — WORK Microwave, a leading European manufacturer of advanced satellite communications, today announced that it has opened a new office in Tucker, Georgia to broaden the company’s market reach across the Americas. Waylon Sun has been appointed as vice president, business development and sales, at this location.
At CommunicAsia2015, WORK Microwave will showcase its range of DVB-S/S2/S2X equipment that provides satellite operators with increased flexibility, bandwidth, and margins while reducing their amplifier power, operating costs, and antenna sizes.
HOLZKIRCHEN, Germany — April 28, 2015 — WORK Microwave, a leading European manufacturer of RF electronics and related products, today announced that the company will be exhibiting a broad range of sensor solutions at Control 2015, one of the world’s premier trade fairs for quality assurance.
HOLZKIRCHEN, Germany — Jan. 7, 2015 — WORK Microwave, a leading European manufacturer of advanced satellite communications, navigation, defence electronics, and sensors and measurement equipment, today announced the appointment of Andreas Lermann as the new director of sales and marketing. Lermann is responsible for driving product strategy and global business development for WORK Microwave‘s SatCom, Defence, and Sensor units to increase the company’s worldwide sales presence and revenue streams.
HOLZKIRCHEN, Germany — Oct. 1, 2014 — WORK Microwave, a leading European manufacturer of advanced satellite communications, impressed crowds at IBC2014 by addressing some of the most critical challenges facing the broadcast, satellite, and telco industries. During the show, WORK Microwave demonstrated a variety of advanced satellite communications equipment, including DVB-S2X technology, OptiACM and Video ACM, and Fifth-Generation Frequency Converters, all of which bring increased bandwidth efficiency and cost savings to operators.
HOLZKIRCHEN, Germany — Sept. 11, 2014 — WORK Microwave, a leading European manufacturer of advanced satellite communications equipment, today announced the DVB-S2X IP modem, a future-proof modulator-demodulator solution that maximizes flexibility, efficiency, and cost savings for satellite operators. Built on a powerful new architecture that fully supports the new DVB-S2X standard, the IP modem brings maximum performance to IP trunking and network infrastructure applications, making it the ideal solution for telecommunication companies, Internet service providers (ISPs), and teleport operators. WORK Microwave will demonstrate the DVB-S2X IP modem for the first time at IBC2014, stand 4.C60, Sept. 12-16 in Amsterdam.
At POWTECH 2014, WORK Microwave will demonstrate a powerful range of sensor solutions designed to accurately measure moisture, mass, density, or foreign particles of powder, granules and bulk solids, including food, plastics, wood, glass, metal, and paper.
At IBC2014, WORK Microwave will showcase a wide range of advanced satellite communications technologies that support the new DVB-S2X standard. WORK Microwave’s DVB-S2X equipment provides satellite operators with increased flexibility, bandwidth, and margins while reducing their amplifier power, operating costs, and antenna sizes.
At CommunicAsia2014, WORK Microwave will demonstrate the latest improvements to its DVB- S2 Broadcast Modulator, Video ACM System, and Fifth-Generation Frequency Converter Series. As operators around the world look to enhance their service offering, WORK Microwave’s solutions are proven to optimize satellite bandwidth, improve signal quality, and reduce operating expenses.
HOLZKIRCHEN, Germany — June 11, 2014 — WORK Microwave, a leading European manufacturer of advanced satellite communications, today announced that its DVB-S2 modulators and modems now feature Carrier Identification (CID) technology, according to ETSI TS 103 129, enabling satellite operators to comply with the new DVB-CID standard ahead of the mandatory deadlines. WORK Microwave’s DVB-S2 modulators and modems with DVB-CID technology allow operators to easily identify and eliminate the sources for interfering signals on satellites, provide a higher quality of service (QoS) to customers, and reduce operating expenses.
At SCHÜTTGUT 2014, WORK Microwave will demonstrate a powerful range of sensor solutions designed to accurately measure moisture, mass, density, or foreign particles of bulk solids, including food, plastics, wood, glass, metal, and paper.
WORK Microwave announced that it will be an exhibitor at ANGACOM this year. During the show, WORK Microwave will showcase a range of advanced SATCOM products, including its DVB-S2 Broadcast Modulator, DVB-S2 IP- Modem SK-IP, and Fixed Frequency Block Converter Series. All of WORK Microwave’s SATCOM solutions have a rich feature set to help alleviate bandwidth issues and improve signal quality.
At SATELLITE 2014, WORK Microwave will demonstrate enhancements to its DVB-S2 Broadcast Modulator, Video ACM System, and Fifth-Generation Frequency Converter Series, designed to help operators optimize satellite bandwidth, improve signal quality, and reduce operating expenses.
WORK Microwave will showcase an extensive range of satellite communications technologies at CABSAT 2014, designed to optimize bandwidth, improve signal quality, and reduce operating expenses. Key highlights will include enhancements to the company’s DVB-S2 Broadcast Modulator, DVB-S2 IP-Modem SK-IP, and Fifth-Generation Frequency Converter Series.
WORK Microwave announced it will be exhibiting at the NAB Show this year. At the booth, the company will demonstrate significant enhancements to its DVB-S2 Broadcast Modulator, Video ACM System, and Fifth- Generation Frequency Converter Series. Leveraging the new improvements, operators can optimize satellite bandwidth, improve signal quality, and reduce operating expenses.
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