Yenista Optics has developed the CTP10, a next-generation platform for the rapid testing of passive optical components such as Photonic Integrated Circuits and Wavelength Selective Switches. The CTP10 mainframe hosts up to 10 hot swappable modules and contains embedded software for configuring the desired test set-up. The GUI displays the graphs and analysis results simultaneously on two external screens.
The platform has been designed for heavy duty measurements in both R&D and production environments. It covers the wavelength range from 1240 to 1680 nm and features the capability of testing 4 devices independently at the same time. A single wavelength scan with an external tunable laser provides insertion loss and return loss with a dynamic range of 70 dB. The power meters of the platform enable accurate characterization of small ripple (0.1 mdBm/µs) and steep edges (> 1 dB/µs) for high-end filters and micro-resonators with slopes of up to 10,000 dB/nm.
“With the CTP10 we have achieved an exponential increase in performance. The platform has an unprecedented capacity of handling and analyzing huge volumes of measurement data. It can host up to 60 power meters acquiring data at 1 Msps per power meter.” said David Heard, Yenista’s Sales Director. “The GUI is also impressive. It draws on the philosophy of our OSA20 Optical Spectrum Analyzer and focuses on the application rather than the instrument - setting up measurements and analyzing results is now simple and intuitive.”
In March, the CTP10 was successfully showcased for the first time in a live demonstration at the OFC 2017 exhibition. The product will start shipping in Q4 2017.
Aragon Photonics and Yenista Optics, both manufacturers of fiber optic test and measurement equipment, have signed a partnership agreement to collaborate on high resolution optical spectrum analysis equipment. The companies will work together on next-generation technology, business development, sales and customer support. The first step of the cooperation is the interoperability of Aragon’s BOSA 100 high resolution optical spectrum analyzer and Yenista’s T100S-HP tunable laser.
The companies believe that putting to work the synergies of their respective technologies will enable more advanced test equipment for the demanding fiber optic test & measurement market, in particular, high spectral resolution measurements that include polarization and phase information. These measurements are of paramount importance in the characterization of complex modulation formats such as PAM4 for datacenters and PolMux QAM and PSK for Metro & Long-Haul Coherent Systems. The technology will also benefit the characterization of laser devices as side-mode spacing, SMSR and chirp can be accurately measured.
“At Aragon, we are thrilled to join forces with a great company such as Yenista in developing and promoting high-performance optical test equipment,” said Asier Villafranca, CEO of Aragon, “We believe this cooperation will bring us a step further in the photonic test & measurement industry.”
“This partnership is an important step for Yenista. It enables us to offer Hi-Res OSAs as well as classical OSAs to our customers”, stated Michiel van der Keur, CEO of Yenista Optics, “Moreover, all customers that already own our laser can directly benefit from the interoperability with Aragon’s BOSA100”.
Yenista Optics introduces a new module to its transmission laser product line. The OSICS DFB LANWDM is available in four wavelengths: 1295.56, 1300.05, 1304.58 and 1309.14 nm. Wavelength is temperature stabilized and the output power can be set up to 10 dBm.
LAN WDM transceivers are being adopted for LR and ER interconnect transmission of PAM4 based 100GE, 200GE and 400GE. The new OSICS modules enable testing of transceiver components such as modulators, multiplexers and receivers in both R&D and manufacturing. Measurements are repeatable thanks to excellent wavelength and power stabilities: 5 pm and 0.01 dB respectively.
“The OSICS is a reliable platform for 24/7 operation and offers a wide variety of modules for configuring test benches in development and production environments” said Eric Schlafflang, Product Line Manager of Yenista’s OSICS platform. “For our customers testing Silicon Photonic PIC devices, the four DFB LANWDM lasers are a cost-effective alternative to tunable lasers when only a limited tuning range is required”.
Yenista will showcase the OSICS platform with the new DFB LANWDM modules at the PIC International Conference in Brussels on March 7 and 8, 2017.
We are pleased to update the specifications of our low cost tunable laser, TLS-AG with an extended wavelength range. These modules now provide output from every ITU grid wavelength, without gap, over the extended C & L-bands. The TLS-AG is one module in our OSICS Platform and is suitable as a source for coherent transmission either as the transmitter or local oscillator. The new wavelength ranges are:
- C-band: 1527.40 to 1568.57 nm
- L-band: 1568.77 to 1610.06 nm
Output is through a polarization maintaining fiber with an output power of over 20 mW. Available now with quick delivery! Please contact us for details.
Yenista Optics was very pleased to sponsor the Photonics Integrated Circuit international conference, held in Brussels at the beginning of this month. PIC International was a global conference that provided complete coverage of the photonic integrated circuit industry with presentations from leading figures from industry and academia. Yenista exhibited two products which have distinct advantages for this field.
- Optical Spectrum Analyzer, OSA20
As the fastest and most accurate instrument of its type, the OSA20 is an excellent tool for characterizing lasers and active devices. It operates from 1250-1700 nm with a 20 pm resolution. Its specifications are uniform over the full wavelength range, so compared to competitors, it has even bigger advantages when operating outside the telecom C-band.
- Swept-wavelength measurement system, TUNICS & CT400
Already used by many groups for characterising passive optical waveguides Yenista’s TUNICS tunable lasers combined with our CT400 Component Tester provides a fast, accurate and affordable solution for device testing. The system is available for any wavelength range within 1240-1680 nm. A polarization maintaining fiber version is now also available. The system achieves a 1 pm resolution, 5 pm wavelength accuracy and a market leading dynamic range of 65 dB with a single scan.
We are now looking forward to the OFC conference where we will have live demonstrations of these products. If you are travelling to Anaheim, please stop at Yenista’s booth, we will be delighted to see you.
Yenista Optics announces the release of a series of laser modules for testing at CWDM wavelengths from 1270 nm to 1610 nm, plus additional modules at 1625 nm and 1650 nm. The CWDM modules correspond to the wavelengths used in 40 Gb/s and 100 Gb/s CLR4 and CWDM4 transceiver modules as well as conventional CWDM systems. The additional modules operate at supervisory channel and OTDR wavelengths.
Conventional CWDM sources are uncooled and can exhibit a drift of up to 6 nm in operating wavelength. This limits their use for test and measurement applications. Yenista’s new modules integrate into its OSICS platform and are stabilized in both wavelength and power. Stability is better than 5 pm and 0.01 dB for wavelength and power respectively. Output power for all modules is controllable from 0.2 to 10 mW.
Yenista’s Sales Director, David Heard commented, “We have been supplying tunable lasers for testing CLR4 and CWDM4 components. Until now, this has been the only option at these wavelengths. These new products provide a lower cost alternative, and in a platform that is already widely used in the industry.”
The OSICS platform will be showcased at the upcoming ECOC exhibition in Valencia, Spain from 27 September to 1 October 2015.
Yenista Optics has updated its popular OSICS optical test and measurement platform. The new model provides compatibility with existing OSICS modules whilst providing a modern front panel interface together with USB and GPIB control.
OSICS is Yenista’s multi-function test platform supporting modules such as tunable lasers, DFB lasers, optical variable attenuators and optical switches. A cost effective test system can be established by combining available modules. A front panel interface provides convenience for use in research labs, whilst the remote control provides flexibility for automated test stations.
Yenista’s Sales Director, David Heard commented, “The OSICS platform is extremely popular and we have an extensive installed base. The new instrument was developed in response to customer requests; to add additional functionality whilst maintaining compatibility with existing modules.”
The platform will be showcased at the upcoming OFC exhibition at the Los Angeles Convention Centre, USA from 24-26 March.
OSA20 - New Functions Now Available
Yenista’s OSA20 Optical Spectrum Analyzer has the highest resolution and fastest scan of any instrument of its type available. The latest firmware release has added a number of new functions making it the clear leader for all test applications. New functions include:
- EDFA Test - provides a simple but comprehensive characterisation of optical amplifiers, such as EDFA’s. It measures the gain, noise figure and noise power. Results are shown both numerically and graphically in real time.
- Passive Component Test - for characterisation of optical components such as optical filters, isolators and optical fiber.
- Burst Mode - a dedicated scan mode to test PON networks. It optimizes the scan according to the burst period and provides better accuracy than PON power meters. The algorithms have been extensively tested on GPON, XG-PON1 and XG-PON2.
- Recirculating Loop Test - in this mode the acquisition is synchronized to a gated input signal. When used in a recirculating loop it provides the fastest measurement at 20pm resolution of any OSA available today.
Ex-Demonstration Unit Sale - 25 to 40 % discount!
Yenista makes a good selection of instruments available for evaluation and for demonstration at customer’s premises and exhibitions. We currently have a number of these units available for purchase at significant discounts. Available "ex-demonstration units" include the TUNICS T100S bench-top tunable lasers, tunable and fixed wavelength DFB lasers from the OSICS platform and our XTA-50 electronic tunable filter. Please email or contact a member of our sales team for further information.
Yenista Optics a leading manufacturer of fiber optic test and measurement equipment releases two new test instruments and upgrades its Optical Spectrum Analyzer with dedicated modes to test EDFA’s and PON network, burst signals. The new instruments are a Passive Component Tester operating from 1240 to 1680 nm and a range of bandwidth adjustable Tunable Filters.
The CT400 Passive Component Tester combines with Yenista’s tunable lasers to create a complete swept-wavelength measurement system. It has a 1 pm wavelength resolution and 5 pm wavelength accuracy. A single wavelength sweep achieves a 65 dB dynamic range with a typical measurement time of 3.5 seconds. Models are available to cover any wavelength in the 1240 to 1680 nm range. The CT400 can also be integrated with external power or current meters to enable characterization of both high port count devices and integrated silicon photonic components.
The new XTA-50 Tunable Filter builds on Yenista’s lead in tunable filter technology. It provides a new touch screen user interface and Ethernet communication. The XTA-50 is available in four models covering the O, S, C and L wavelength bands and with bandwidths from 32 pm (4 GHz) to 5 nm.
Yenista released its OSA20 Optical Spectrum Analyzer in March this year. Additional functions to measure the Gain and Noise Figure of optical amplifiers (EDFA’s) have now been added. The OSA20 has the highest optical rejection ratio (ORR) of any grating based instrument a parameter which enables accurate Noise Figure measurements even with closely spaced DWDM signals. A dedicated “burst signal” mode has also been added to accurately measure the spectrum in PON networks irrespective of duty cycle (1 to 100%).
Yenista Optics a leading manufacturer of fiber optic test and measurement equipment is pleased to announce the opening of a Sales Support and Repair Center in Newbury Park, California. The office will support the growing demand for its test equipment from semiconductor manufacturers developing silicon photonic technologies as well as the DWDM telecom industry.
Yenista is now well known for its Tunable Lasers, Tunable Filters and its optical component test systems. Its latest product, an Optical Spectrum Analyzer has been a game changer; providing extremely fast, high resolution analysis with a modern, easy to use interface.
The office will be headed by Lawrence van der Vegt who brings 25 years’ experience in the fiber optic industry. Lawrence was previously the Test Instrument Division Manager at Ando (now Yokogawa) and held senior positions in Sales & Marketing at Rifocs, a Greenlee Textron company, and 3M Photodyne. Lawrence commented "I am delighted to join Yenista. There is growth in fiber optic applications for high speed telecom and datacom markets in North America. Yenista is a respected brand and has products with real advantages. I look forward to expanding Yenista activities in this region".
The release of the v1.2 embedded software activates Ethernet and USB-B ports to control the instrument remotely, and VGA, DVI and HDMI ports for display on an external monitor. It also introduces new analysis functions like adjustable spectral resolution, which enables you to select a resolution bandwidth of 50 to 2000 pm in addition to the native bandwidth of 20 pm. This function offers customers the opportunity to choose the bandwidth according to the modulation of signals. All OSA20 customers can directly benefit from the new features by updating the embedded software available on the Yenista Optics website, from the Download Area.
Yenista Optics showcased its products at the ECOC 2013 exhibition in London, UK from 23-25 September and celebrated its 10th Anniversary with a number of selected customers.
Watch Michiel VAN DER KEUR, Founder and CEO of Yenista Optics looking back at the 10 years, and introducing the OSA20, the new high performance Optical Spectrum Analyzer, to the fiber optics community.
Yenista Optics a leading manufacturer of fiber optic test and measurement equipment has developed a new, high performance Optical Spectrum Analyzer. The OSA20, a diffraction-grating based instrument, operates from 1250 to 1700 nm and is the first instrument of its type to use a touch sensitive display with multi-touch gesture control.
The instrument has been designed for both R&D and production environments. Rapid scans of up to 2000 nm/s combine with a 20 pm wavelength resolution bandwidth, high performance monochromator and sampling every 2 pm to achieve very fast, ultra-precise spectral measurements. Wavelength accuracy is also excellent within ±20 pm over the telecom C and L wavelength bands.
The OSA20 has an extensive suite of built-in analysis modes and functions enabling rapid analysis for many common applications. For example, channel analysis of DWDM signals, detailed analysis of single mode lasers, broadband sources, optical fiber amplifiers and passive optical components. The OSA20 also has a full complement of input/output ports with multiple USB and gigabit Ethernet ports to allow integration into a broad range of test systems.
According to Alain Poudoulec, Yenista’s CTO “The two and a half years development has been a significant investment for Yenista. But, as a completely new product, we have been able to use the latest advances in hardware and software to bring a really high specification product to market. Our beta testers really liked the multi-touch gesture control which is very intuitive. You can easily scroll and zoom the scans and it dramatically improves ease-of-use compared to traditional interfaces.”
The OSA20 will be showcased at the ECOC 2013 exhibition in London, UK from 23-25 September.
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment continues to expand. Today, the company opens a Support Center in Singapore. This new centre will offer technical support, as well as repair and calibration services, to Yenista’s customers throughout the Asia Pacific region. This follows only one month after opening a similar Support Center in Shanghai, China.
The Support Center will also offer repair services on legacy TUNICS and OSICS equipment from Photonetics and Nettest. Those optical instruments and corresponding technology were transferred from Anritsu to Yenista in 2009. Over 350 units dating from the bubble years (1999-2001) have been successfully repaired since the transfer.
Dr David Heard, Sales & Marketing Manager says: “The goal of our Support Center in Singapore is to be close to the optical component manufacturers located in Thailand, Malaysia and Vietnam, and to support the thriving photonics community in Australia. Our customers will benefit from a dedicated technical support and short turnaround times on servicing of equipment.”
Yenista Optics will exhibit at the 13th Fiber Optics Expo (FOE) in Tokyo, Japan on April 10th-12th, 2013. The full range of the recently released high power tunable lasers designed for component testing, TUNICS T100S-HP, will be showcased for the first time in Asia.
Yenista Optics, a leading manufacturer of fiber optic test and measurement, is expanding its international presence with a Support Center in Shanghai, China. The Center will offer technical support and repair services. It opens officially on March 18, 2013.
Yenista has deployed tunable lasers and tunable filters in mainland China with the help of its local sales partners. Its customers face important challenges in test and measurement both for manufacturing and R&D. Through the Support Center, Yenista will be able to accompany and assistant them with implementing its products in their set-ups.
The Support Center will also offer repair services on legacy TUNICS and OSICS equipment from Photonetics and Nettest. Those optical instruments and corresponding technology were transferred from Anritsu to Yenista back in 2009. Over 350 units dating from the bubble years have been successfully repaired since the transfer.
According to Nicéphore Nicolas, Sales & Marketing manager in charge of the Chinese market, “Our presence in mainland China shows Yenista’s commitment to serve customers with local support. The Shanghai Support Center marks an important milestone in Yenista’s history: it is the first step of the company’s establishment in Asia”.
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment will launch a new family of High Power Tunable Lasers, TUNICS T100S-HP/CL at OFC 2013 on March 19-21, in Anaheim, USA. The products will be showcased at booth #2825.
The complete portfolio of the T100S-HP now features 6 tunable lasers. They have been explicitly named after the wavelength tuning bands that are covered:
The /O and /CL lasers have 10 dBm minimum output power and are dedicated to the main telecom applications. The /O+, /ES, /SCL and /CLU lasers have 8 dBm minimum output power and the largest wavelength ranges available on the market, making it possible to cover the full telecom wavelength band from 1240 to 1700 nm at 8 dBm with just 3 lasers! This is done by combining the /O+, /ES and /CLU lasers.
“We managed to implement important innovations that enabled us to extend the wavelength range and to increase the output power without any compromise on other specifications of the T100S” said Michiel van der Keur, Yenista’s CEO. “With the TUNICS T100S-HP portfolio, we offer the most advanced and cost effective solution for all R&D and Manufacturing environments”.
The /O and /CL models are available whereas the /O+, /ES, /SCL and /CLU lasers start shipping in May.
Yenista will also showcase its leading test and measurement equipment at several exhibitions this Spring: FOE in Tokyo, Japan from April 10-12 and Photonics in Switching in Kyoto, Japan from June 30-July 4.
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment will introduce a new High Power tunable laser, the TUNICS T100S-HP/CL, and new tunable filters with wide bandwidth adjustment ranges, the XTM-50/W and XTA-50/W, at ECOC 2012 on September 17-19, in Amsterdam. The products will be showcased in live demos at booth #424.
The TUNICS T100S-HP/CL laser provides an output power of at least 10 dBm over the whole tuning range from 1500 to 1630 nm. It guarantees a signal to source spontaneous emission ratio (SSSER) higher than 90 dB. Important innovations in the laser’s external cavity design have been implemented, enabling significant increase in the output power and stability without any compromise on other specifications.
Yenista’s XT-type flat-top optical tunable filter range also welcomes new members with the Wide bandwidth option: XTM-50/W and XTA-50/W (where “W” stands for “wide”). This option increases the maximum achievable bandwidth to 3 nm. It offers bandwidth adjustability from 50 pm (6.25 GHz) to 3000 pm (375 GHz) with very sharp filter edges (500 dB/nm). The filters cover the 1520 to 1570 nm wavelength range and have an insertion loss of less than 5 dB in combination with a top flatness of 0.2 dB.
Yenista Optics XT-type filter range already includes a Standard version with a bandwidth of 50 pm – 800 pm covering the spectral range 1450 – 1650 nm, and an Ultrafine version allowing a bandwidth of 32 pm – 650 pm with very steep edges of 800 dB/nm.
Yenista will also showcase its leading test and measurement equipment at several exhibitions this autumn: AVFOP in Cocoa Beach, Florida, USA from September 11-13 and ILOPE in Beijing, China from October 16-18.
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment has added the PMF option on its manual optical tunable bandpass filter, the WSM-160 BP. This option offers an optimized wavelength range over the C-band from 1525 nm to 1570 nm and passband adjustment from 0.25 to 45 nm.
The standard WSM-160 was designed to enable engineers to extract channels with low insertion loss and no signal distortion thanks to its flat-top shape. It is particularly well suited for studying new modulation formats, cascaded ROADMs, high bit rate transmission, pulse shaping, and optical parametric amplification. The PMF option addresses specific needs in new modulation formats where polarization multiplexing is utilized.
This new option is an advanced feature in Yenista Optics’ already very broad range of benchtop tunable filters. Yenista will showcase its filters along with its leading products at several exhibitions this summer: at ICTON in Coventry, United Kingdom from July 2-5; at CIOE in Shenzhen, China from September 6-9; and at ECOC in Amsterdam, Netherlands from September 17-19.
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment today releases an ultrafine option for its flat-top optical tunable filters, XTM-50/U and XTA-50/U. This option reduces the minimum bandwidth to a market-leading 32 pm or 4 GHz at 1550 nm.
In the development of next generation 100 Gb/s transmission systems, the need for extremely narrow tunable filters has emerged to investigate new modulation formats and their sub-bands. Yenista’s ultrafine option perfectly meets this requirement by providing a higher selectivity to its XT range of filters. The option offers bandwidth adjustability from 32 pm (4 GHz) to 650 pm (80 GHz) and edges of 800 dB/nm - the steepest available on the market! In the standard version, these values are of 50-800 pm and 500 dB/nm respectively. The filters operate in the 1480 to 1620 nm wavelength range and have very low dispersion and loss characteristics.
David Heard, Yenista Optics’ Sales and Marketing Manager for North America says: "Yenista’s filters are designed for the most demanding applications. The high isolation and wide wavelength range surpass all their competitors. Our XT filters are widely respected, particularly, in the telecoms market, and the new ultra-narrow filter will meet the needs of engineers developing new transmission technologies and modulation formats such as OFDM." The filters along with the whole range of Yenista Optics’ test equipment will be showcased from Jan. 24th to 26th 2012 at Photonics West, booth number 4022, in San Francisco, California, USA.
Yenista Optics S.A., a leading manufacturer of fiber optic test and measurement equipment, is proud to announce the establishment of Yenista Optics Inc. and the opening of its US office in Princeton, New Jersey, USA, on the first of October 2011. The office includes a Repair & Calibration Laboratory.
Yenista is well respected for its Tunable Laser and Tunable Filter products. The filters have the most advanced specifications on the market whereas the reliable TUNICS tunable lasers originally date back to Photonetics (later Nettest and Anritsu). The office will provide both pre- and post-sales support to its North American customers including full repair and calibration services. In addition, it will provide repair and calibration services for the large installed base of TUNICS and OSICS products manufactured in the past by Photonetics, Nettest and Anritsu. Fast turn-around times will be ensured thanks to the large stock of original replacement parts.
Yenista’s CEO Michiel van der Keur commented, "We have successfully introduced Yenista’s products on the North-American market through a partnership with JGR Services. The past two years were fundamental in promoting our portfolio and creating brand awareness. Establishing the US office will build on this foundation to provide enhanced support and services to our US customers. For the Canadian market, we will continue our partnership with JGR Services".
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment, has further expanded its multi-channel OSICS platform with a new Variable Back Reflector module. The "OSICS BKR" module provides a controllable back reflection of up to 55dB over the 1250 nm to 1650 nm wavelength range.
Back reflection or return loss is an intrinsic parameter in all optical systems which occurs as a result of Rayleigh scattering in optical fibers and due to the mismatch of refractive indices within optical components. Poor or open connectors are also significant contributors. Managing return loss and testing components and systems under a range of operating conditions is an important part of system design and validation. The "OSICS BKR" provides a simple solution. Further, it can be integrated with other test instruments such as light sources, optical switches and variable attenuators as part of the multi-channel OSICS platform. The modules can be controlled either manually or via the GPIB and RS-232 interfaces.
David Heard, Sales and Marketing Manager commented, "The OSICS platform is widely used throughout the fiber optics industry. Adding additional modules provides our customers with a cost effective upgrade without changing the platform and control software with which they are familiar. The module is particularly useful to stress transceivers for return loss sensitivity measurements and for PON system testing where open connectors are an issue."
Yenista Optics, a leading manufacturer of fiber optic test and measurement equipment, announces the release of a new tunable laser in the 1310 nm wavelength region. The T100 model uses a new optical cavity design to provide high optical power (+6 dBm) with extremely low noise (>80 dB/0.1 nm SSER).
The combination of high power and low noise output has not been possible with conventional tunable laser designs. Yenista is the first company to overcome this limitation with its patented self-filtered external cavity laser technology. The technology is used in its TUNICS T100 models. The new O-band version operates from 1270 nm to 1340 nm with up to +6 dBm output power and a signal to spontaneous emission ratio (SSER) of over 80 dB/0.1 nm. The laser is particularly suitable for characterizing narrow bandwidth filters and as a light source for testing high speed transmission systems.
"The original or O-band, operating around 1310 nm, has been widely used for short reach telecom applications. It corresponds to the low dispersion region of standard single mode fiber but is limited to non-amplified links by the lack of optical amplifiers. With the demand for higher capacity in access and data networks there is now a resurgence of interest in this wavelength band" said Nicéphore Nicolas, Yenista’s Sales and Marketing Manager. "Engineers developing and testing components for the latest 40 and 100 Gigabit Ethernet and FTTH/PON networks really benefit from the performance of Yenista’s TUNICS T100 lasers."
Yenista will be demonstrating the TUNICS T100 lasers at the upcoming OFC/NFOEC exhibition at the Los Angeles Convention Center, March 8-10, booth 1113.
Yenista Optics a leading manufacturer of fiber optics test and measurement equipment for the telecoms industry is pleased to announce the appointment of Dr David Heard as Sales & Marketing Manager. David will be working with Nicephore Nicolas to expand worldwide sales and marketing activities.
David brings over 12 years’ experience in fiber optic test and measurement. He was previously at Santec where he managed their European subsidiary and was responsible for sales and marketing throughout the EMEA region. "I am very excited to join Yenista. The company has seen rapid growth since acquiring the Anritsu range of optical test instruments two years ago. The brand dating back to Photonetics is well established in Europe, has a large installed base and an excellent reputation. Yenista really understands the market and is developing new products to support the latest developments in the industry."
Yenista has been producing fiber optic products for the past 6 years. It added tunable lasers and OEM modules to its test and measurement product line through the acquisition of the former Photonics/Nettest/Anritsu product ranges in 2009. It plans to expand the range further in 2011.
CEO Michiel van der Keur commented, "We have invested heavily in updating the former Anritsu products and in the development of new instruments and have seen significant sales growth throughout 2010. I am pleased to welcome David to our team. He has an excellent technical ability and is well known in the industry. His commercial and technical experience will be invaluable to support our future growth."