What's playing out in the test and measurement industry in the first half of 2022?
It seems like just standing at the new starting point of the Year of the Tiger, blinking 2022 is already halfway through. This half year, the common keywords are the social side of the dynamic zero, back to work and production, telecommuting; there are hot industries 5G/6G, new energy vehicles / ADAS / smart cars, Internet of everything, third-generation semiconductors and so on; digital marketing online live, lecture and various activities to promote.
Deeply plowed test and measurement industry for decades or even longer, is the German technology, Tektronix, R&S, NI, Anritsu several major brands although there are many macro commonalities, but each has its own characteristics, highlighting the respective advantages of each in the industry focus, but also the overall presentation of the current industry hot spots and the strategic response to each characteristic. Look at the first half of 2022, test and measurement industry are staged what big drama it.
Keysight : 6G, WiFi 7 preempts and detects the future
When the powerful 5G is still in full swing in the development and commercial deployment stage, and people have not yet seen the necessity of next-generation wireless communication technology, keysight starts to plan ahead, on the one hand, to maintain the momentum of 5G, and on the other hand, to stand at the head of the future wireless communication tide and prepare for new challenges.
The new vision of 6G is to achieve near-instant and ubiquitous connectivity, revolutionizing the way humans interact with the physical and digital worlds. This technology will not only support holographic communications, tactile Internet, intelligent network operations, and network and computing convergence, but will also create more exciting opportunities, marking a new era of wireless for key industries. 6G will empower the smart transportation sector, the modernization of manufacturing, sustainable agriculture, renewable energy, and the information and communications technology industry, then 6G will require a new generation of wireless technologies The ability to use multiple wireless network systems flexibly and seamlessly based on location and demand, and the development of standards and frameworks will be needed to ensure consistency and economies of scale in 6G deployments.
To address the 6G challenge, keysight leverages its R&D capabilities and carefully crafted software and hardware solutions for design, simulation, and verification applications to drive the 6G flagship organization's research in four strategic areas: wireless connectivity, distributed intelligent wireless computing, end-device and circuit design technologies, and vertical industry applications and services. Its solutions cover technologies for network security, device characterization, network testing, data analysis, artificial intelligence, and methods for measuring and reducing power consumption.
Similarly, while WiFi 6/6E is being rolled out in a blaze of glory, 2022 becomes a critical year for WiFi 7 development. Compared to WiFi 6, WiFi 7 boasts 30Gbps of throughput, approximately three times that of WiFi 6, offering lower latency and less phase jitter, making it more suitable for latency-sensitive applications. These improved features are due to WiFi 7's higher bandwidth, higher-order QAM modulation and multi-order MIMO technology, etc. WiFi 7 is based on the performance enhancements of WiFi 6/6e to compensate for the latter's shortcomings in rate and latency. Yestech has developed test software and hardware solutions for the WiFi 7 draft 1.0 standard and is continuously upgrading the corresponding test solutions as the standard evolves.
Yestech also has a unique advantage in wide band semiconductor testing, helping customers to properly evaluate devices, solve power module design problems and shorten development cycles. Its newly released PD1550A, a next-generation dual-pulse test power dynamic parameter analyzer, extends the capabilities of the PD1500A to provide a test solution for testing entire power modules. As a result, automotive equipment manufacturers (OEMs), Tier 1 suppliers and power module developers can accelerate development and gain greater insight into the dynamic characteristics of power modules, thereby improving the safety and reliability of automotive power circuits.
NI: A big step forward on the road to "Vision Zero" for the automotive industry
With the combination of sensing, communication and computing capabilities, 6G will enable a leap from the 5G "Internet of Everything" to the "Smart of Everything" era. In mid-June, NI released the USRP X410 LabVIEW suite for wireless communications research, which is based on a standardized, high-performance and easily scalable hardware and software platform to help researchers quickly build 6G prototype verification systems and accelerate 6G research from prototype to application implementation.
NI also continues to focus on automotive, aerospace, semiconductor, university and research applications and works closely with the best companies in these fields. For the aerospace test field online forum, NI through every two months, a total of five live courses, and the industry to fully communicate and interact.
The most noteworthy is NI's strong performance in the automotive field. On the road to achieving the "zero" vision (zero accidents, zero emissions, zero losses), NI has joined forces with a strong ecosystem of partners to forge ahead, and through a number of acquisitions continues to strengthen its solution delivery capabilities in the areas of automotive electrification and advanced driver assistance systems (ADAS), and to strengthen customer relationships.
NI's strategic cooperation spans the vehicle segment and development phase.
In the first half of 2022, NI also acquired the test systems business of Kratzer Automation AG, a leading European provider of total solutions for electrified EVs. This acquisition will further expand NI's investment in automotive electrification, increase NI's ability to serve customers in EV applications, and strengthen ties with key OEM customers. And in 2021, NI is also strengthening its automotive test capabilities through several acquisitions, including monoDrive (the leader in ultra-high-fidelity simulation software for ADAS and autonomous vehicle development), NHR (the leader in high-power test and measurement applications such as electric vehicles and batteries), and Heinzinger GmbH's electric vehicle systems business (the European leader in high-current and high-voltage power systems leader in Europe).
Also at the beginning of the year, NI appointed a new Senior Vice President and General Manager for the Automotive Division, Drita Roggenbuck, who is responsible for accelerating growth and good trends in NI's automotive test area with a focus on electric vehicles (EVs) and advanced driver assistance systems (ADAS). She will lead the team in helping automotive innovators achieve their vision of "zero" faster with innovative test solutions.
Tektronix: Playing oscilloscopes to the extreme, the new 2 series of disruptive work
In the digital era, test and measurement needs to keep pace with the times, Tektronix has been at the forefront of technological innovation, and the innovation of business model and marketing model follows the technological innovation. Tektronix online activities and live classes are in full swing, with business focus covering smart cars, third-generation semiconductors, high-speed interfaces, power testing, 5G and other fields. The annual Tektronix Innovation Forum will meet with everyone on the cloud on June 29-30, adapting to the characteristics of the new era, the forum on the cloud is convenient for industry insiders to participate freely online.
Entering 2022, Tektronix also increases its efforts in the automotive industry and is committed to becoming a leader in smart car testing, focusing on smart cockpit, autonomous driving and automotive triboelectricity, continuously investing and focusing on important test points for smart car testing, providing customers with safe, reliable and efficient smart mobility testing solutions, and jointly opening up the future of the smart car industry.
GaN and SiC are the third generation of wide band semiconductor materials, which will become the standard for future smart energy and 5G communication. GaN is usually used in low voltage and low power, such as small home appliances, especially in the field of fast charging, and SiC is usually used in high voltage and high power, such as new energy vehicle drive, 5G base station power, new energy and national grid. Tektronix provides complete static and dynamic parameter testing solutions for third-generation semiconductor devices. Using the 4200A-SCS parameter analyzer can accelerate the development of various materials, semiconductor devices and advanced processes, complete process control, reliability analysis and failure analysis.
This half year, Tektronix most eye-catching than in June just released the new 2 series MSO. this is another disruptive Tektronix oscilloscope, the oscilloscope play to the extreme, thin and beautiful but powerful, 3.8 cm thick, weighing 1.8 kg, can be loaded into a small backpack, multi-touch capacitive screen similar to the iPad, but also remote office, cloud storage, truly flexible, free, personalized, so that the test become more free.
The new 2 series can move seamlessly between workbench and test site, telecommuting is a great advancement to resume work and production, and the battery-powered work mode lasts up to 8 hours, assisting engineers to raise the freedom of test work to a whole new level. the cool features unique to MSO 3/4/5/6 series are given to this entry-level oscilloscope, the famous son, the price is entry-level, on So bold. With MSO 2, engineers achieve the goal of traditional oscilloscopes can not be achieved, successfully put a variety of instruments into the same device, optional arbitrary function generator, code generator, voltmeter and frequency counter and other built-in functions.
TekScope, a powerful software platform, allows engineers to work remotely and also allows the oscilloscope to further enhance its value. With native integrated software tools, engineers can collaborate, troubleshoot and debug designs across time zones, and the Series 2 MSO is equipped with TekDrive, a cloud-based test and measurement data workspace that allows engineers to upload, store, organize and share any file from a networked device, as well as perform analysis on the waveform and save it back to the cloud, where colleagues can view it directly and provide feedback.
R&S: Building the ultimate 5G connectivity and diving into 6G early validation
R&S, a long-established name in the electromagnetic compatibility and broadcasting industries, is also a leader in the communications test and measurement industry. Making 5G testing easier and more straightforward than ever, R&S strives to help users build the ultimate 5G connectivity together.R&S provides leading test and measurement solutions for the entire 5G ecosystem and all its lifecycle phases, helping users prepare for test challenges.
For 5G base stations, terminals, chips and components, as well as network coverage and radio regulation, R&S has comprehensive test solutions, such as CMX500, TS8980 and CMW100 for 5G terminal development, certification and manufacturing testing; signal sources, spectrum meters and network analyzer series for chip components and base station development and production testing; and also provides comprehensive EMC and OTA testing solutions.
For vertical industry testing needs, R&S is deeply involved and committed to providing comprehensive testing solutions for vertical industries. Taking Telematics as an example, R&S has worked closely with the Automotive Standards Committee and ICT Institute to provide leading solutions and reference cases from the access layer of communication to the application layer of ITS, to the in-loop testing of the whole vehicle and OTA testing of the whole vehicle. In the field of C-V2X, R&S is the only instrumentation vendor participating in the "four-span" interoperability test, helping the gradual commercialization of C-V2X.
At the same time, R&S is deeply involved in 6G-related technologies and promotes the development and implementation of standards, adding to the pre-research and early validation of 6G-related technologies. The key technologies of 6G research include Sub THz communication and sensing, intelligent super-surface, visible light communication, new airports, and machine learning and artificial intelligence.
Anritsu: Beyond Testing, Beyond Limits, Creating a Sustainable Future
With the latest evolution of high-speed interfaces such as PCIe 5.0, USB3.0 and MIPI becoming the focus of innovation, Anritsu, Tektronix and GRL jointly organized the "High-Speed Interface Test Forum", which has been held for 14 sessions by the end of June this year, and the three companies have adopted a joint online and offline approach to promote industrial innovation and discuss with industry The three companies have adopted a joint online and offline approach to promote industry innovation and discuss the evolution and testing of PCIe/USB/DP/TBT with engineers in the industry. Anritsu (BER), Tektronix (real-time oscilloscope) and GRL (calibration and test software) each play their own strengths to continue to provide more efficient and timely test solutions and test services in the high-speed interface test market.
Founded in 1895, Anritsu is a leader in test and measurement for over 100 years, and its development history follows the development of information technology and communication networks. Anritsu's product line is divided into three major areas: 1) mobile communication networks, providing solutions such as 5G terminal module chip testing; 2) RF microwave general test and measurement, such as 5G spectrum instruments, signal sources, antenna analyzers, etc., for 5G network construction and operation and maintenance testing; 3) optical communication, covering areas such as optical module testing, 5G network construction and operation and maintenance testing.
Anritsu's broad product line in wireless communications covers optical communications, transmission, wireless and protocols, with full experience in leading wireline to wireless measurement technologies, including the evolution and implementation of 5G. Anritsu is a global leader in 5G measurement, providing test solutions for all phases of smart device development, manufacturing, installation and maintenance for 5G, mobile networks, fixed networks, cloud applications and data centers. In the field of optical communication, Anritsu's sampling oscilloscopes, BERs, and spectrometers are applied to the production testing of optical module manufacturers and are favored and adopted by mainstream domestic optical module manufacturers. MP1900A series are high-performance BER testers for evaluating next-generation 400 and 800GbE high-speed devices and transceiver modules, and due to the high performance of Anritsu's BERs, they are used in many applications as used as a reference standard.
In addition, Anritsu is leveraging its extensive experience to provide measurement solutions for the rapidly expanding automotive and IoT markets that are taking advantage of 5G and other means of communication. It has automotive measurement solutions for deployment cases and for improving cybersecurity, intelligent transportation systems (ITS), V2X, eCall/ERA-GLONASS, OTA measurements, eSIM measurements, automotive radar, remote door locking (RKE), IEEE802.11p, and other areas.
Started in the RF measurement business, Electro Storage/Electro Rent is a 57-year-old U.S. company that provides test and measurement solution leasing and asset optimization services to customers worldwide. We work with OEMs of brands such as Yestech, NI, Tektronix, R&S, Anritsu, VIAVI, EXFO and others as a trusted leasing partner. With $1.1 billion in assets, 107,000 rental units, and 20 test labs, we provide customized test solutions to maximize cost effectiveness and ensure that projects are not delayed under any budgetary circumstances.
As the first foreign company specializing in test equipment leasing in China, we have a strong sense of mission and have been adhering to the principle of "using the most professional experience, the most complete equipment, and the most flexible solutions to meet customers' testing needs". More than 50 Fortune 500 companies have taken us as their long-term supplier. We look forward to bringing more and more advanced test equipment to our customers in the future, meeting the diverse needs of the industry for test equipment in a richer way, and working with you to promote innovation and the realization of your dreams.
In the era of mobile internet, there are more and more small and large startups, and the trend of "asset-light" is gradually accepted and welcomed. Our mission is to provide the most suitable solutions for our customers, to help them maximize resource efficiency and minimize risk, and to serve our customers well is our continuous effort. To make our customers successful and to achieve the greatest success for others, we will also do well for ourselves.
It seems like just standing at the new starting point of the Year of the Tiger, blinking 2022 is already halfway through. This half year, the common keywords are the social side of the dynamic zero, back to work and production, telecommuting; there are hot industries 5G/6G, new energy vehicles / ADAS / smart cars, Internet of everything, third-generation semiconductors and so on; digital marketing online live, lecture and various activities to promote.
Deeply plowed test and measurement industry for decades or even longer, is the German technology, Tektronix, R&S, NI, Anritsu several major brands although there are many macro commonalities, but each has its own characteristics, highlighting the respective advantages of each in the industry focus, but also the overall presentation of the current industry hot spots and the strategic response to each characteristic. Look at the first half of 2022, test and measurement industry are staged what big drama it.
Keysight : 6G, WiFi 7 preempts and detects the future
When the powerful 5G is still in full swing in the development and commercial deployment stage, and people have not yet seen the necessity of next-generation wireless communication technology, keysight starts to plan ahead, on the one hand, to maintain the momentum of 5G, and on the other hand, to stand at the head of the future wireless communication tide and prepare for new challenges.
The new vision of 6G is to achieve near-instant and ubiquitous connectivity, revolutionizing the way humans interact with the physical and digital worlds. This technology will not only support holographic communications, tactile Internet, intelligent network operations, and network and computing convergence, but will also create more exciting opportunities, marking a new era of wireless for key industries. 6G will empower the smart transportation sector, the modernization of manufacturing, sustainable agriculture, renewable energy, and the information and communications technology industry, then 6G will require a new generation of wireless technologies The ability to use multiple wireless network systems flexibly and seamlessly based on location and demand, and the development of standards and frameworks will be needed to ensure consistency and economies of scale in 6G deployments.
To address the 6G challenge, keysight leverages its R&D capabilities and carefully crafted software and hardware solutions for design, simulation, and verification applications to drive the 6G flagship organization's research in four strategic areas: wireless connectivity, distributed intelligent wireless computing, end-device and circuit design technologies, and vertical industry applications and services. Its solutions cover technologies for network security, device characterization, network testing, data analysis, artificial intelligence, and methods for measuring and reducing power consumption.
Similarly, while WiFi 6/6E is being rolled out in a blaze of glory, 2022 becomes a critical year for WiFi 7 development. Compared to WiFi 6, WiFi 7 boasts 30Gbps of throughput, approximately three times that of WiFi 6, offering lower latency and less phase jitter, making it more suitable for latency-sensitive applications. These improved features are due to WiFi 7's higher bandwidth, higher-order QAM modulation and multi-order MIMO technology, etc. WiFi 7 is based on the performance enhancements of WiFi 6/6e to compensate for the latter's shortcomings in rate and latency. Yestech has developed test software and hardware solutions for the WiFi 7 draft 1.0 standard and is continuously upgrading the corresponding test solutions as the standard evolves.
Yestech also has a unique advantage in wide band semiconductor testing, helping customers to properly evaluate devices, solve power module design problems and shorten development cycles. Its newly released PD1550A, a next-generation dual-pulse test power dynamic parameter analyzer, extends the capabilities of the PD1500A to provide a test solution for testing entire power modules. As a result, automotive equipment manufacturers (OEMs), Tier 1 suppliers and power module developers can accelerate development and gain greater insight into the dynamic characteristics of power modules, thereby improving the safety and reliability of automotive power circuits.
NI: A big step forward on the road to "Vision Zero" for the automotive industry
With the combination of sensing, communication and computing capabilities, 6G will enable a leap from the 5G "Internet of Everything" to the "Smart of Everything" era. In mid-June, NI released the USRP X410 LabVIEW suite for wireless communications research, which is based on a standardized, high-performance and easily scalable hardware and software platform to help researchers quickly build 6G prototype verification systems and accelerate 6G research from prototype to application implementation.
NI also continues to focus on automotive, aerospace, semiconductor, university and research applications and works closely with the best companies in these fields. For the aerospace test field online forum, NI through every two months, a total of five live courses, and the industry to fully communicate and interact.
The most noteworthy is NI's strong performance in the automotive field. On the road to achieving the "zero" vision (zero accidents, zero emissions, zero losses), NI has joined forces with a strong ecosystem of partners to forge ahead, and through a number of acquisitions continues to strengthen its solution delivery capabilities in the areas of automotive electrification and advanced driver assistance systems (ADAS), and to strengthen customer relationships.
NI's strategic cooperation spans the vehicle segment and development phase.
In the first half of 2022, NI also acquired the test systems business of Kratzer Automation AG, a leading European provider of total solutions for electrified EVs. This acquisition will further expand NI's investment in automotive electrification, increase NI's ability to serve customers in EV applications, and strengthen ties with key OEM customers. And in 2021, NI is also strengthening its automotive test capabilities through several acquisitions, including monoDrive (the leader in ultra-high-fidelity simulation software for ADAS and autonomous vehicle development), NHR (the leader in high-power test and measurement applications such as electric vehicles and batteries), and Heinzinger GmbH's electric vehicle systems business (the European leader in high-current and high-voltage power systems leader in Europe).
Also at the beginning of the year, NI appointed a new Senior Vice President and General Manager for the Automotive Division, Drita Roggenbuck, who is responsible for accelerating growth and good trends in NI's automotive test area with a focus on electric vehicles (EVs) and advanced driver assistance systems (ADAS). She will lead the team in helping automotive innovators achieve their vision of "zero" faster with innovative test solutions.
Tektronix: Playing oscilloscopes to the extreme, the new 2 series of disruptive work
In the digital era, test and measurement needs to keep pace with the times, Tektronix has been at the forefront of technological innovation, and the innovation of business model and marketing model follows the technological innovation. Tektronix online activities and live classes are in full swing, with business focus covering smart cars, third-generation semiconductors, high-speed interfaces, power testing, 5G and other fields. The annual Tektronix Innovation Forum will meet with everyone on the cloud on June 29-30, adapting to the characteristics of the new era, the forum on the cloud is convenient for industry insiders to participate freely online.
Entering 2022, Tektronix also increases its efforts in the automotive industry and is committed to becoming a leader in smart car testing, focusing on smart cockpit, autonomous driving and automotive triboelectricity, continuously investing and focusing on important test points for smart car testing, providing customers with safe, reliable and efficient smart mobility testing solutions, and jointly opening up the future of the smart car industry.
GaN and SiC are the third generation of wide band semiconductor materials, which will become the standard for future smart energy and 5G communication. GaN is usually used in low voltage and low power, such as small home appliances, especially in the field of fast charging, and SiC is usually used in high voltage and high power, such as new energy vehicle drive, 5G base station power, new energy and national grid. Tektronix provides complete static and dynamic parameter testing solutions for third-generation semiconductor devices. Using the 4200A-SCS parameter analyzer can accelerate the development of various materials, semiconductor devices and advanced processes, complete process control, reliability analysis and failure analysis.
This half year, Tektronix most eye-catching than in June just released the new 2 series MSO. this is another disruptive Tektronix oscilloscope, the oscilloscope play to the extreme, thin and beautiful but powerful, 3.8 cm thick, weighing 1.8 kg, can be loaded into a small backpack, multi-touch capacitive screen similar to the iPad, but also remote office, cloud storage, truly flexible, free, personalized, so that the test become more free.
The new 2 series can move seamlessly between workbench and test site, telecommuting is a great advancement to resume work and production, and the battery-powered work mode lasts up to 8 hours, assisting engineers to raise the freedom of test work to a whole new level. the cool features unique to MSO 3/4/5/6 series are given to this entry-level oscilloscope, the famous son, the price is entry-level, on So bold. With MSO 2, engineers achieve the goal of traditional oscilloscopes can not be achieved, successfully put a variety of instruments into the same device, optional arbitrary function generator, code generator, voltmeter and frequency counter and other built-in functions.
TekScope, a powerful software platform, allows engineers to work remotely and also allows the oscilloscope to further enhance its value. With native integrated software tools, engineers can collaborate, troubleshoot and debug designs across time zones, and the Series 2 MSO is equipped with TekDrive, a cloud-based test and measurement data workspace that allows engineers to upload, store, organize and share any file from a networked device, as well as perform analysis on the waveform and save it back to the cloud, where colleagues can view it directly and provide feedback.
R&S: Building the ultimate 5G connectivity and diving into 6G early validation
R&S, a long-established name in the electromagnetic compatibility and broadcasting industries, is also a leader in the communications test and measurement industry. Making 5G testing easier and more straightforward than ever, R&S strives to help users build the ultimate 5G connectivity together.R&S provides leading test and measurement solutions for the entire 5G ecosystem and all its lifecycle phases, helping users prepare for test challenges.
For 5G base stations, terminals, chips and components, as well as network coverage and radio regulation, R&S has comprehensive test solutions, such as CMX500, TS8980 and CMW100 for 5G terminal development, certification and manufacturing testing; signal sources, spectrum meters and network analyzer series for chip components and base station development and production testing; and also provides comprehensive EMC and OTA testing solutions.
For vertical industry testing needs, R&S is deeply involved and committed to providing comprehensive testing solutions for vertical industries. Taking Telematics as an example, R&S has worked closely with the Automotive Standards Committee and ICT Institute to provide leading solutions and reference cases from the access layer of communication to the application layer of ITS, to the in-loop testing of the whole vehicle and OTA testing of the whole vehicle. In the field of C-V2X, R&S is the only instrumentation vendor participating in the "four-span" interoperability test, helping the gradual commercialization of C-V2X.
At the same time, R&S is deeply involved in 6G-related technologies and promotes the development and implementation of standards, adding to the pre-research and early validation of 6G-related technologies. The key technologies of 6G research include Sub THz communication and sensing, intelligent super-surface, visible light communication, new airports, and machine learning and artificial intelligence.
Anritsu: Beyond Testing, Beyond Limits, Creating a Sustainable Future
With the latest evolution of high-speed interfaces such as PCIe 5.0, USB3.0 and MIPI becoming the focus of innovation, Anritsu, Tektronix and GRL jointly organized the "High-Speed Interface Test Forum", which has been held for 14 sessions by the end of June this year, and the three companies have adopted a joint online and offline approach to promote industrial innovation and discuss with industry The three companies have adopted a joint online and offline approach to promote industry innovation and discuss the evolution and testing of PCIe/USB/DP/TBT with engineers in the industry. Anritsu (BER), Tektronix (real-time oscilloscope) and GRL (calibration and test software) each play their own strengths to continue to provide more efficient and timely test solutions and test services in the high-speed interface test market.
Founded in 1895, Anritsu is a leader in test and measurement for over 100 years, and its development history follows the development of information technology and communication networks. Anritsu's product line is divided into three major areas: 1) mobile communication networks, providing solutions such as 5G terminal module chip testing; 2) RF microwave general test and measurement, such as 5G spectrum instruments, signal sources, antenna analyzers, etc., for 5G network construction and operation and maintenance testing; 3) optical communication, covering areas such as optical module testing, 5G network construction and operation and maintenance testing.
Anritsu's broad product line in wireless communications covers optical communications, transmission, wireless and protocols, with full experience in leading wireline to wireless measurement technologies, including the evolution and implementation of 5G. Anritsu is a global leader in 5G measurement, providing test solutions for all phases of smart device development, manufacturing, installation and maintenance for 5G, mobile networks, fixed networks, cloud applications and data centers. In the field of optical communication, Anritsu's sampling oscilloscopes, BERs, and spectrometers are applied to the production testing of optical module manufacturers and are favored and adopted by mainstream domestic optical module manufacturers. MP1900A series are high-performance BER testers for evaluating next-generation 400 and 800GbE high-speed devices and transceiver modules, and due to the high performance of Anritsu's BERs, they are used in many applications as used as a reference standard.
In addition, Anritsu is leveraging its extensive experience to provide measurement solutions for the rapidly expanding automotive and IoT markets that are taking advantage of 5G and other means of communication. It has automotive measurement solutions for deployment cases and for improving cybersecurity, intelligent transportation systems (ITS), V2X, eCall/ERA-GLONASS, OTA measurements, eSIM measurements, automotive radar, remote door locking (RKE), IEEE802.11p, and other areas.
Started in the RF measurement business, Electro Storage/Electro Rent is a 57-year-old U.S. company that provides test and measurement solution leasing and asset optimization services to customers worldwide. We work with OEMs of brands such as Yestech, NI, Tektronix, R&S, Anritsu, VIAVI, EXFO and others as a trusted leasing partner. With $1.1 billion in assets, 107,000 rental units, and 20 test labs, we provide customized test solutions to maximize cost effectiveness and ensure that projects are not delayed under any budgetary circumstances.
As the first foreign company specializing in test equipment leasing in China, we have a strong sense of mission and have been adhering to the principle of "using the most professional experience, the most complete equipment, and the most flexible solutions to meet customers' testing needs". More than 50 Fortune 500 companies have taken us as their long-term supplier. We look forward to bringing more and more advanced test equipment to our customers in the future, meeting the diverse needs of the industry for test equipment in a richer way, and working with you to promote innovation and the realization of your dreams.
In the era of mobile internet, there are more and more small and large startups, and the trend of "asset-light" is gradually accepted and welcomed. Our mission is to provide the most suitable solutions for our customers, to help them maximize resource efficiency and minimize risk, and to serve our customers well is our continuous effort. To make our customers successful and to achieve the greatest success for others, we will also do well for ourselves.