Solutions — Research and Education
From quantum technology to 6G, driving research breakthroughs
Rohde & Schwarz has been committed to innovation for more than 90 years. KanTek brings that portfolio to Taiwan's universities and research institutes as complete test and measurement solutions, spanning quantum computing, antenna measurement and material characterization through to sub-THz 6G development.
The measurement problems at the core of research
Research into a new technology runs straight into the limits of measurement itself — from precise control of qubit coherence time, through verifying material properties in the THz bands, to equipping a teaching laboratory within budget. Every one of them needs a specialist test and measurement answer:
- Qubit coherence times are short, and instability in the control pulses loses quantum information, so precise RF measurement and characterization of new materials are both required
- As a quantum system grows in qubit count, managing its stability and scalability becomes disproportionately more complex
- Material properties drift with aging, temperature, humidity and mechanical stress, so electromagnetic behavior has to be verified across the whole span from 1 mHz to 1.1 THz
- Test environments rarely reproduce true far-field conditions, and phased-array calibration and high-power evaluation add further complexity
- 6G rests on breakthrough building blocks such as FR3 and the THz bands, and research into an AI-native air interface calls for entirely new test methods
Research and education solutions end to end
From frontier basic research through applied development to engineering education, with a complete test and measurement platform for every stage from the laboratory bench to industrialization.
Quantum Technology
Covers quantum computing, quantum communications (QKD) and quantum sensing. For quantum computing, the Quantum Computing Control System (QCCS) supports real-time readout of up to 64 qubits, with signal analyzers reaching 85 GHz. In quantum communications, R&S takes part in the OpenQKD project and helps validate the security of quantum key distribution. In quantum sensing, R&S supports the UK Quantum Technology Hub and the Quarate quantum radar project, aimed at detecting small, slow-moving targets. Partners include IQM, ETH Zurich, the Chicago Quantum Exchange, Riverlane and OpenSuperQPlus.
R&S official page
Material Characterization
Measures the dielectric properties of materials, for aging, temperature and humidity detection, for verifying radar transmission through automotive bumpers, and for confirming PCB and RF circuit compatibility. The methods used are the transmission/reflection method, the free space method, the open-ended coaxial probe method and the resonant cavity method. Coverage runs from mHz (impedance analyzer) to THz (VNA with frequency converters); the D band, 110 to 170 GHz, is covered by a ZNA26 with a ZC170.
R&S official page
Antenna Research
Antenna measurement technology for every stage from early research to final test. It covers 5G NR OTA test for base stations and devices, beamforming array measurement, satellite terminal antenna characterization, phased-array calibration and multi-polarization test. Benchtop and rack-mounted CATR systems and 3GPP-compliant OTA chambers are available, conforming to the 3GPP TS 38.141 standard.
R&S official page
6G Research
R&S is deeply involved in global 6G research programs including 6G-ANNA, 6G-TakeOff, KOMSENS-6G, 6G-LICRIS, 6G-ADLANTIK and 6G-TERAKOM. The work centers on THz communications (holographic communication in the sub-THz bands), integrated sensing and communication (ISAC), an AI/ML-native air interface, reconfigurable intelligent surfaces (RIS) and extended reality (XR). Commercial deployment is expected in 2029 to 2030. Partners include Qualcomm, NVIDIA and KT.
R&S official page
Particle Acceleration
R&S brings over 80 years of experience in RF signal generation, amplification and test to cyclotrons, synchrotrons and free-electron lasers (FEL). Applications include beam synchronization timing, beam quality and safety interlock systems, and central beam monitoring. RF signal sources cover 10 kHz to 50 GHz, power requirements run from 10 kW to 2 MW, and oscilloscope waveforms can be downloaded at rates up to 100 Hz.
R&S official page
Teaching Lab Solutions
A complete instrument line-up for engineering education, from introductory to advanced work, covering hands-on RF courses, electric vehicle testing, student competitions and drone development. It includes the R&S Essentials range (spectrum analyzers, VNAs, oscilloscopes and power supplies) and the economical FPC1500 RF instruments. Reference stories: Dr. Francesco Fornetti at the University of Bristol, the TUfast muc002 electric vehicle (a world record) and debugging of the Elefant Racing FR19 Loki.
R&S official page
Data Center Solutions
Supports the requirements of next-generation data centers across power electronics and high-speed digital design, with the focus on optimizing energy efficiency.
R&S official pageCore R&S instruments for research and education
The instruments below cover what research measurement actually depends on: qubit control, VNA work, antenna test, oscilloscopes, power analysis and spectrum analysis. KanTek handles the purchase consultation, the academic discount application, and calibration and repair.
R&S®ZNA
Vector network analyzer (flagship) — dielectric material characterization (including a ZNA26 with a ZC170 for the D band, 110 to 170 GHz) and antenna S-parameter measurement, up to 48 ports and an upper frequency of 1.1 THz with frequency converters
Full specifications
R&S®FSWP
Phase noise analyzer — extremely sensitive phase noise measurement on accelerator RF cavities
Full specifications
R&S®ATS1800C
3GPP-compliant OTA chamber — 5G NR mmWave antenna test to 3GPP TS 38.141
Full specifications
R&S®PWC200
Plane wave converter — near-field to far-field conversion for antenna research
Full specifications
R&S®RTO6
Oscilloscope — accelerator beam waveform acquisition, download rate up to 100 Hz
Full specifications
R&S®MXO 5
Oscilloscope — accelerator physics measurement, high sample rate and advanced triggering
Full specifications
R&S®BBA130
Broadband amplifier — accelerator RF power amplification (80 MHz to 6 GHz)
Full specifications
R&S®BBA150
Broadband amplifier — high-power accelerator RF amplification (4 kHz to 6 GHz, up to 3 kW)
Full specifications
R&S®FPC
Benchtop spectrum analyzer (including the FPC1500) — introductory RF teaching labs, eligible for academic pricing
Full specifications
R&S®Scope Rider RTH
Handheld oscilloscope — field measurement and hands-on student work in the teaching lab
Full specificationsIn use at research institutions worldwide
The cases below are drawn from application material published by Rohde & Schwarz and from publicly announced partnerships.
Mobile network monitoring at the CERN Large Hadron Collider
Published R&S caseCERN operates the Large Hadron Collider (LHC) as a 27-kilometer ring at an average depth of 100 meters, and has to keep communications reliable and within its service level agreements across a mixed surface and underground environment. R&S deployed a large-scale network of QualiPoc Android probes for 24/7 mobile quality monitoring and service level verification.
Read the originalTUfast muc002 electric race car (world record)
Published R&S caseThe TUfast racing team at the Technical University of Munich used R&S teaching lab equipment to develop the muc002 electric vehicle, which went on to set the world record for the longest distance travelled by an electric vehicle on a single charge. R&S instruments supported the power electronics testing and the system debugging.
Read the originalRF debugging on the Elefant Racing FR19 Loki
Published R&S caseThe Elefant Racing team used R&S instruments to debug the FR19 Loki electric race car — a working demonstration of what teaching lab equipment is worth in a student competition.
Read the originalOpenSuperQPlus / MUNIQC-SC quantum computing research
Published R&S caseThrough the Quantum Computing Control System (QCCS) and LabOne Q software from Zurich Instruments, an R&S subsidiary, R&S takes part in quantum computing programs including OpenSuperQPlus, MUNIQC-SC, Q-NEXT and the Chicago Quantum Exchange, supporting real-time control and readout of up to 64 qubits.
Read the originalKey measurement parameters at a glance
The figures below come from the official Rohde & Schwarz technical pages, for research planning and instrument selection.
| Parameter | Specification | Notes |
|---|---|---|
| Quantum analyzer real-time readout | Up to 64 qubits | Quantum computing control system (QCCS) |
| Signal analyzer upper frequency | 85 GHz | Stated on the quantum technology page |
| RF signal source frequency range | 10 kHz – 50 GHz | Particle accelerator applications |
| High-power requirement range | 10 kW – 2 MW | Driving accelerator RF cavities |
| Waveform acquisition and download rate | Up to 100 Hz | R&S RTO oscilloscopes in accelerator physics |
| Power meter lower measurement limit | -70 dBm | R&S NRX power meter |
| Impedance analyzer frequency range | 1 mHz – 5 MHz | Zurich Instruments MFIA, material characterization |
| Vector network analyzer upper frequency | 1.1 THz (with frequency converters) | Material characterization; for the D band a ZNA26 with a ZC170 covers 110–170 GHz |
| VNA multiport maximum | Up to 48 ports | Material characterization page |
| 6G peak data rate target | Up to 1 Tbps | 6G research page |
| Bandwidth 6G requires | 10 GHz or more | 6G research page |
| 5G NR frequency range FR1 | Up to 7.125 GHz | 6G research page |
| 5G NR frequency range FR2 | 24.25 GHz – 71 GHz | 6G research page |
| FR3 / FR2-0 | 7.125 – 24.25 GHz | 6G research page |
| OTA test standard conformance | 3GPP TS 38.141 | 5G NR base station OTA antenna test |
Support across the whole life of your test requirement
Details anonymized; for reference only until the customer approves publication
[Illustrative case · details anonymized, for reference only until the customer approves publication] In 2024 the antenna laboratory of an electrical engineering department at a national university in Taiwan installed an R&S ZNA vector network analyzer together with an ATS1800C OTA measurement system, for 5G NR and NewSpace satellite antenna research. KanTek handled the academic discount application (a saving of roughly 35%), on-site installation and acceptance, and the initial operator training. Measurement throughput in the laboratory more than tripled once the system was in service, and all calibration and repair work in the first year was carried out locally from the Taipei service center, with nothing shipped back to Europe.
KanTek's local service commitment
Calibration in Taiwan through partner laboratories · next-business-day spare parts stocked in New Taipei · parts availability committed for 10 years or more · annual availability target ≥ 99%.
| Service area | On-site SLA |
|---|---|
| Greater Taipei (Taipei, New Taipei, Keelung, Taoyuan) | 4 hours |
| Central and southern Taiwan (Taichung, Tainan, Kaohsiung and others) | 8 hours |
| Outlying islands (Penghu / Kinmen / Matsu) | Next business day |
ISO/IEC 17025 calibration and measurement traceability (NIST-traceable, through partner laboratories)
Calibration for the instruments KanTek supplies is carried out at partner laboratories working to ISO/IEC 17025 accredited-laboratory practice, with results traceable to the national standards held by NIST (the U.S. National Institute of Standards and Technology) and NML (Taiwan's National Measurement Laboratory). Every calibration report carries a full measurement uncertainty statement, which is the traceability evidence required for NSTC project closure, procurement audits and submission to international journals.
- Calibration scope: RF and microwave instruments (frequency, power, impedance), oscilloscopes, signal generators and vector network analyzers
- Every calibration report includes a measurement uncertainty statement
| Service type | Turnaround | Fee |
|---|---|---|
| Standard calibration | 5–10 working days | Quoted per instrument model |
| Expedited | 2–3 working days | 30% surcharge |
| Same day (by appointment) | Same or next day | Ask our sales team |
The academic and research partners who rely on KanTek
More on R&S research and education solutions
The links below go straight to the official Rohde & Schwarz technical pages, for detailed specifications, application descriptions and white papers.
- Quantum technology solutions
- Material characterization
- Particle accelerator test
- Teaching lab solutions
- Antenna research
- 6G research overview
- CERN case study: mobile network monitoring
- Research and education solutions poster
- R&S Essentials instruments for education
- White paper: dielectric material characterization
- Integrated sensing and communication (ISAC) research
- THz communication research solutions
- AI-native 6G network research
Explore other solutions
Send us your research test requirement and we will reply within 24 hours
Universities, research institutes and engineering education programs are welcome to contact us for instrument selection advice, academic discount applications and quotations.
We have your inquiry.
Thank you for getting in touch. A KanTek technical consultant will email you within 24 hours to confirm your test requirement and arrange an instrument demonstration or a quotation.
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From first enquiry to long-term support
A five-step process, so every measurement requirement gets a precise, properly specified answer.
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1. Application consultation
Tell us the application and the measurements you need, and we suggest a first shortlist.
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2. Requirement review
We work through the specifications and the budget to settle the right instrument configuration.
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3. Proof of concept / evaluation loan
An on-site demonstration or an evaluation unit, so you confirm the performance on your own signals.
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4. Purchase agreement and delivery
Quotation confirmed and the order placed, then factory stock scheduled against your required date.
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5. Calibration and long-term support
We arrange calibration to ISO/IEC 17025 through a partner laboratory, plus repair and ongoing technical advice.