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| Related products |
 MPS-Tester Multi-port Vector Network Analysis System
MPS-Tester system expands 2-port Vector Network Analyzer to 4 / 8 / 12 /24 or more ports for accurate vector network analysis on multi-port RF / Microwave components, up to 40GHz.
MPS-Tester system consists of MPS (Multi-Port Switch Matrix), 2-port VNA, and system software.
Our proprietary Multi-port Calibration Algorithm significantly improves the system's accuracy for testing multi-port components up to 40GHz.
The system, as an ideal substitute for expensive 4-port and 8-port VNA, is a cost-effective test tool for testing multi-port DUT, such as Smart Antennas, Base Station Diplexers, Directional Couplers, Hybrid Couplers, Power Combiners / Splitters, Circulators, and other multi-port RF / Mirowave components and modules. HSCT-C USB3.1 Type-C Cable Test System
HSCT-C is dedicated fully automatic test system for USB3.1 Type-C cables. HSCT system is built upon the platform of Ascentest HSCT High-Speed Cable Test System. The system is based on the functions of Keysight E5071C (Opt. 4K5, TDR) and Ascentest MPS-HSCT Multi-Port Switch Matrix. The system automatically and accurately tests the Frequency & Time Domain parameters for USB3.1 Type-C cable assemblies, which greatly speeds up the tests and lowers the test cost. OMTS Optical Transceiver Module Test System
OMTS (Optical transceiver Module Test System) is based upon Ascentest MPS 4x16 Multi-Port RF/uWave Switch Matrix and Ascentest’s proven automatic test platform, implementing the measuring power of Optical Power Meter, Optical Attenuator, Wide-band Oscilloscope, BERT and DC Power Supply, to automatically perform the full 4-channel test for the 40Gbps QSFP+ Optical Transceiver Modules, up to 40GHz. HSCT High-Speed Cable Test System
HSCT system is based on the functions of Agilent E5071C (Opt. TDR) and Ascentest MPS-HSCT Multi-Port Switch Matrix. The system automatically and accurately tests the Frequency & Time Domain parameters as well as Eye Diagram for high speed cables up to 100Gbps, such as QSFP28/QSFP+/SFP+/MiniSAS/HDMI, etc. AT890 Compliance Test System for 2.4GHz & 5GHz Wireless Devices
Ascentest Releases AT890 Test System for EN 300 328 V1.8.1 & EN 301 893 V1.7.1 on Sep. 1st, 2014.
AT890 systetm is accurate, convenient, flexible, and cost-effective test tool for Test Labs and Wireless Manufacturers to validate 2.4GHz & 5GHz devices according to the new standards. VMNA (Virtual Multi-port Network Analyzer) Test System
VMNA system is built upon Ascentest high-speed solid-state RF Switch Matrix (100MHz ~ 8GHz), which expands a 2-port Vector Network Analyzer to 8-port or 16-port Vector Network Analysis System.
Due to the system’s ultra high-speed switching and sweeping measurement, all the operators at the 16 ports virtually feel like they are using that single 2-port Vector Network Analyzer exclusively!
This is why this system is named as “Virtual Multi-port Network Analyzer”, or VMNA as abbreviation. AT891 Compliance Test System for 4G LTE Wireless Devices
AT891 system accurately performs compliance test for 4G LTE wireless terminals, according to ETSI EN 301 908-13, and FCC e-CFR Title 47, Part 2 & Part 27.The cost effective AT891 system adopts semi-auto test method to increase the test efficiency dramatically at a lower cost. AT891 system is the best 4G LTE test tool for Test Labs and wireless manufacturers. AT105 EM Shileding/Absorbing Material Test System
AT105 Electroagnetic Wave Shileding/Absorbing Material Test System consists of Agilent ENA/PAN/PNA-L Network Analyzer and Ascentest customized accessories and software.
The system automatically tests the following key parameters of the MUT(Material Under Test): Shielding Effect, Permeability/Permittivity, Reflection Loss/Attenuation, Power Loss. AT900 Instrument Calibration System
AT900 is a metrology level performance verification test system for instrument calibration.
By implementing advanced test methodology and calibration techniques, the delivered system makes the calibration and performance verification test with extremely high accuracy for Wireless & RF Instruments such as Wireless Testers, Vector Network Analyzers, Signal Generators, Spectrum Analyzers.
AT900 system is ideal instrument calibration tool for big wireless & OEM manufacturers and test labs. |
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| Product features and technical data: |
| System overview |
The UMNA system is the industry’s most competitive S-parameter Test System Solution, with best-of-all Price / Performance Ratio and the most versatile and practical system functionalities.
Ascentest began developing RF Switch Matrix in 2010, and released MPS (Multi Port Switch matrix) in 2011, and Dolphin Multi-port Calibration Algorithm for Full N-Port Testing in 2012, VMNA (Virtual Multi-port Network Analysis system) in 2014.
As Ascentest’s ultimate S-parameter Test System Solution, UMNA system, officially released in May, 2016, not only integrates all the exciting features of previously released MPS / Dolphin / VMNA systems, it also adopts Ascentest’s High-performance Solid-state RF Switch Modules, upgrades Calibration Algorithms, and expands Test Applications, which is why this evolved system is named as “Universal” Multi-port Network Analysis system in both Functionalities & Performances.
Specifically, the UMNA system thoroughly releases the test capabilities of a Two-Port Vector Network Analyzer with an RF Switch Matrix, which enables the system to support High-speed, Highly Accurate, Parallel S-parameter testing on almost all categories of RF components, including the accurate testing of Full N-Port S-parameters (SnP). |
| Function characteristics |
The UMNA System has the following outstanding Features:
1、 Frequency Range: 10MHz to 8.5GHz, covering all the frequency bands of NFC/RFID, GPS, 2G/3G/4G, 2.4GHz WiFi/Bluetooth and 5GHz WiFi. (Upgradable to 18GHz.)
2、 Test Port Impedance: 50Ω. (Customizable for 75Ω CATV Applications.)
3、 Optimized RF Switch Matrix built on Ascentest’s terminated SPDT & SP4T RF Switch Modules with exceptional high performance & proven stability, which expands the Two-Port VNA to a versatile Multi-Port Network Analysis System with 8/12/16 Ports.
4、 Upgraded Dolphin Multi-port Calibration Algorithm, with the function of Port Extension and simplified method of Fast Multi-Port Calibration, which are all developed by Ascentest solely with all Intellectual Rights reserved.
5、 Expanded Test Applications & Functionalities developed upon Ascentest’s proven System Software Platform, with 6 more years of continuous tuning and refining.
UMNA is ideal for almost all categories of S-parameter testing, except for very few specific applications, such as 4G Basesation Filter/Diplexer Testing, which requires ultra-high dynamic range, while the insertion loss of the RF Switch Matrix reduces the dynamic range of the system.
UMNA system is the ideal test tool for RF Component Production and R&D, thanks to its exceptionally attractive Price / Performance Ratio achieved by thoroughly releasing the test capabilities of a Two-Port Vector Network Analyzer with an RF Switch Matrix.
And, UMNA system can also be delivered with Customized Hardware & Software Services, such as Production Line Upgrade for Automatic Testing, SPC Data Collection & Analysis, Statistical Report and Electronic Bulletin for Visual Production Management, etc.
DUT (Device Under Test) Supported by UMNA System:
- Mobile Phone Antennas, NFC/RFID Antennas, Antenna Modules:
- 9-Port Smart Antennas for Basestations:
- QSFP+ Ultra High-speed Data Connection Cables, used in the Basestations & Data Centers, as well as other high-speed consumer data cables, such as USB 3.1 Type-C. (Solution with 20GHz or 40GHz VNA & Switch Matrix )
- Other RF / Microwave components, such as, RF Cables, Splitters / Combiners, Couplers, Filters, High-speed Differential Circuits, and High-Frequency or RF Transformers, etc.;
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| System structure |
UMNA System Structure:
* For Multi-Station Parallel Testing, supporting Independent Station Display & Operation:
* For Full N-Port SnP Testing of Multi-port DUTs
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| Software structure |
6-Station Parallel Testing, supporting Independent Station Display & Operation:
16-Station Parallel Testing, supporting Independent Station Display & Operation:
Independent Station Display, Independent Calibration, and Reference Data Extraction:
9-Port Smart Antenna Testing (Main Screen):
9-Port Smart Antenna Testing (Setting Screen):
Full 4-Port S-parameter (S4P) Testing, after error correction with Dolphin Algorithm:
Full 6-Port S-parameter (S6P) Testing, after error correction with Dolphin Algorithm:
Production SPC (Statistical Process Control) Data Collection & Analysis:
Statistical Data Report:
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| More |
UMNA Universal Multi-port Network Analysis System |
| Order information（ Contact us） |
| UMNA Universal Multi-port Network Analysis System |
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AT900 Instrument Calibration Test System
