AEM MMVNA-200 – analizator sieci wektorowej (VNA)

AEM MMVNA-200 – Vector Network Analyzer (VNA) - Image 2

AEM MMVNA-200 – Vector Network Analyzer (VNA) - Image 3

AEM MMVNA-200 – Vector Network Analyzer (VNA) - Image 4

AEM MMVNA-200 – Vector Network Analyzer (VNA) - Image 5

AEM MMVNA-200 – Vector Network Analyzer (VNA) - Image 6

AEM MMVNA-200 – Vector Network Analyzer (VNA)

Product overview

The MMVNA-200 is a comprehensive, configurable and cost-effective tool for production and laboratory testing. Thanks to a wide range of adapters and test fixtures, it enables testing of raw cables, connectors, patchcords and cable harnesses, significantly reducing the time needed to set up the test environment. The powerful VNA Manager Pro software provides a broad choice of S-parameter configurations, an unlimited number of plots and clear, traceable reports.

The analyzer performs mixed-mode S-parameter measurements in single-ended or double-ended configuration. It can also be integrated with the customer’s own software via a TCP/IP interface or a dedicated command API, making it an ideal tool for both production testing and laboratory testing of RF components.

VNA Manager Pro software

The VNA Manager Pro software runs on a PC connected to the MMVNA-200 and provides full configuration, control, data acquisition, results presentation and archiving. It enables effective use of the vast amount of measurement data generated by the analyzer.

One-click autotest — convenient in a production environment
Configurable IP addresses — control of multiple MMVNA devices from a single PC
Configurable frequency range, number of points and measurement speed
Definition of custom Pass/Fail limits for each S-parameter
PDF report generation with full traceability (date, serial number, results)
Support for secondary parameters: ACRF, capacitance, inductance, time-domain response
Data export to CSV and Touchstone format (s8p, s16p)

Complete set of S-parameters

The MMVNA-200 is equipped with 4 differential/single-ended transmitters and 8 receivers. During each sweep the following are measured simultaneously: 32 differential-to-single-ended parameters, 16 differential-to-differential parameters and 16 differential-to-common-mode parameters — all in vector form. In double-ended testing, each end additionally measures the same number of parameters in the main–remote relationship.

Measured RF parameters (single-ended configuration):

Differential-to-single-ended return loss and crosstalk (SSD)
Differential-to-differential return loss and crosstalk (SDD)
Differential-to-common-mode return loss / TCL and TCTL transmission (SCD)

RF parameters — double-ended configuration:

Differential-to-single-ended return loss and crosstalk (near end and far end)
Differential and differential-to-common-mode insertion loss (ANEXT, AFEXT)
Full set of S_nm parameters at both ends of the cable

DC measurements — cable harness diagnostics

The MMVNA-200 performs DC measurements useful for diagnostics and verification of the device under test (DUT). DC measurements are carried out double-ended by the main and remote MMVNA units.

Pass/Fail support for cable wiremap and continuity
End-to-end continuity measurement and resistance of each conductor with high accuracy
Detection of opens, shorts and miswires in the cable harness

External interfaces and power supply

The MMVNA-200 is optimized for large-scale multi-station testing. One or more units can be controlled via USB or Ethernet. Running under Linux, the MMVNA-200 operates as a network device, enabling flexible control and data exchange over the network.

Parameter	Value
Control interface	USB, 10/100/1000 Ethernet
Operating system	Linux
Power supply	5 V DC (mains adapter)
Power consumption	8 W
Battery operation	up to 8 hours (1 test/min)
Test interface	SMA (female)

Technical specifications — RF parameters

RF parameter	Value
Frequency range	0.1 – 3 000 MHz
Frequency resolution	0.01 MHz
Frequency accuracy	±2 ppm
Test ports (single-ended)	4 differential / 4 single-ended
Test ports (double-ended)	8 differential
Test port impedance	50 Ω (single-ended) / 100 Ω (differential)
Port output power	-1.0 dBm
Measurement speed — fast mode (80 dB)	0.3 ms/step
Measurement speed — accurate mode (110 dB)	3.4 ms/step
Noise floor — crosstalk (@ 1–100 MHz)	105 dB
Noise floor — return loss (@ 1–100 MHz)	60 dB
Max. DC voltage (damage level)	60 V

Physical and environmental parameters:

Parameter	Value
Dimensions (D×W×H)	17.5 cm × 16.5 cm × 5.5 cm
Weight	1.0 kg
Operating temperature	0 °C to +45 °C
Storage temperature	-50 °C to +70 °C
Humidity	90% at 25 °C
Result file format	CSV, Touchstone (s8p, s16p)

Product kits and accessories

The MMVNA-200 is available in two kits — K01 (USB) and K02 (Ethernet + USB) — as well as software-only. Calibration kits and adapters available to order.

Model	Kit contents	Interface
K01	MMVNA-200 + VNA Manager Pro	USB
K01SW	VNA Manager Pro software only	USB
K02	MMVNA-200 + VNA Manager Pro	Ethernet + USB
K02SW	VNA Manager Pro software only	Ethernet + USB
MMVNA-CALKIT	Calibration kit (for models 100 and 200)	—
VNA_OCC_FIXTURE	Adapter/test fixture (to order)	—

Adapters and test fixtures available to order:

SMA → Cat6A RJ45
SMA → SMB
SMA → FAKRA
SMA → MMCX
and others according to the customer’s DUT specifics

Typical applications

Production testing of RF components — raw cables, connectors, patchcords, automotive and telecom cable harnesses
Quality control in cable manufacturing plants
Laboratory testing and design validation of antennas, filters and passive components
Compliance verification against IEEE 802.3, TIA/EIA-568 standards for structured cabling
Diagnostics and troubleshooting of cable harnesses and connectors
Integration with test lines — control via TCP/IP or command API
Certification and reporting for the Smart Building industry

Interlab is an Authorized European AEM Service and Calibration Center — the only one in Poland. We provide full technical support, calibration and servicing of AEM devices. Ask for a quote or a device demonstration.