MMVNA

    MMVNA Advantages:

    Compact and extensible–8-port form-factor extensible to higher port densities in multiples of 8. Primarily used in laboratory and manufacturing environments for automotive wiring harness and telecommunications cable testing.


    4x Differential Measurement Ports–Each port features its own transmitter and receiver, enabling fast, concurrent measurements on all ports. For application such as harness testing, this means a considerable saving of table space and test time.


    Scalable Measurement System–The VNA Manager software can control and collect data from multiple MMVNA units and make uniform presentation. This is particularly helpful in testing complex multi-wire harnesses with a single measurement command.


    Remote management–The MMVNA is IP addressable enabling remote management and data acquisition for inline manufacturing testing.


    Test configurations–DUT end points are not required to connect to common test interface. The 16-port option is deployed as two 8-port devices that communicate over the DUT rather than fixed backplane enabling assembly and cable testing where ends are spatially separated.


    Standards Compliant–Adheres to Open Alliance, BroadR-Reach, 802.3bw, 802.3bp and 802.3ch (draft) for the following s-parameter tests:
    •Link segments and components; cables, connectors, and wire harnesses
    •Open Alliance VNA Reference Measurements
    •Equipment connector interfaces (ECU, MDI)
    •Transmitter's and receiver's


    VNA Manager–The companion VNA Manager is the control software for the MMVNA settings of all S-Parameters, test initiation and saving of test data. Touchstone and comma separated variable (csv) measurement data output format.


Mixed Mode Multi-Port VNA (MMVNA) is a portable vector network analyzer that is purpose-built for characterizing twisted pair cables and components. Balanced transmission is finding increasing adoption. MMVNA is a user friendly, versatile analyzer that is most often deployed in manufacturing and lab tests of IoT applications, specialty sensor connections and automotive wiring harness testing.

In a matter of seconds, the MMVNA can measure 256 different S-parameter combinations in a single measurement sweep. The VNA Manager software provides an easy way to configure required S-parameters and arrange them in convenient views and reports. MMVNA is IP addressable, so you can ensure uniform testing methodology across distributed locations with remote configuration capability.

Contact us at customercare@aem-test.com for more information and to schedule a virtual product demonstration.


MMVNA-200 is optimized for large scale testing. One more more MMVNA-200 units can be controlled using either USB or Ethernet connection. Running on linux, MMVNA-200 acts like a networked device enabling easy and flexible control and data exchange over network. Running on single 5V power supply, MMVNA-200 consumes less than 10W of power.

VNA Manager software runs on a PC connected to the MMVNA-200 and provides all configuration, control, data collection, data presentation and storage functions. This user-friendly software is quite versatile in enabling effective use of vast amount of S-parameter measurement data generated by the MMVNA.

  • - One Click Autotest makes it convenient for production environment.
  • - Configurable IP Address for MMVNA allows connecting of multiple MMVNA's to PC for integrated control.
  • - Command Line Interface support for integrating with Automated Test environment.
  • - Supports Single Ended & Dual Ended Test Configuration.
  • - Supports CSV and Touchstone export of Test Results.

MMVNA performs DC measurements that are useful in troubleshooting and verification of Device Under Test (DUT).

  • DC measurements are performed dual-ended by a main and a remote MMVNA unit. Supports Pass/Fail for Cable Mapping & Connectivity
  • End-to-end connectivity (wiremap) and resistance of every wire are measured with high accuracy
  • Supports Pass/Fail for Cable mapping & connectivity

The MMVNA performs vector S-parameter measurements on as many as 256 parameters at once. With this powerful configuration tool, you can:

  • - Configuration files supports deployment of Test Setup to MMVNA's across distributed production sites.
  • - Refer to measurements by names familiar to you
  • - Decide which measurements get plotted in which tab
  • - Apply pass-fail limits according to your requirements
  • - Choose the domain of plot (time-domain, frequency domain)
  • - Choose to view either magnitude, real or imaginary part or phase of the measurement

MMVNA has 4 differential/single-ended transmitters and 8 receivers. In every sweep, MMVNA measures all 32 differential-to-single-ended, all 16 differential-to-differential, and all 16 differential-to-common mode parameters in vector form. When dual-ended testing is performed, same number of additional main-to-remote channel parameters are measured by each end. The configuration software provides convenient user interface to pick useful parameters among all measurements available.

Dual-ended measurement enables measurement of far-end parameters. These S-parameters are commonly referred to as insertion loss and FEXT (far-end cross-talk). MMVNA measures all combinations of these parameters from both main and remote units with the far end transmission against IEEE 802.3bw limits. A utility to perform "set reference" provides zero reference for dual-ended measurements.

S11 parameters represent reflection signal. Due to its unique reflectometer design, MMVNA measures mixed mode S11 parameters (return loss, TCL) with high accuracy.

In addition to insertion loss, the MMVNA also provides measurement of mode conversion parameters at far end (typically referred to as TCTL).

Coupling between ports is measured for all combinations at near-end and far-end (NEXT and FEXT). Near-end coupling measurements are vector measurements, allowing time-domain view to troubleshoot. All coupling parameters are measured in mixed mode, giving insight into mode conversion in coupling.

MMVNA allows performing fast sweep for high productivity in manufacturing testing. A decent 80dB measurement floor is sufficient for most manufacturing test application where the intention is to verify that the product is within the expected performance. For more accurate testing with up to 110dB measurement floor, the user can configure high depth measurement.

MMVNA allows user-defined calibration. A variety of calibration kits suitable for specific DUTs are available as option. User can develop their own calibration kit as well. OPEN, LOAD, SHORT and THRU multi-port calibration can be performed by the user.


OthersDownloads
MMVNA Automotive Single Pair Ethernet Conformance Testing_ v2
Downloads
S-Parameters Measured
Downloads
DatasheetDownloads
MMVNA-200 Brief
Downloads
Single pair Ethernet for the wired world Deutsch
Downloads
Single pair Ethernet for the wired world English
Downloads
Single pair Ethernet for the wired world Korean
Downloads

General Specifications

ParameterSpecifications
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 (dual ended) 8 (differential)
IF bandwidth 100 Hz (range setting = 7)
Test Interface SMA (female)
Impedance of Test Port 50 Ω (single ended)
100 Ω (differential)
Test Port power output -1.0 dBm
Max DC voltage at Test port (damage level) 60 V
Sweep Speed 0.3 msec/step (80 db noise floor)
3.4 msec/step (110 db noise floor)
RF Measurement Parameters Differential-to-single ended return loss (SSD,x+/-,x)
Differential-to-single ended cross-talk (SSD,y+/-,x)
Differential-to-differential return loss (SDD,xx)
Differential-to-differential cross-talk (SDD,yx).
Differential to common mode return loss (TCL) (SCD,xx)
Differential to common mode transmission (TCTL) (SCD,xx)
Differential to common mode cross-talk (SCD,yx)
RF Measurement Parameters - Double Ended Differential-to-single ended return loss and cross-talk. Differential-to-differential return loss and cross-talk. (near-end and far-end). Differential Insertion loss, differential to common-mode insertion loss
Measurement Floor - Cross-Talk (regular sweep mode) 100 dB @ 0.1MHz
105 dB @ 1MHz
105 dB @ 100MHz
95 dB @ 600MHz
85 dB @ 1000MHz
50 dB @ 3000MHz
Measurement Floor- Return Loss (regular sweep mode) 60 dB @ 0.1MHz
60 dB @ 1MHz
60 dB @ 100MHz
50 dB @ 600MHz
40 dB @ 1000MHz
15 dB @ 3000MHz
Dynamic Range transmission measurements (regular sweep mode) 90 dB @ 0.1MHz
100 dB @ 1MHz
100 dB @ 100MHz
95 dB @ 600MHz
85 dB @ 1000MHz
50 dB @ 3000MHz
Accuracy - Transmission measurements (regular sweep mode) mid dynamic range measurements ± 0.2 dB @ 0.1MHz
± 0.1 dB @ 1MHz
± 0.1 dB @ 100MHz
± 0.1 dB @ 600MHz
± 0.3 dB @ 1000MHz
± 0.5 dB @ 3000MHz
Accuracy - Reflection measurements mid dynamic range measurements ± 0.4 dB
Directivity 40 dB @ 0.1MHz
60 dB @ 1MHz
60 dB @ 100MHz
45 dB @ 600MHz
30 dB @ 1000MHz
25 dB @ 3000MHz
Tracking error 0.05 dB (0.1 to 1000MHz)
Source Return Loss 50 dB @ 1MHz
40 dB @ 100MHz
20 dB @ 1000 MHz
Insertion Loss Measurement range-dual ended 80 dB @ 0.1MHz
80 dB @ 1MHz
70 dB@ 100 MHz
65 dB @ 1000 MHz
40 dB @ 3000 MHz
DC Measurement Parameters - Double Ended End-to-end connectivity (wiremap) DC resistance pair-to-pair and wire-to-wire resistance unbalance
DC Resistance Measurement Range 0 - 100 Ω (± 0.5 Ω)
DC Resistance measurement resolution 0.1 Ω
File Format for S-parameter results CSV and Touchstone (s8p, s16p)
Plots frequency domain S-parameter (magnitude)
time-domain impulse response (linear or dB)
time-domain step response (impedance or dB)
phase v/s frequency, real part v/s frequency, imaginary part v/s frequency
ACRF, PSACRF for dual ended tests
power sum measurements of selected combinations of S-parameters
size 17.5cm (Depth) x 16.5cm (Width) x 5.5cm (Height)
File Format for S-parameter results CSV and Touchstone (s8p, s16p)
weight 1.0 kg
power supply 5V DC adapter
Power consumption 8 W
Battery Operation 8 hours with full charge and 1 test/min
Connectivity USB, 10/100/1000 Ethernet
Operating System Linux
Operating Temperature 0 °C to 45 °C
Storage Temperature -50 °C to +70 °C
Humidity 90 % at 25 °C
Atmospheric pressure 70.0 kPa to 106.7 kPa

Kit Configurations

For fixtures, adapters & cable assemblies, please contact us with your specific needs:

  • Examples:
  • SMA to Cat6A RJ45 Jack
  • SMA to SMB
  • SMA to FAKRA
  • SMA to MMCX
  • VNA_OCC_FIXTURE

MMVNA-200 K02SW

A pair of MMVNA-200 units and 8 x coaxial cords (60 cm), site license of VNA Manager software for analyzer configuration and reporting.



MMVNA-200 K01SW

Single MMVNA-200 unit and 8 x coaxial cords (60 cm), site license of VNA Manager software for analyzer configuration and reporting.



MMVNA-200 K02

A pair of MMVNA-200 units and 8 x coaxial cords (60 cm)



MMVNA-200 K01

Single MMVNA-200 unit and 8 x coaxial cords (60 cm)



VNA_MANAGER 10

Companion management software for S-parameter configuration, data capture and reporting.  Compatible with MMVNA model 100 and 200. Site license.



MMVNA-CALKIT

Calibration kit for MMVNA model 100 and 200