Nemo Invex II...- 13 active slots for different modules. Provides power with UPS, Invex NET (LAN), and WiFi. KVM for video (HDMI 1.3), keyboard, and mouse (USB) • Nemo Invex II System

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Nemo Invex II

T E C H N I C A L O V E R V I E W

IntroductionNemo Invex II from Keysight Technologies, Inc. is the most powerful and advanced

benchmarking system for testing large wireless device configurations with high data

rates LTE-A Cat 16 and beyond - with a rich suite of application testing options. The

system enables testing with up to 50 compatible devices and with up to four scanners

simultaneously with lower power consumption per device, giving operators, network

vendors, regulators, and contractors the possibility to benchmark voice and data

services on all available wireless technologies in one test drive.

In the Nemo Invex II design, the main focus has been on reliability in extreme conditions.

The design boasts sophisticated built-in cooling and heating and replaceable air filters.

The enhanced capacity of Nemo Invex II offers support for the largest number of test

devices in the world. Yet, power efficiency has not been overlooked: the power usage

per UIC has been cut in half thanks to the innovative design.

The system has improved UPS functions including backup for scanners as well as

built-in monitoring for power, temperature, and current maintaining the measurement

system at optimal temperature. Furthermore, USB charging 1.2 compliant ports enable

the charging of the measurement devices in long measurement sessions. Native

SuperSpeed USB 3.0 ports support LTE-A Cat 16 test devices and beyond.

The compact, standard chassis allows totally free mix and match modularity between

the chassis via the advanced Invex Chassis NET communication interface. Compared

to current commercial benchmarking systems, the need for manual cabling has been

reduced dramatically. The system is designed for easy installation and usage in cars with

wireless connectivity to the control PC, built-in ambient lights and keyboard, video, and

mouse (KVM) for improved usability – even in environments with low, ambient lighting.


Supported technologies

• 5G NR

• NB-IoT, LTE-M

• LTE/LTE-A (FDD/TDD, carrier aggregation 2CC and 5CC)

• HSPA+ Dual Cell /HSPA+

• GSM, cdmaOne, AMPS

• TETRA, iDEN

• HSCSD, GPRS, EDGE

• WCDMA

• cdma2000 1xRTT, CDMA2000 1xEVDO (Rel. 0, Rev. A, Rev. B)

• HSDPA, HSUPA, DC-HSUPA, TD-SCDMA

• WiMAX (802.16e)

Measurement options • IoT testing using NB-IoT and LTE-M technologies

• CS and PS data measurements

• Voice, voice quality PESQ and POLQA (ITU-T P.862.1, WB-AMR, P862.2, ITU-T P.863)

• VoLTE voice call support (Qualcomm IMS, Samsung IMS client, HiSilicon IMS)

• EVS voice codec (Qualcomm)

• ViLTE support

• VoWiFi and ViWiFi measurements

• Video quality monitoring with VQmon (with NMR)

• Multimedia Broadcast Multicast Service (eMBMS) measurements and scanning

• Video call, video call quality, video streaming, YouTube video streaming, Netflix video streaming, and video streaming analysis measurements (PEVQ-S)

• Multi measurements with Nemo Intelligent Device Interface

• Indoor measurements

• Frequency scanning, pilot scanning, eMBMS scanning, WLAN scanning, CW scanning, band scanning and spectrum analyzer measurements

• SMS, MMS, and USSD measurements

• FTP testing for file transfers (multithreaded)

• SFTP testing for file transfers (download and upload)

• Multithreaded SFTP data transfer

• HTTP/S testing for file transfers (download and upload)

• HTTP/S testing for web browsing

• SMTP/POP3/IMAP for email testing

• Iperf for UDP/TCP testing

• Voice quality testing

• PTT call testing (QChat and Kodiak InstaPoC)

• Facebook, Twitter, Instagram, WhatsApp, Viber, and Dropbox testing

• Touchscreen simulation and screencasting for automated testing of Android applications

• Native Ookla speedtesting

• IP packet capturing and playback

• Missing neighbor detection for GSM, WCDMA, and CDMA

• LTE downlink allocation analysis

• CDMA, EVDO, and WCDMA pilot pollution analysis

• GSM interference analysis

• LTE ANR CGI reports

• Diagnostics data logging (Qualcomm)

• Emergency call testing


• File sharing with Nemo Cloud Basic and remote controlled measurements with Nemo Cloud Premium

Nemo Invex II Key Features• Support for the largest number of test devices in the world: simultaneous testing of

up to 50 test UEs and four scanning receivers

• Support for all technologies up to 5G NR, LTE-A Cat 16, VoLTE, and beyond, enabling the testing test of multiple technologies with one drive test

• Better performance and higher test device density per system

• Designed for testing and benchmarking high data rates, such as LTE Cat 16

• Support for current and future MIMO devices

• Lower power consumption per test device

• Future proof - for LTE-A and beyond

• Enhanced reliability and accurate measurements

• Easy to use and versatile including a complete set of accessories

Nemo Invex II System Modules and AccessoriesSystem overview• Compact, standard master chassis with 13 active slots enables flexible modularity

• Provides a strong, drop-resistant package to hold all modules/boards

• Lockable connectors

• All modules powered by the backplane

• Combine up to five chassis for an even higher number of devices using advanced Invex NET connections

• Integrated power supply with internal battery backup provides power for external devices, such as scanners

• Physical connection between control PC and Nemo Invex II chassis is a 1 GB Ethernet connection via RJ45 or via optional WiFi Kit

• Built-in KVM provides easy access to all universal interface controller (UIC) modules (HDMI 1.3/ USB 2.0)

• Remote main power on/off switch that can be placed e.g. at the front of the vehicle

• Built-in heating and cooling fans with air filters

• RoHS, CE certified

• Simultaneous testing of max 50 UEs

- 29 smartphones with isolation modules or 50 modems (or combinations of both) and 4 scanners


Nemo Invex II main modules • Nemo Invex II Master Chassis

- 13 active slots for different modules. Provides power with UPS, Invex NET (LAN), and WiFi. KVM for video (HDMI 1.3), keyboard, and mouse (USB)

• Nemo Invex II System Management Module (SMM)

- Interface between PC and chassis with OLED display. One module per system

• Nemo Invex II System Access Module (SAM)

- The module contains a 5-port Ethernet switch for external devices, GPS RF splitter and the GPS/DR assembly

• Nemo Invex II UIC Control Module i7

- CPU module with physical SuperSpeed USB 3.0 connections for up to 6 test devices

• Nemo Invex II Handset Isolation Module (HIM)

- RF closure for test handset with adequate cooling and heating. Audio card for voice quality testing

• Nemo Invex II Single Handset Isolation Module (SHIM)

- A one-slot wide RF closure for test handset with adequate cooling and heating. WiFi support and five SMA antenna connectors.

Figure 1. Nemo Invex II master chassis - NTB11026A


Nemo Invex II System Management Module (SMM)• Interface between control PC and chassis

- 1 Gigabit Ethernet ports

- Interface in the front panel

• Can be mounted to any slot in the system

• Contains the main illuminated power on/off switch

• Color OLED display with integrated heater

- OLED display shows the basic status of the chassis and all modules attached: voltage, current, alarms, battery status, GPS information, and ambient light control

• Joystick or buttons to control the information shown on the display.

• One SMM required per system

• Double-slot width

Nemo Invex II System Access Module (SAM)• Plug-in module located at the back of the chassis provides connectivity to the chassis.

Interface controls the scanner(s) via Ethernet and connects an optional WiFi router

• 5 port Gigabit Ethernet switch (four for external devices, one for backplane)

• Includes a separate replaceable GPS module board

- GPS signal is distributed over the backplane

- Cost effective, high-performance u-blox 6 (LEA-6R) position engine

- Navigate down to –162 dBm and –147 dBm coldstart

- Hybrid GPS/SBAS engine (WAAS, EGNOS, MSAS)

• Onboard active GPS RF splitter provides signal for scanners

- Select GPS antenna voltage (3.3 V/5 V) via the Nemo Invex II Management Module (SMM)

• Onboard temperature and voltage sensors

• Heater control for the Ethernet switch

Figure 2. Nemo Invex II system management module - NTB11031A

Figure 3. Nemo Invex II system access module - NTB11032A


Nemo Invex II UIC Controller Module i7 (UIC)• Provides dedicated resources and interface with handsets, USB modems, and

scanners

• Plug UIC into any slot in the chassis

• Front panel KVM switch and reset button

• SuperSpeed USB 3.0 USB ports capable of supporting voice, PESQ & POLQA, and data in any configuration - 6 each

• High current USB ports (compliant with USB battery charging 1.2 A standard, 1.5 A/USB port)

• Advanced Nemo Easy-Lock, built-in lockable USB connectors

• Ability to shut off USB port power to hard reset locked up devices

• Heater function (pre-heat mode with low temperatures)

• Built-in handle/cable management

• Main status/USB status LEDs

• UIC controller module i7

- Intel Core i7 3517UE processor, 2C, 4M cache, 1.7 GHz

- Hard drive SSD 55 GB

- Performance

- Simultaneous PESQ/POLQA connections - 6 each

- HSPA+ DC UEs - 6 each

- LTE USB modems - 3 each, Cat 4 UEs (DL 150 Mbps/UL 51 Mbps per modem)

- LTE Cat 12 handsets - 6 each with Nemo Media Router, (DL 300 Mbps/UL 51 Mbps per UE)

- Power:+12 VDC, maximum power 65.3 W

- One-slot width

Figure 4. Nemo Invex II UIC control module i7 - NTB11030A


Nemo Invex II Handset Isolation Modules

Nemo Invex II offers two types of enclosures for handsets: Handset Isolation Module

(HIM) and Single Handset Isolation Module (SHIM).

Nemo Invex II Handset Isolation Module (HIM)

• Support for smartphones with up to 6.4” screens

• Shielded enclosure for handsets (~40 dB)

• Supports all modes of testing (voice quality and data)

• Supports continuous driving

- Power provided by chassis via rear panel

- Ability to hard reset devices in case of handset lock up

• Single multicolor LED indicator to show module status

• Illuminated activation button

- HIM status displayed on the OLED display of SMM module showing detailed UE information, voltage, current, and temperature

• Advanced Nemo Easy-Lock built-in lockable SS USB 3.0 connector

• RF antenna connectors - 4 each

• Provides pre-heating and adequate cooling

• External SIM card reader

- SIM cards supported: normal SIM, micro, and nano SIM cards with adapters

• Double-slot width

Figure 5. Nemo Invex II handset isolation module - NTB11034A


Nemo Invex II Single Handset Isolation Module (SHIM)

• Shielded enclosure for handsets (~40 dB)

• Supports continuous driving

- Power provided by chassis via rear panel

- Ability to hard reset devices in case of handset lock up

• Single multicolor LED indicator to show module status

• Illuminated activation button

- SHIM status displayed on the OLED display of SMM module showing detailed UE information, voltage, current, and temperature

• Advanced Nemo Easy-Lock built-in lockable SS USB 3.0 connector

• RF antenna connectors - 5 each

• Provides pre-heating and adequate cooling

• External SIM card reader

- SIM cards supported; normal SIM, micro, and nano SIM cards with adapters

• WiFi support

• One-slot width

Figure 6. Nemo Invex II single handset isolation module


Feature SHIM HIM

Support for smartphones with up to 6.4” screens x x

Shielded enclosure for handsets (~40 dB) x x

Supports all modes of testing (voice quality and data) x x

Supports continuous driving x x

Power provided by chassis via rear panel x x

Ability to hard reset devices in case of handset lockup x x

Single multicolor LED indicator to show module status x x

Illuminated activation button provides preheating and cooling x x

SS USB 3.0 lockable (Nemo Easy Lock) connector x x

Number of SMA RF antenna connectors 5 4

WiFi support x

External SIM card readerSIM cards supported: normal SIM, micro, and nano SIM cards with adapters

x x

Width Single-slot width Double-slot width

Weight 965 g 1150 g

Table 1. Nemo Invex II handset isolation module comparison

Standard accessories

Nemo Invex II System Power Module (SPM)

• Standard accessory with the master chassis, optional with additional chassis.

• Provides power for external devices, e.g. for scanners, WiFi router and external display

• Auxillary power connectors - Lockable Neutrik connectors

• Maximum output current 10 A per port

• Battery backup module

• Includes a cable detection system: detects the type of external device connected

• LED indicators

Figure 7. Nemo Invex II system power module - NTB11033A


Nemo Invex II Vehicle Power Supply (VPS) Module

• Provides power 12 VDC for up to five Nemo Invex II chassis

• One high current input (75 A max) and five lower current outputs (50 A max)


• Mounting hardware included

• DC IN: 10 to 16 V

• MAX IN (A): 150 A

• DC breaker: 150 A

Nemo Invex II Mains Power Supply (MPS) Module

• 120/240 VAC power supply

• AC input: 100 to 240 VAC

• DC output: 15 VDC (645) @ 43 A


Figure 8. Nemo Invex II VPS module - NTB11001A

Figure 9. Nemo Invex II MPS module - NTB11002A


Nemo Invex II Fixed Vehicle Mounting Kit (VMK)

• For mounting chassis or any other accessory module

• Comes with standard toolkit including screw drivers (torx/allen) and SMA variant wrench

Nemo Invex II Top Mounting Base Kit (TMBK)

• For securely mounting three chassis

• Comes with top mounting rails and ratchet tie downs - 2 each

Figure 10. Nemo Invex II fixed vehicle mounting kit - NTB11003A

Figure 11. Nemo Invex II top mounting base kit - NTB20012A


Optional accessories

Nemo Invex II RF Splitter Option

• RF splitter 1:4 mounted on top of the chassis - 3 each. Only with new orders

• RF splitter kit, 4-way, which includes:

- RG-316DS SMA extension cable, 61 cm (24”) - 4 each

- RF termination, SMA male, 50 Ohms - 3 each

• Frequency range: 0.5 to 4 GHz

• Insertion loss: < 1.5 dB

• Isolation: > 16 dB

• VSWR in: 1.4:1

• VSWR out: 1.4:1

• Amplitude balance: < 0.3 dB

• Phase balance: < 5 degrees

Nemo Invex II Dead Reckoning GPS Adapter Kit (DR)

• Provides dead reckoning GPS functionality

• Enables use with GPS dead reckoning kit

• LEDs to show pulse and backup signals

• GPS and DR status and configuration information is also available on the SMM

• OBD adapter provides easy and convenient access to vehicle speed pulse signal

• Includes the following parts:

- Model number: NTB11000A, which includes:

- Nemo Invex II dead reckoning cable kit

- OBD module Centrodyne Z059


Nemo Invex II Movable Vehicle Mounting Kit (MVMK)

• Holds two chassis systems (maximum)

• Ideal for vehicle installations with limited space

• Sliding and rotating the system

Nemo Invex II Standard 19-Inch Rack Mounting Kit (SRMK)

• The standard 19-inch rack mounting kit enables the mounting of the Nemo Invex II master chassis into a 19-inch rack.

Figure 12. Nemo Invex II movable vehicle mounting kit - NTB11004A

Figure 13. Nemo Invex II standard 19-inch rack mounting kit - NTB11005A


Nemo Invex II UE Retainer Kit - URK

• Kit for mounting test UEs securely with universal holders when handset or USB modules are not used. Holds up to six UEs (6.4”).

• Includes headrest mounting

• Also available with optional RF splitters

• Dimensions: 414 x 456 x 46 mm

Nemo Invex II Portable UE Retainer Kit (PURK)

• Portable kit for mounting test UEs securely with universal holders when handset or USB modules are not used. Holds up to six UEs (6.4”).

• Includes headrest mounting

• Also available with optional RF splitters

• Dimensions: 365 x 375 x 7 mm

Figure 14. Nemo Invex II UE retainer kit - NTB11014A

Figure 15. Nemo Invex II portable UE retainer kit - NTB11015A


Nemo Invex II RF Splitter Kit (RSK)

• RF splitters 1: 4 for test UEs - 6 each

• Can be stacked on top, below, and between the chassis

• Available models:

- Nemo Invex II RF Splitter Kit (0.5 to 6 GHz)

- Recommended for WiFi measurements

- RF splitter kit, 4-way, which includes:

- RG-316DS SMA extension cable, 61 cm (24”) - 4 each

- RF termination, SMA male, 50 Ohms - 3 each

- Frequency range: 0.5 to 6 GHz

- Insertion loss: < 0.6 dB

- Isolation: > 20 dB

- VSWR in: 1.3:1

- VSWR out: 1.3:1

- Amplitude balance: < 0.4 dB

- Phase balance: < 4 degrees

- Power average @ 1.2:1 VSWR: < 10 dBm

- Model number: NTB11018A

- Nemo Invex II RF Splitter Kit (0.5 to 4 GHz)

- Frequency range: 0.5 to 4 GHz

- Insertion loss: < 1.5 dB

- Isolation: > 16 dB

- VSWR in: 1.4:1

- VSWR out: 1.4:1

- Amplitude balance: < 0.3 dB

- Phase balance: < 5 degrees

- Model number: NTB11019A

Figure 16. Nemo Invex II RF splitter kit


Nemo Invex II Scanner and WiFi Mounting Kit (SWMK)

• Mounting kit for scanners and WiFi

Nemo Invex II Wireless Access Kit (WAK)

• WiFi/4-port router and mounting hardware. Provides wireless access to the system.

Nemo Invex II Multi Cellular Router Kit

• Max HD4 Quad 4G LTE Mobile Router provides wireless access from control PC to Nemo Invex II system

• Online connectivity to Nemo Cloud and Nemo Server for end-to-end call control

• Quad cellular modems and redundant SIM slots allow to use up to four different cellular providers for data overage protection or eliminating blind spots

• Kit includes preconfigured Peplink HD4, Quad LTE Mobile Router and power cable compatible

Figure 17. Nemo Invex II scanner and WiFi mounting kit - NTB11007A

Figure 18. Nemo Invex II wireless access kit - NTB11032A

Figure 19. Nemo Invex II multi cellular router kit - NTB11021A


Working with Nemo Invex IIReliable and accurate measurements

Nemo Invex II sets the new standard for reliable and accurate measurements. Its

enhanced power efficiency reduces the power usage per test device approximately

50%. The innovative thermal design enables longer, uninterrupted and, therefore,

more reliable measurements. Improved UPS functions include back-up for scanners

as well as built-in monitoring for power, temperature and current, thus maintaining the

measurement system at optimal temperature. In addition, high-power USB ports enable

batteries to charge during long test drives.

With its easy-to-use features, Nemo Invex II offers the very latest measurement system

technology. Cabling has been reduced and the system is easy to install and use in

vehicles. It includes wireless connectivity to the management PC, built-in ambient lights

and KVM.

Quick and easy to deploy, Nemo Invex II provides critical quality-of-service (QoS)

measurements and a wide variety of quality-of-experience (QoE) service testing,

including the latest voice and video quality measurement algorithms. Nemo Invex II is

flexible and scalable, capable of evolving as the network evolves providing the lowest

effective total cost of ownership available.

The system enables testing with up to 50 test devices simultaneously with lower power

consumption per device, giving operators, network vendors, regulators, and contractors

the possibility to benchmark the latest mobile broadband technologies and devices all in

one test drive.


The supported test devices include the latest Qualcomm-based terminals as well as

scanning receivers from Keysight, PCTEL, and Rohde & Schwarz. What is more, they

are all conveniently connected to the same Nemo Invex II platform running on a single

laptop. Furthermore, combined with Nemo Server, it is also possible to carry out long-

term network performance measurements.


Web-based maintenance tool

The new web-based Nemo Invex II maintenance tool provides a quick and easy way

to update and configure the Nemo Invex II system using a web browser on the control

PC. If a wireless access kit is used with the Nemo Invex II system, the web-based

maintenance tool can be accessed with a smartphone.


Application TestingVerify and troubleshoot your wireless network

Nemo Invex II enables network operators to test their network using the same

application protocols as their customers and, therefore, provides results that correspond

with the end-user experience. The information provided by Nemo Invex II assists in the

verification and troubleshooting of new services reducing the time-to-market.

Perform application tests manually or automatically by taking advantage of user-

definable scripts. For all protocols, key performance indicators, such as data

throughput, access time, and success rate can be recorded simultaneously with the full

radio network information.

All services are supported in a single product, Nemo Invex II, providing an easy-to-use,

consistent interface for configuring the different applications. Different applications, such

as voice, SMS and packet-switched data can be launched in one measurement session

to simulate end-user behavior.

Nemo Invex II supports single and multi (parallel) SFTP transfers and single, multi

(parallel) and multithreaded FTP transfers. In single SFTP/FTP transfer, one file is

either sent or received. In multi SFTP/FTP transfer, one or more files are either sent or

received or both simultaneously. In multithreaded FTP transfer, the transferred file is split

into smaller fragments. You define the number of threads. Each thread creates a new

FTP session and transfers a fragment of the file. Multithreaded FTP transfer mode is

supported in the receive direction.

Facebook, Twitter, YouTube, Instagram, WhatsApp, and Dropbox

Facebook, Twitter, YouTube, Instagram, WhatsApp, and Dropbox are some of the

most popular social networking applications, and they produce significant amounts of

traffic on cellular networks. With Nemo Invex II it is possible to test the most common

functions with these applications, such as, posting to a feed (text or image), streaming

a YouTube video, retrieving a friend list, and transferring files. The logged parameters

include connection and transfer attempt/success/failure statistics and success rates.

Nemo Outdoor supports • e-mail (SMTP, POP3, and

IMAP protocols)

• SMS/MMS

• USSD

• Iperf for UDP/TCP testing

• Ping trace route testing

• FTP

• SFTP

• HTTP

• HTTPS file transfers

• HTTP/HTTPS browsing

• PEVQ-S video streaming analysis (HTTP/HTTPS)

• Huawei u-vMOS video streaming analysis

• HTTP/HTTPS streaming (YouTube)

• Netflix video streaming

• RTSP streaming

• Video streaming

• Video streaming quality

• Video call quality

• Voice quality (ITU-T P.862.1, ITU-T P.863, WB-AMR, P862.2)

• ICMP ping

• Ping trace route

• PTT calls (QChat and Kodiak InstaPoC)

• Twitter

• Instagram

• Dropbox

• Facebook

• WhatsApp

• Viber

• BiP Messenger

• LinkedIn

• Ookla Speedtest


5G Measurement SolutionThe shortage of bandwidth has lead network vendors to explore the millimeter wave (mm-

wave) frequency spectrum and its applications for future broadband wireless networks.

Extensive measurements and research are needed to gather information about cellular

mm-wave propagation in densely populated indoor and outdoor environments.

Keysight’s 5G field measurement solution provides a complete measurement system

for millimeter wave (mm-wave) propagation measurements for both indoor and outdoor

environments. The 5G measurement solution includes all the necessary software and

hardware to collect and process data, including the data analytics tools to generate

statistical information that can easily be shared throughout the organization.

Key features• Measure and verify mm-wave frequency propagation, reflection and penetration

for indoor and outdoor environments

• Perform real 5G NR field measurements with scanners

• Easily align the transmitter and receiving directional antenna

• Measure accurate total channel power level over the measured bandwidth

• The solution combines Nemo Invex II with 3rd party scanning receivers and FieldFox handheld spectrum analyzer.

• Visualize the measurement results with both indoor and outdoor maps utilizing feature-rich user interface together with Keysight’s FieldFox handheld spectrum analyzer

• Easily generate statistical reports and coverage plots with data analytic tools


Centrally Controlled Testing with Nemo CloudNemo Cloud is a one-stop-shop platform for centrally controlled network testing from

measurement session creation to final measurement reports (with Nemo Xynergy). It

allows network operators to remotely operate Nemo Outdoor, Nemo Invex II, and Nemo

Handy/Nemo Handy Autonomous test units and check their status. The location and

status of field units, including the driver’s contact details, are tracked in Nemo Cloud.

Configuration settings can be shared to and between all measurement units within the

same project quickly and easily. Nemo Cloud supports all devices and test protocols

currently supported with Nemo tools.

A single user is able to remotely monitor and manage numerous Nemo measurement

kits in the field thus eliminating the need for two technicians in a test vehicle.

Measurement sessions are created and scheduled in Nemo Cloud and they can be

assigned for individual measurement units or to groups of units. Field unit hardware

configurations and test device details can be verified remotely to avoid failed drive tests

caused by malfunctioning hardware. In addition, hardware failures, incorrect scripts and

other issues can be spotted and corrective measures taken immediately instead of at

the end of a one-week test campaign. By reacting without delay, both time and money

can be saved.

For locally controlled Nemo tools, Nemo Cloud provides file and configuration sharing

between measurement units. This reduces work before the start of the measurement

project in the field and eliminates human errors in local measurement unit configuration.

Figure 15. Nemo Cloud provides a centralized platform for viewing information about your measurement projects

Page 23This information is subject to change without notice. © Keysight Technologies, 2018-2019, Published in USA, May 02, 2019, 5992-2012EN

Find us at www.keysight.com

Learn more at: www.keysight.com

For more information on Keysight Technologies’ products, applications or services,

please contact your local Keysight office. The complete list is available at:

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Documents

Nemo Invex II...- 13 active slots for different modules. Provides power with UPS, Invex NET (LAN), and WiFi. KVM for video (HDMI 1.3), keyboard, and mouse (USB) • Nemo Invex II System