p7000a base station measurement automation solution

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P7000A Base Station Measurement Automation Solution

O-RAN.WG4.CONF.0-v03.00

O-RAN Fronthaul Working Group

Conformance Test Specification

Type 1-C and Type 1-H

FR1 Conducted and Hybrid Test Cases

3GPP TS 38.141-1 NR Base Station


Type 1-C and Type 1-H

FR1 Conducted and Hybrid Test Cases

for Chapters 6 and 7 as well as Type 1-C

FR1 Conducted Test Cases for Chapter 8

3GPP TS 38.141-2 NR Base Station


Type 2-O FR2 Radiated Test Cases

for Chapters 6, 7, and 8

This configuration guide contains information to

help quote and configure the Keysight P7000A

Base Station Measurement Automation Solution.


Table of Contents

Overview of the Keysight P7000A Base Station Measurement Automation Solution .................................. 4

Tests Defined by 3GPP TS 38.141-1 & 3GPP TS 38.141-2 for gNB Chapter 6, 7 and 8 ........................ 4

Tests Defined by O-RAN.WG4.CONF for an O-RAN Radio Unit (O-RU) ................................................ 5

Software, Licenses, and Plug-in Packages ............................................................................................... 6

1. Select Test Automation Software .......................................................................................................... 8

A. Test automation software .................................................................................................................. 8

B. Test automation software license type and support subscription duration ....................................... 9

2. Select Base Software .......................................................................................................................... 10

C. Base software.................................................................................................................................. 10

D. Base software license type, software license duration, and support subscription duration ............ 11

3. Test Cases for O-RAN UC-Plane: FR1 Conducted FDD/TDD Signal Tests ...................................... 12

(Optional) Select O-RAN Conformance Test Specification 3.2.3.x Test Cases and 3.2.5.x Test Cases ... 15

A. P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset ........... 15

B. P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated

toolset software license type, software license duration, and support subscription duration .......... 15

C. P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset ........... 15

D. P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated

toolset software license type, software license duration, and support subscription duration .......... 15

E. Hardware for O-RAN UC-Plane FR1 conducted TDD/FDD test cases ........................................... 16

4. Test Cases for 3GPP TS 38.141-1 and 3GPP TS 38.141-2 Chapters 6, 7, or 8 ................................ 19

(Optional) Select Chapter 6 Transmitter Characteristics Test Cases ......................................................... 24

A. Chapter 6 FR1 conducted transmitter characteristics test cases (in-band, single carrier) ............ 24

B. Chapter 6 FR1 conducted transmitter characteristics test cases software license type,

software license duration, and support subscription duration ........................................................ 24

C. Chapter 6 FR1 conducted transmitter characteristics test cases (out-of-band, single carrier) ...... 24

D. Chapter 6 FR1 conducted transmitter characteristics test cases software license type,


E. Chapter 6 FR1 hybrid transmitter characteristics test cases (in-band, single carrier) ................... 25

F. Chapter 6 FR1 hybrid transmitter characteristics test cases software license type,


G. Chapter 6 FR1 hybrid transmitter characteristics test cases (out-of-band, single carrier) ............ 25

H. Chapter 6 FR1 hybrid transmitter characteristics test cases software license type,


I. Chapter 6 FR2 radiated transmitter characteristics test cases (in-band, single carrier) ................ 25

J. Chapter 6 FR2 radiated transmitter characteristics test cases software license type,


(Optional) Select Chapter 7 Receiver Characteristics Test Cases ............................................................. 26


K. Chapter 7 FR1 conducted receiver characteristics test cases (in-band, single carrier) .................. 26

L. Chapter 7 FR1 conducted receiver characteristics test cases software license type,

software license duration, and support subscription duration ......................................................... 26

M. Chapter 7 FR1 conducted receiver characteristics test cases (out-of-band, single carrier) ........... 26

N. Chapter 7 FR1 conducted receiver characteristics test cases software license type,


O. Chapter 7 FR1 hybrid receiver characteristics test cases (in-band, single carrier) ......................... 27

P. Chapter 7 FR1 hybrid receiver characteristics test cases software license type,


Q. Chapter 7 FR1 hybrid receiver characteristics test cases (out-of-band, single carrier) .................. 27

R. Chapter 7 FR1 hybrid receiver characteristics test cases software license type,


S. Chapter 7 FR2 radiated receiver characteristics test cases (in-band, single carrier) ...................... 27

T. Chapter 7 FR2 radiated receiver characteristics test cases software license type,


U. Test equipment for Chapter 6 FR1 and Chapter 7 FR1 test cases: MXG and MXA ....................... 28

V. Test equipment for Chapter 6 FR2 and Chapter 7 FR2 test cases: S9101A-BK1 .......................... 29

W. FR2 test equipment’s requires a 5G NR measurement application for S9101A-BK1 ..................... 29

(Optional) Select Chapter 8 Performance Requirements Test Cases ........................................................ 30

A. Chapter 8 FR1 conducted performance requirements test cases (single carrier) ........................... 30

B. Chapter 8 FR1 conducted performance requirements test cases software license type,


C. Chapter 8 FR2 radiated performance requirements test cases (single carrier) .............................. 30

D. Chapter 8 FR2 radiated performance requirements test cases software license type,


E. Hardware for Chapter 8 FR1 and FR2 performance requirements test cases: UeSIM .................. 31

F. (Required only for Chapter 8 FR2 radiated performance requirements test cases)

Frequency range option of upconverter/downconverter (UDC) for UeSIM hardware ..................... 32

G. (Optional) Add Chapter 8 performance requirements test cases, upgrade to multiple-carrier ........ 33

H. (Optional) Add Chapter 8 performance requirements test cases software license type,


I. (Optional) Add additional hardware for Chapter 8 performance requirements test cases .............. 33

PC Requirements ........................................................................................................................................ 34

Global Warranty .......................................................................................................................................... 34

Related Literature ........................................................................................................................................ 35

Web ............................................................................................................................................................. 35


Overview of the Keysight P7000A Base Station Measurement Automation Solution

The Keysight P7000A Base Station Measurement Automation Solution consists of integrated software

and hardware to accelerate the development of automated test on 5G NR Base Stations (gNB)

according to the 3GPP Technical Specification 1 38.141-1 and 3GPP Technical Specification 38.141-2

for Chapter 6, 7 and 8; this same solution is used to test an O-RAN Radio Unit (O-RU) according to the

O-RAN.WG4.CONF Conformance Test Specification 2.

Tests Defined by 3GPP TS 38.141-1 & 3GPP TS 38.141-2 for gNB Chapter 6, 7 and 8

Base Station Measurement Range / Method 3GPP TS 38.141-1 3GPP TS 38.141-2 Chapter 6 and 7

3GPP TS 38.141-1 3GPP TS 38.141-2

Chapter 8

Type 1-C FR1 Conducted ✓ ✓

Type 1-H FR1 Conducted / Radiated 3 ✓

Type 1-0 FR1 Radiated

Type 2-0 FR2 Radiated ✓ ✓

All tests run on the Keysight KS8400A PathWave Test Automation Software architecture, which is

centered around a Test Automation Engine, built on OpenTAP, and can be extended with plug-ins.

• Plug-ins come in packages; a package is a versioned collection of plug-ins.

• P7000A packages extend the capabilities of the Test Automation Engine and include:

o Packages for 3GPP TS 38.141-1 & 3GPP TS 38.141-2 Chapter 6 & 7 Test Cases:

- P7000A 5G RF Parametric Test Suite package provides 3GPP TS 38.141-1 &

3GPP TS 38.141-2 Chapter 6 FR1 & FR2, Chapter 7 FR1 & FR2 test cases,

and a Test Report Generator plug-in for reporting test results

- P7000A MDL and Test Plan Generator package provides a Manufacturer’s Declaration List

(MDL) Editor application and a Test Plan Generator application

o Packages for 3GPP TS 38.141-1 & 3GPP TS 38.141-2 Chapter 8 Test Cases:

- P7000A 5G NR Performance Test Suite package provides 3GPP TS 38.141-1 &

3GPP TS 38.141-2 Chapter 8 FR1 & FR2 test cases and a Test Report Generator plug-in for

reporting test results

- P7000A MDL and Test Plan Generator package provides a Manufacturer’s Declaration

List (MDL) Editor application and a Test Plan Generator application

To learn about the Package Manager, plug-ins, and packages for 3GPP TS 38.141-1 &

3GPP TS 38.141-2, see the Keysight P7000A User’s Guide for Chapter 6 and 7 (P7000-90002) as well

as the Keysight P7000A User’s Guide for Chapter 8 (P7000-90012).

1. Specification maintained by the 3rd Generation Partnership Project (3GPP), www.3gpp.org. 2 Specification maintained by the Open Radio Access Network (O-RAN) Fronthaul Working Group, www.o-ran.org. 3 Currently, as of July 2021, only FR1 Conducted is available; Type 1-H Radiated will be available in future updates.

http://www.keysight.com/find/P7000A


http://www.3gpp.org/

https://www.o-ran.org/


Tests Defined by O-RAN.WG4.CONF for an O-RAN Radio Unit (O-RU)

The P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset and the

P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset together with

PathWave Test Automation software and P7000A Base Station Measurement Automation Software are

parts of integrated software and hardware that create a solution to accelerate the development of

automated test for Conformance and Design Verification Test (DVT) of an O-RAN Radio Unit (O-RU).

All tests for an O-RAN Radio Unit run on the Keysight KS8400A PathWave Test Automation Software

architecture, which is centered around a Test Automation Engine, built on OpenTAP, and allows

configuration and execution of test plans through a Graphical User Interface (GUI).

Tests for an O-RAN Radio Unit do not require any additional packages and therefore does not utilize the

Package Manager. See the Keysight P705xA User’s Guide for an O-RAN Radio Unit (P7050-90002).



Software, Licenses, and Plug-in Packages

Depending on the type of test being performed, software, licenses (if required), and plug-in packages

can be used (after download, installation, and licensing) from the Test Automation Editor Tools menu.

Check marks in the following tables, indicate requirements.

3GPP TS 38.141-1 & 3GPP TS 38.141-2

Chapter 6 and 7

Chapter 8

Test Automation Software, Base Software, and Licenses

KS8400A PathWave Test Automation Software

(Note that different versions are required.)

✓

9.16.5

✓

9.15

KS8400A License for PathWave Test Automation Software ✓ ✓

P7000A Base Station Measurement Automation Software provides instrument,

DUT, and positioner driver/control plug-ins ✓ ✓

P7000A0001 License for P7000A Base Station Measurement Automation

Software ✓ ✓

Plug-in Packages for 3GPP TS 38.141-1 & 3GPP TS 38.141-2 Chapter 6 & 7 Test Cases

P7000A 5G RF Parametric Test Suite package provides 3GPP TS 38.141-1 &

3GPP TS 38.141-2 Chapter 6 FR1 and FR2, Chapter 7 FR1 and FR2 test

cases, and a Test Report Generator plug-in for reporting test results

✓

P7000A MDL and Test Plan Generator package provides a Manufacturer’s

Declaration List (MDL) Editor application and a Test Plan Generator

application

✓

Licenses for 3GPP TS 38.141-1 & 3GPP TS 38.141-2 Chapter 6 Test Cases

P7060A1C10 License for Chapter 6 FR1 conducted transmitter characteristics

test cases (in-band, single carrier) ✓

P7060A1C20 License for Chapter 6 FR1 conducted transmitter characteristics

test cases (out-of-band, single carrier) ✓

P7060A1H10 License for Chapter 6 FR1 hybrid 1 transmitter characteristics


P7060A1H20 License for Chapter 6 FR1 hybrid 1 transmitter characteristics


P7060A2R10 License for Chapter 6 FR2 radiated transmitter characteristics



P7070A1C10 License for Chapter 7 FR1 conducted receiver characteristics


P7070A1C20 License for Chapter 7 FR1 conducted receiver characteristics


P7070A1H10 License for Chapter 7 FR1 hybrid 1 receiver characteristics test

cases (in-band, single carrier) ✓

P7070A1H20 License for Chapter 7 FR1 hybrid 1 receiver characteristics test

cases (out-of-band, single carrier) ✓

P7070A2R10 License for Chapter 7 FR2 radiated receiver characteristics test

cases (in-band, single carrier) ✓

1 Currently, as of July 2021, only FR1 Conducted is available; Type 1 -H Radiated will be available in future updates.


Plug-in Packages for 3GPP TS 38.141-1 & 3GPP TS 38.141-2 Chapter 8 Test Cases

P7000A 5G NR Performance Test Suite package provides all 3GPP TS

38.141-1 & 3GPP TS 38.141-2 Chapter 8 FR1 and FR2 test cases and a Test

Report Generator plug-in for reporting test results

✓

P7000A MDL and Test Plan Generator package provides a Manufacturer’s

Declaration List (MDL) Editor application and a Test Plan Generator

application

✓


P7080A1C00 License for Chapter 8 FR1 conducted performance requirements

test cases (single carrier) ✓

P7080A2R00 License for Chapter 8 FR2 radiated performance requirements

test cases (single carrier) ✓

P7080M0000 License for Chapter 8 performance requirements test cases

(multi-carrier)

This license can be used with P7080A1C00 License for Chapter 8 FR1 or

P7080A2R00 License for Chapter 8 FR2 or both.

✓

O-RAN.WG4.CONF

UC-Plane: FDD/TDD

Test Automation Software, Base Software, and Licenses

KS8400A PathWave Test Automation Software

(Note that different versions are required.)

✓

9.13.1

KS8400A License for PathWave Test Automation Software ✓

P7000A Base Station Measurement Automation Software provides

instrument, DUT, and positioner driver/control plug-ins ✓

P7000A0001 License for P7000A Base Station Measurement Automation

Software ✓

Licenses for O-RAN.WG4.CONF UC-Plane: FDD/TDD

P7050A1CNF License for O-RAN Radio Unit UC-Plane FR1 conducted FDD

base automated toolset ✓

P7050A1CNT License O-for RAN Radio Unit UC-Plane FR1 conducted TDD

base automated toolset ✓


1. Select Test Automation Software

A. Test automation software

Test automation software

Model name Description

KS8400A PathWave Test Automation Software 1

Keysight KS8400A PathWave Test Automation software is licensed based on the options purchased.

Licenses are sold as fixed node-locked to a single PC, transportable, and network floating in either

perpetual or subscription.

License type Description

Fixed, node-locked

(single PC) Allows you to use the license on one specified instrument/computer.

Transportable

Allows you to use the license on one instrument or computer at a time.

This license may be transferred to another instrument or computer using

Keysight’s online tool.

Network floating

(multiple PCs)

Allows you to access the license on networked instruments/computers from a

server, one at a time. For concurrent access, multiple licenses may be

purchased. Three types of floating licenses are available:

Single Site: 1-mile radius from the server,

Single Region2: Americas; Europe; Asia,

Worldwide: export restriction identified in

End User License Agreement (EULA)

License Description

Perpetual Software license can be used in perpetuity.

Subscription Software license is available for the length of the subscription.

Support subscription Description

KeysightCare

support

subscription

Perpetual licenses are sold with a 12 (default), 24, 36, or 60-month software

support subscription. Support subscriptions can be renewed for a fee after the

initial license has expired.

Subscriptions already include a software support subscription through the

term of the license.

1 Note that different versions of PathWave Test Automation software are required and depend on the type of test case being run:

O-RAN UC-Plane FDD/TDD vs. 3GPP Chapter 6 & 7 vs. 3GPP Chapter 8. See the table on page 6.


B. Test automation software license type and support subscription duration

Select software license type and support subscription duration


KS8400A-1FP Perpetual, fixed, node-locked (single PC)

KS8400A-1TP Perpetual, transportable

KS8400A-1NP Perpetual, network floating (multiple PCs)

KS8400A-1FY Subscription, one-year license, fixed, node-locked (single PC)

KS8400A-1TY Subscription, one-year license, transportable

KS8400A-1NY Subscription, one-year license, network floating (multiple PCs)


2. Select Base Software

Whether you test 3GPP TS 38.141-1 & 3GPP TS 38.141-2 for gNB Chapter 6, 7, and 8 or test

O-RAN.WG4.CONF for an O-RAN Radio Unit (O-RU), a version of base software is required for every

computer running test cases. This base software provides basic measurement features as well as DUT

and Positioner APIs. If you already have purchased the base software for a computer, it is possible to

purchase test cases without having to re-purchase the base software. To include this required selection

with your quote and configuration, select base software and select a license type and subscription.

C. Base software

Base software

P7000A0001 Keysight P7000A Base Station Measurement Automation Software

Each of the following license types are offered as perpetual or subscription licenses as shown in the

table below. A valid support contract is included with subscription licenses. For a perpetual license, a

separate support contract is required to access Keysight technical support and software updates.

License type Description

Fixed, node-locked

(single PC) Allows you to use the license on one specified instrument/computer.

Transportable

Allows you to use the license on one instrument or computer at a time.

This license may be transferred to another instrument or computer using

Keysight’s online tool.

USB portable

Allows you to move the license from one instrument/computer to another

by end-user only with certified USB dongle, which is purchased

separately.

Network floating

(multiple PCs)

Allows you to access the license on networked instruments/computers

from a server, one at a time. For concurrent access, multiple licenses may

be purchased. Three types of floating licenses are available:

Single Site: 1-mile radius from the server;

Single Region2: Americas; Europe; Asia,

Worldwide: export restriction identified in

End User License Agreement (EULA)

License Description

Perpetual Software license can be used in perpetuity.

Subscription Software license is available for the length of the subscription.

Support subscription Description

KeysightCare support

subscription

Perpetual licenses are sold with a 12 (default), 24, 36, or 60-month

software support subscription. Support subscriptions can be renewed for a

fee after the initial license has expired. Subscriptions already include a

software support subscription through the term of the license.


D. Base software license type, software license duration, and support subscription duration

Use model P7000A0001, in the following table, as the Model# when selecting a base software

license type, software license duration, and support subscription duration.

To use the following table

When using the following table, substitute the Model# when selecting a software license type, software

license duration, and support subscription duration.

The following table is used throughout this Keysight P7000A Configuration Guide; the Model# changes

for each software or optional test case package being selected.

Select software license type, software license duration and support subscription duration

Software license type Software license Support subscription 1

{Model#}-1FP, node-locked perpetual R-M5D-001-A R-M6A-001-y 2

{Model#}-1Fz 3, node-locked subscription R-M4D-001-z 3 Included

{Model#}-1TP, transportable perpetual R-M5D-004-D R-M6A-004-y 2

{Model#}-1Tz 3, transportable subscription R-M4D-004-z 3 Included

{Model#}-1UP, USB portable perpetual R-M5D-005-E R-M6A-005-y 2

{Model#}-1Uz 3, USB portable subscription R-M4D-005-z 3 Included

{Model#}-1NP, floating perpetual (single site) R-M5D-002-B R-M6A-002-y 2

{Model#}-1Nz 3, floating subscription (single site) R-M4D-002-z 3 Included

{Model#}-1RP, floating perpetual (single region) R-M5D-006-F R-M6A-006-y 2

{Model#}-1Rz 3, floating subscription (single region) R-M4D-006-z 3 Included

{Model#}-1WP, floating perpetual (worldwide) R-M5D-010-J R-M6A-010-y 2

{Model#}-1Wz 3, floating subscription (worldwide) R-M4D-010-z 3 Included

1. Support subscription for all perpetual licenses can be extended with monthly extensions. 2. y means different support subscription duration. L for 12 months (as default), X for 24 months, Y for 36 months, and Z for 60 -

months. Support subscription must be purchased for all perpetual licenses with 12 -months as the default. All software upgrades and KeysightCare support are provided for software licenses with valid support subscription.

3. z means different subscription license duration. F for six months, L for 12 months, X for 24 months, and Y for 36 months.


3. Test Cases for O-RAN UC-Plane: FR1 Conducted FDD/TDD Signal Tests

The Keysight P7000A Base Station Measurement Automation Solution addresses FR1 test cases in the

O-RAN.WG4.CONF.0-v03.00 Conformance Test Specification.

The following test cases are available:

• Base Station Type 1-C

P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset.

This package, designed for FR1 FDD Radio Units test in conducted mode, includes a collection of

test cases for section 3.2.3.x (except 3.2.3.2) of the Conformance Test Specification.

UC-Plane: FR1 FDD Conducted Signal Tests

Test number Test description

UC-Plane O-RU Scenario Class NR Testing Generic (NRG)

3.2.3.1.1 UC-Plane O-RU Scenario Class NR testing Generic (NRG)

3.2.3.1.2 UC-Plane O-RU Scenario Class Extended 3GPP DL – Resource allocation

3.2.3.1.3 UC-Plane O-RU Base Class FDD Test UL

UC-Plane O-RU Scenario Class Compression (CMP)

3.2.3.3.2 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Fixed-Point (FP)

3.2.3.3.3 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Block Floating Point

(BFP)

3.2.3.3.4 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Block Scaling

3.2.3.3.5 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Mu-Law (MLW)

3.2.3.3.6 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Modulation-

Compression

3.2.3.3.7 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Fixed-Point (FPF)

3.2.3.3.8 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Block Floating Point

3.2.3.3.9 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Block Scaling (BSC)

3.2.3.3.10 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Mu-Law (MLW)

3.2.3.3.11 UC-Plane O-RU Scenario Class Compression Non-Static Format (NS) Modulation-

Compressed Format

UC-Plane O-RU Scenario Class Delay Management (DLM)

3.2.3.4.1 UC-Plane O-RU Scenario Class DLM Test #1: Downlink – Positive testing

3.2.3.4.2 UC-Plane O-RU Scenario Class DLM Test #2: Uplink – Positive testing

UC-Plane O-RU Scenario Class Section Type 3 (ST3)

3.2.3.8.1 UC-Plane O-RU Scenario Class ST3 Test #1: NR PRACH



P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset.

This package, designed for FR1 TDD Radio Units test in conducted mode, includes a collection of

test cases for sections 3.2.5.x (except 3.2.5.2) of the Conformance Test Specification.

UC-Plane: FR1 TDD Conducted Signal Tests

Test number Test description

UC-Plane O-RU Scenario Class NR Testing Generic (NRG)

3.2.5.1.1 UC-Plane O-RU Scenario Class Base 3GPP DL/UL

3.2.5.1.2 UC-Plane O-RU Scenario Class Extended 3GPP DL/UL – Resource Allocation

UC-Plane O-RU Scenario Class Compression (CMP)

3.2.5.3.2 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Fixed-Point (FP)

3.2.5.3.3 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Block Floating

Point (BFP)

3.2.5.3.4 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Block Scaling

3.2.5.3.5 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Mu-Law (MLW)

3.2.5.3.6 UC-Plane O-RU Scenario Class Compression Static Format (SFM) Modulation-

Compression

3.2.5.3.7 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Fixed-Point (FPF)

3.2.5.3.8 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Block Floating Point

3.2.5.3.9 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Block Scaling (BSC)

3.2.5.3.10 UC-Plane O-RU Scenario Class Compression Non-Static (NS) Mu-Law (MLW)

3.2.5.3.11 UC-Plane O-RU Scenario Class Compression Non-Static Format (NS) Modulation-

Compressed Format

UC-Plane O-RU Scenario Class Delay Management (DLM)

3.2.5.4 UC-Plane O-RU Scenario Class Delay Management (DLM) - 2 test cases:

Downlink + Uplink

UC-Plane O-RU Scenario Class Section Type 3 (ST3)

3.2.5.8.1 UC-Plane O-RU Scenario Class ST3 Test #1: NR PRACH


Test Equipment

• P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset,

P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset

use the following test equipment:

o S5040A Open RAN Studio Player and Capture Appliance

o Select Option 1: VXT Transceiver

or Option 2: Signal Generator and Signal Analyzer Combination

- Option 1: VXT Transceiver

M9018B 18 slot PXIe Chassis (w/ M9037A controller,

M9410A transceiver, and M9300A reference)

- Option 2: Signal Generator (MXG) and Signal Analyzer (MXA or PXA) Combination

N5182B MXG X-Series RF Vector Signal Generator

and

N9020B MXA Signal Analyzer

or N9021B MXA Signal Analyzer

or N9030B PXA Signal Analyzer

or N9032B PXA Signal Analyzer


(Optional) Select O-RAN Conformance Test Specification 3.2.3.x Test Cases and 3.2.5.x Test Cases

To include this optional selection of Section 3.2.3.x Test Cases with your quote and configuration, select

an O-RAN Conformance Test toolset option and select a license type and subscription.

A. P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset

Select frequency range, measurements, and measurement coverage options


P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset

B. P7050A1CNF O-RAN Radio Unit UC-Plane FR1 conducted FDD base automated toolset software license type, software license duration, and support subscription duration

Use model P7050A1CNF, in the table on page 11, as the Model# when selecting a software license

type, software license duration, and support subscription duration.

To include this optional selection of Section 3.2.5.x Test Cases with your quote and configuration, select

an O-RAN Conformance Test toolset option and select a license type and subscription.

C. P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset



P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset

D. P7050A1CNT O-RAN Radio Unit UC-Plane FR1 conducted TDD base automated toolset software license type, software license duration, and support subscription duration

Use model P7050A1CNT, in the table on page 11, as the Model# when selecting a software license



E. Hardware for O-RAN UC-Plane FR1 conducted TDD/FDD test cases

The following hardware is used for O-RAN UC-Plane FR1 conducted TDD/FDD test cases.

i Select O-DU Emulator

Model number Description

S5040A Open RAN Studio Player and Capture Appliance

U5040BSCB Open RAN Studio Software License for 5G O-RAN Radio Unit Test

U5040IQEB IQ Extraction Option for Open RAN Studio Software

N7631ORNC PathWave Signal Generation (Signal Studio) for 5G NR, O-RAN

ii Select 5G NR Measurement Software


89601200C Basic vector signal analysis and hardware connectivity

89601BHNC 5G NR modulation analysis license certificate delivery

N7631EMBC PathWave Signal Generation for 5G NR

iii Select Option 1: VXT Transceiver or Option 2: Signal Generator/Signal Analyzer Combination

Option 1: VXT Transceiver


M9018B 18 slot PXIe Chassis

Y1212A (Qty 2) Slot Blocker Kit: 5 single-slot

Y1213A (Qty2) PXI EMC Filler Panel Kit: 5 Slots

M9037A PXIe High Performance Embedded Controller: 4-Slot, 3U, Gen 3

• Options M16, W16

M9410A

VXT PXIe Vector Transceiver

• Option F06 (Frequency Range, 380 MHz to 6 GHz),

• Option B12 (1.2 GHz BW),

Option M05 (512 MSa memory),

Option 1EA (High Output Power)

M9300A Frequency Reference Module


Option 2: Signal Generator (MXG) / Signal Analyzer (MXA or PXA) Combination

Select Signal Generator (MXG) Model and Options


N5182B MXG


This MXG model requires the following minimum list of options for

FR1 conducted TDD/FDD test cases:

Select frequency range of either: N5182B-503 or N5182B-506

• N5182B-503 Frequency range, 9 kHz to 3 GHz

• or N5182B-506 Frequency range, 9 kHz to 6 GHz

(Note: Options 503 or 506 are not upgradable later.)

Add the following options:

• (Required) N5182B-656 ARB baseband generator,

80 MHz RF bandwidth, 32 MSa memory

• (Required) N5182B-657 Upgrade ARB baseband generator from

80 to 160 MHz RF bandwidth

• (Recommended) N5182B-022 Upgrade ARB baseband generator

memory from 32 to 512 MSa

• or (Recommended) N5182B-023 Upgrade ARB baseband generator

memory from 32 to 1 GSa


Select One Signal Analyzer (One MXA or One PXA) Model and Options

(Note: The frequency range option should be chosen based on carrier frequency.)


N9020B MXA


This MXA model requires the following minimum list of options for

FR1 conducted TDD/FDD test cases:

• N9020B-513 Frequency range, 10 Hz to 13.6 GHz


recommended for Out-of-Band test

• N9020B-P13 Preamplifier or N9020B-P26 Preamplifier

• N9020B-B1A Analysis bandwidth, 125 MHz

• X-Series Measurement Applications

(X-Apps) Version A.30.05 or later

N9021B MXA


This MXA model can be used in place of the

N9020B MXA Signal Analyzer listed above and must have

the following minimum list of options:

• N9021B-532 Frequency range, 10 Hz to 32 GHz

• N9021B-P32 Preamplifier

• N9021B-B2X Analysis bandwidth, 255 MHz



N9030B PXA

N9030B PXA Signal Analyzer

This PXA model can be used in place of the




• N9030B-P26 Preamplifier, 100 kHz to 26.5 GHz

• N9030B-B1X Analysis bandwidth, 160 MHz



N9032B PXA

N9032B PXA Signal Analyzer

This PXA model can be used in place of the




• N9032B-P26 Preamplifier, 26.5 GHz

• N9032B-R10 Analysis bandwidth, 1 GHz




4. Test Cases for 3GPP TS 38.141-1 and 3GPP TS 38.141-2 Chapters 6, 7, or 8

The Keysight P7000A Base Station Measurement Automation Solution addresses FR1 test cases in

3GPP TS 38.141-1 Base Station (BS) conformance testing Part 1: Conducted conformance testing and

FR2 test cases in 3GPP TS 38.141-2 Base Station (BS) conformance testing Part 2: Radiated

conformance testing. The following test cases are available:


P7060A1C10 Chapter 6 FR1 conducted transmitter characteristics test cases (in-band, single carrier)

o 6.2 Base station output power

o 6.3.3 Total power dynamic range

o 6.4.1 Transmit OFF power

o 6.4.2 Transmitter transient period

o 6.5.2 Frequency error

o 6.5.3 Modulation quality

o 6.5.4 Time alignment error

o 6.6.2 Occupied bandwidth

o 6.6.3 Adjacent Channel Leakage Power Ratio (ACLR)

o 6.6.4 Operating band unwanted emissions (OBUE)


P7060A1C20 Chapter 6 FR1 conducted transmitter characteristics test cases (out-of-band,

single carrier)

o 6.6.5 Transmitter spurious emission

o 6.7 Transmitter intermodulation

• Base Station Type 1-H

P7060A1H10 Chapter 6 FR1 hybrid transmitter characteristics test cases (in-band, single carrier)

o 6.2 Base station output power

o 6.3.3 Total power dynamic range

o 6.4.1 Transmit OFF power

o 6.4.2 Transmitter transient period

o 6.5.2 Frequency error

o 6.5.3 Modulation quality

o 6.5.4 Time alignment error

o 6.6.2 Occupied bandwidth

o 6.6.3 Adjacent Channel Leakage Power Ratio (ACLR)

o 6.6.4 Operating band unwanted emissions (OBUE)


P7060A1H20 Chapter 6 FR1 hybrid transmitter characteristics test cases (out-of-band, single carrier)

o 6.6.5 Transmitter spurious emission

o 6.7 Transmitter intermodulation


• Base Station Type 2-O

P7060A2R10 Chapter 6 FR2 radiated transmitter characteristics test cases (in-band, single carrier)

o 6.2 Radiated transmit power

o 6.3 OTA base station output power

o 6.4.3 OTA total power dynamic range

o 6.5.1 OTA transmitter OFF power

o 6.5.2 OTA transmitter transient period

o 6.6.2 OTA frequency error

o 6.6.3 OTA modulation quality

o 6.7.2 OTA occupied bandwidth

o 6.7.3 OTA adjacent channel leakage power ratio (ACLR)

o 6.7.4 OTA operating band unwanted emissions (OBUE)


P7070A1C10 Chapter 7 FR1 conducted receiver characteristics test cases (in-band, single carrier)

o 7.2 Reference sensitivity level

o 7.3 Dynamic range

o 7.4.1 Adjacent Channel Selectivity (ACS)

o 7.4.2 In-band blocking

o 7.7 Receiver intermodulation

o 7.8 In-channel selectivity


P7070A1C20 Chapter 7 FR1 conducted receiver characteristics test cases (out-of-band,

single carrier)

o 7.5 Out-of-band blocking

o 7.6 Receiver spurious emission


P7070A1H10 Chapter 7 FR1 hybrid receiver characteristics test cases (in-band, single carrier)

o 7.2 Reference sensitivity level

o 7.3 Dynamic range

o 7.4.1 Adjacent Channel Selectivity (ACS)

o 7.4.2 In-band blocking

o 7.7 Receiver intermodulation

o 7.8 In-channel selectivity


P7070A1H20 Chapter 7 FR1 hybrid receiver characteristics test cases (out-of-band,

single carrier)

o 7.5 Out-of-band blocking

o 7.6 Receiver spurious emission



P7070A2R10 Chapter 7 FR2 radiated receiver characteristics test cases (in-band, single carrier)

o 7.3 OTA reference sensitivity level

o 7.5.1 OTA adjacent channel selectivity

o 7.5.2 OTA in-band blocking

o 7.8 OTA receiver intermodulation

o 7.9 OTA in-channel selectivity


P7080A1C00 Chapter 8 FR1 conducted performance requirements test cases (single carrier)

o 8.2.1 PUSCH with transform precoding disabled

o 8.2.2 PUSCH with transform precoding enabled

o 8.2.3 UCI multiplexed with PUSCH

o 8.3.1 PUCCH format 0





o 8.3.6 PUCCH Multi-slot

o 8.4.1 PRACH


P7080A2R00 Chapter 8 FR2 radiated performance requirements test cases (single carrier)

o 8.2.1 PUSCH with transform precoding disabled






o 8.4 PRACH

• P7080M0000 Chapter 8 performance requirements test cases (multi-carrier)

Only add multi-carrier if one or both of the following test case license was selected:

o P7080A1C00 Chapter 8 FR1 conducted performance requirements test cases (single carrier)

o P7080A2R00 Chapter 8 FR2 radiated performance requirements test cases (single carrier)


Test Equipment

FR1 Chapter 6 and Chapter 7, In-Band, Single Carrier

• P7060A1C10 Chapter 6 FR1 conducted transmitter characteristics test cases (in-band, single carrier),

P7060A1H10 Chapter 6 FR1 hybrid transmitter characteristics test cases (in-band, single carrier),

P7070A1C10 Chapter 7 FR1 conducted receiver characteristics test cases (in-band, single carrier),



o Option 1:

- N5182B MXG X-Series RF Vector Signal Generator

(one MXG for modulated Wanted signals)

- N5182B MXG X-Series RF Vector Signal Generator

(second MXG for modulated Blocker signals as well as CW for the receiver intermodulation

test case)

- For frequency coverage up to 7.2 GHz, add:

N5182BX07 Frequency extender

- N9020A MXA Signal Analyzer

o Option 2:

- S9101A-BK1 5G Multi-Band Vector Transceiver TR1 with Blocker can be used to perform

Chapter 6 and 7 FR1 conducted and hybrid tests; instead of using the S9101RH remote radio

head, connections are made to RF In and RF Out ports on the rugged front panel. See the

Keysight S9101A 5G Multi-Band Vector Transceiver, Startup Guide (S9101-90001).

FR1 Chapter 6 and Chapter 7, Out-of-Band, Single Carrier

• P7060A1C20 Chapter 6 FR1 conducted transmitter characteristics test cases (out-of-band, single carrier),

P7060A1H20 Chapter 6 FR1 hybrid transmitter characteristics test cases (out-of-band, single carrier),

P7070A1C20 Chapter 7 FR1 conducted receiver characteristics test cases (out-of-band, single carrier),

P7070A1H20 Chapter 7 FR1 hybrid receiver characteristics test cases (out-of-band, single carrier)


o For test cases “6.6.5 Transmitter spurious emission”, “6.7 Transmitter intermodulation”

and “7.6 Receiver spurious emission” the following test equipment can be used

(minimum requirement: 13 GHz frequency range + X-Apps support):

- N9020B/N9021B MXA Signal Analyzer

- N9030B/N9032B PXA Signal Analyzer

- N9040B/N9041B/N9042B UXA Signal Analyzer

o For “7.5 Out-of-band blocking” test case, the following test equipment can be used

(minimum requirement: 13 GHz frequency range):

- N5183B MXG Analog Signal Generator

- N5173B EXG Analog Signal Generator

- E8257D, PSG Analog Signal Generator

- M9383B/M9384B VXG Vector Signal Generator

http://www.keysight.com/find/S9101A


FR2 Chapter 6 and Chapter 7, In-Band, Single Carrier

• P7060A2R10 Chapter 6 FR2 radiated transmitter characteristics test cases (in-band, single carrier),

P7070A2R10 Chapter 7 FR2 radiated receiver characteristics test cases (in-band, single carrier) use the following test equipment:

o S9101A-BK1 5G Multi-Band Vector Transceiver TR1 with Blocker

FR1 and FR2 Chapter 8, Single Carrier and Multi-Carrier

• P7080A1C00 Chapter 8 FR1 conducted performance requirements test cases (single carrier)

P7080A2R00 Chapter 8 FR2 radiated performance requirements test cases (single carrier),

P7080M0000 Chapter 8 performance requirements test cases (multi-carrier)


o P8800S UeSIM UE Emulation


(Optional) Select Chapter 6 Transmitter Characteristics Test Cases

To include this optional selection with your quote and configuration, select a Chapter 6 transmitter

characteristics test case option and select a license type and subscription.

A. Chapter 6 FR1 conducted transmitter characteristics test cases (in-band, single carrier)



P7060A1C10 Chapter 6 FR1 conducted transmitter characteristics test cases (in-band, single carrier)

B. Chapter 6 FR1 conducted transmitter characteristics test cases software license type, software license duration, and support subscription duration

Use model P7060A1C10, in the table on page 11, as the Model# when selecting a software license


C. Chapter 6 FR1 conducted transmitter characteristics test cases (out-of-band, single carrier)



P7060A1C20 Chapter 6 FR1 conducted transmitter characteristics test cases (out-of-band,

single carrier)

D. Chapter 6 FR1 conducted transmitter characteristics test cases software license type, software license duration, and support subscription duration




E. Chapter 6 FR1 hybrid 1 transmitter characteristics test cases (in-band, single carrier)



P7060A1H10 Chapter 6 FR1 hybrid transmitter characteristics test cases (in-band, single carrier)

F. Chapter 6 FR1 hybrid transmitter characteristics test cases software license type, software license duration, and support subscription duration

Use model P7060A1H10, in the table on page 11, as the Model# when selecting a software license


G. Chapter 6 FR1 hybrid 2 transmitter characteristics test cases (out-of-band, single carrier)



P7060A1H20 Chapter 6 FR1 hybrid transmitter characteristics test cases (out-of-band, single carrier)

H. Chapter 6 FR1 hybrid transmitter characteristics test cases software license type, software license duration, and support subscription duration



I. Chapter 6 FR2 radiated transmitter characteristics test cases (in-band, single carrier)



P7060A2R10 Chapter 6 FR2 radiated transmitter characteristics test cases (in-band, single carrier)

J. Chapter 6 FR2 radiated transmitter characteristics test cases software license type, software license duration, and support subscription duration

Use model P7060A2R10, in the table on page 11, as the Model# when selecting a software license


1 Currently, as of July 2021, only FR1 Conducted is available; Type 1-H Radiated will be available in future updates. 2 Currently, as of July 2021, only FR1 Conducted is available; Type 1 -H Radiated will be available in future updates.


(Optional) Select Chapter 7 Receiver Characteristics Test Cases

To include this optional selection with your quote and configuration, select a Chapter 7 receiver

characteristics test case option and select a license type and subscription.

K. Chapter 7 FR1 conducted receiver characteristics test cases (in-band, single carrier)



P7070A1C10 Chapter 7 FR1 conducted receiver characteristics test cases (in-band, single carrier)

L. Chapter 7 FR1 conducted receiver characteristics test cases software license type, software license duration, and support subscription duration



M. Chapter 7 FR1 conducted receiver characteristics test cases (out-of-band, single carrier)



P7070A1C20 Chapter 7 FR1 conducted receiver characteristics test cases (Out-of-band, single

carrier)

N. Chapter 7 FR1 conducted receiver characteristics test cases software license type, software license duration, and support subscription duration




O. Chapter 7 FR1 hybrid 1 receiver characteristics test cases (in-band, single carrier)




P. Chapter 7 FR1 hybrid receiver characteristics test cases software license type, software license duration, and support subscription duration



Q. Chapter 7 FR1 hybrid 1 receiver characteristics test cases (out-of-band, single carrier)



P7070A1H20 Chapter 7 FR1 hybrid receiver characteristics test cases (out-of-band, single carrier)

R. Chapter 7 FR1 hybrid receiver characteristics test cases software license type, software license duration, and support subscription duration



S. Chapter 7 FR2 radiated receiver characteristics test cases (in-band, single carrier)



P7070A2R10 Chapter 7 FR2 radiated receiver characteristics test cases (in-band, single carrier)

T. Chapter 7 FR2 radiated receiver characteristics test cases software license type, software license duration, and support subscription duration



1 Currently, as of July 2021, only FR1 Conducted is available; Type 1-H Radiated will be available in future updates.


U. Test equipment for Chapter 6 FR1 and Chapter 7 FR1 test cases: MXG and MXA

The following MXG X-Series Signal Generators and MXA X-Series Signal Analyzer are used for

Chapter 6 transmitter characteristics and Chapter 7 receiver characteristics FR1 test cases.

MXG X-Series Signal Generators and MXA X-Series Signal Analyzer

N5182B MXG

Wanted Signal


(one MXG for modulated Wanted signals)


(second MXG for modulated Blocker signals as well as CW

for the receiver intermodulation test case)

Both N5182B MXG Signal Generators must have the

following minimum list of options for FR1 test:


• N5182B-656 ARB baseband generator, 80 MHz

RF bandwidth, 32 MSa memory

• N5182B-657 Upgrade ARB baseband generator from

80 to 160 MHz RF bandwidth

• N5182B-1EA High output power

N5182B MXG

Blocker Signal

N5182BX07

Frequency

Extender

Notes for N5182B MXG:

• For FR1 band n96 (5925 MHz – 7125 MHz), cannot use

N5182B-506 Frequency range, 9 kHz to 6 GHz

• For FR1 coverage up to 7.2 GHz, add:

° N5182B-FRQ Frequency extender connectivity,

9 kHz to 7.2 GHz

° N5182BX07 Frequency extender

N5183B MXG

Rx Out-of-Band

Blocking

For Rx Out-of-Band Blocking test case, add:

N5183B MXG X-Series Analog Signal Generator w/ options:


• N5183B-UNY Low phase noise

N9020B MXA

Signal Analyzer

N9020B MXA Signal Analyzer must have the following

minimum list of options for FR1 test:



recommended for Out-of-Band test

• N9020B-P13 Preamplifier or N9020B-P26 Preamplifier

• N9020B-B1A Analysis bandwidth, 125 MHz


V. Test equipment for Chapter 6 FR2 and Chapter 7 FR2 test cases: S9101A-BK1

The following S9101A-BK1 test equipment and X-Series measurement application is used for

Chapter 6 transmitter characteristics and Chapter 7 receiver characteristics FR2 test cases.

S9101A-BK1, one-channel configuration with Blocker signal capability

S9101A-BK1

S9101A-BK1 5G multi-band vector transceiver

TR1 with blocker includes:

• one S9101A base system

(with two M9410A PXIe RF vector transceivers:

° one creates a wanted signal and

° one creates a blocker signal)

• one S9101RH mmWave transceiver

(with one set of cables)

W. FR2 test equipment’s requires a 5G NR measurement application for S9101A-BK1

Select 5G NR measurement application for S9101A-BK1 hardware

The following X-Series measurement application is required for the S9101A-BK1.

X-Series measurement applications (X-Apps) for S9101A-BK1

For the S9101A-BK1, the following 5G NR node-locked perpetual license is installed by the factory:

• Node-locked perpetual licenses can be used indefinitely on one specified instrument or computer

and is installed by the factory if ordered with the S9101A-BK1 system.


Y9085EM0E 5G NR non-signaling waveform and measurement application (applications that

start with the prefix “Y” combine measurement applications with unlimited waveform

playback capability for the selected signal format.)


(Optional) Select Chapter 8 Performance Requirements Test Cases

To include this optional selection with your quote and configuration, select Chapter 8 performance

requirements, single carrier with software license type, software license and support subscription.

A. Chapter 8 FR1 conducted performance requirements test cases (single carrier)

Select frequency range, measurements, and measurement coverage options Conducted measurements (only measurements required for FR1)



B. Chapter 8 FR1 conducted performance requirements test cases software license type, software license duration, and support subscription duration



C. Chapter 8 FR2 radiated performance requirements test cases (single carrier)

Select frequency range, measurements, and measurement coverage options Radiated measurements (only measurements required for FR2)


P7080A2R00 Chapter 8 FR2 radiated performance requirements test cases (single carrier)

D. Chapter 8 FR2 radiated performance requirements test cases software license type, software license duration, and support subscription duration




E. Hardware for Chapter 8 FR1 and FR2 performance requirements test cases: UeSIM

The following UeSIM hardware is used for Chapter 8 performance requirements, single carrier.

i. Select eLSU for UeSIM hardware

Select eLSU

P88100A Ethernet line server unit (eLSU) mod. SL41 opt 1

ii. Select software for P88100A eLSU

Select one of the eLSU options for UeSIM hardware; at least one is required.

(This selection depends on the use case of the hardware.

Select P88681A if the hardware is only used for Chapter 8 test.

Select P88682A if the hardware is used for both Chapter 8 test and UE emulation.)

Select software for P88100A eLSU

P88681A UeSIM Chapter 8 L1/L2 software (per single eLSU)

P88682A UeSIM Chapter 8 L1/L2 dual mode software (per single eLSU)

iii. Select software license type and subscription for P88681A or P88682A software

Select software license type, software license and support subscription

Software license type Software license Support subscription 1

P88681A-1FP, node-locked perpetual license R-M5C-001-A R-M6A-001-y 2

P88681A-1Fz 3, node-locked subscription R-M4C-001-z 3 Included

P88681A-1TP, transportable perpetual license R-M5C-001-D R-M6A-001-y 2

P88681A-1Tz 3, transportable subscription R-M4C-001-z 3 Included

Note: See page 11 regarding license type and subscription details.

iv. Select SDR I/F for UeSIM hardware

Select SDR I/F

P88100A-400 SDR I/F option dual link

1. Support subscription for all perpetual licenses can be extended with monthly extensions. 2. y means different support subscription duration. L for 12 months (as default), X for 2 4 months, Y for 36 months, and Z for 60-months.

Support subscription must be purchased for all perpetual licenses with 12 -months as the default. All software upgrades and KeysightCare support are provided for software licenses with valid support subscripti on.

3. z means different subscription license duration. F for six months, L for 12 months, X for 24 months, and Y for 36 months.


v. Select SDR RF chassis for UeSIM hardware

Select SDR RF chassis

P88200A SDR v.4 RF chassis

vi. Select SDR RF Card Option for UeSIM Hardware

Select one of the SDR RF Card options for UeSIM Hardware; at least one is required.

(This selection depends on the number of desired component carriers used for test.

P88200A-100 supports 1CC and 2CC in 2x2 configurations.

P88200A-101 supports 4CC in 2x2 configurations.)

Select SDR RF card

P88200A-100 SDR v.4 RF card, 4 layer, 6 GHz, 100 MHz BW

(one card that supports 1CC and 2CC in 2x2 configurations)

P88200A-101 SDR v.4 RF card, 8 layer, 6 GHz, 100 MHz BW

(two cards that support 4CC in 2x2 configurations)

F. (Required only for Chapter 8 FR2 radiated performance requirements test cases) Frequency range option of upconverter/downconverter (UDC) for UeSIM hardware

Select one, two, or all three UDC models; at least one is required.

(The selection depends on the frequency range requirements being tested.)

Select one, two, or all three UDC models for UeSIM hardware

P88401A 26 GHz upConv 2 radio path gen. 2 (frequency range: 24.25 to 27.5 GHz)




G. (Optional) Add Chapter 8 performance requirements test cases, upgrade to multiple-carrier

The following optional software is only used to upgrade to multiple-carrier from single-carrier.

Only add multi-carrier if one or both of the following test case licenses was selected:


P7080A2R00 Chapter 8 FR2 radiated performance requirements test cases (single carrier).



P7080M0000 Chapter 8 performance requirements test cases (multi-carrier)

H. (Optional) Add Chapter 8 performance requirements test cases software license type, software license duration, and support subscription duration

If Chapter 8 performance requirements, upgrade to multiple-carrier was added, use model

P7080M0000, in the table on page 11, as the Model# when selecting a software license type,

software license duration, and support subscription duration.

I. (Optional) Add additional hardware for Chapter 8 performance requirements test cases

The following hardware upgrade kit, splitter combiner kit, and antenna kit are optional and not

required for Chapter 8 performance requirements.

Add upgrade kit

P8800U-106 Upgrade kit: SDRv4 RF card v1 (combo card) - 4 radio path

(This kit is only needed when upgrading after purchase. Ordering this kit at

time of purchase results in a separate card being shipped and not installed in

the SDR RF chassis.)

Add splitter combiner kit with cable

P88309A Splitter combiner kit 4x1 2x2 MIMO

(This kit is only needed for 2CC and 4CC capability.)

Add antenna kit

P88301A Dual horn antenna kit 28 GHz 2x2 MIMO

(Frequency range: 24.25 to 40.0 GHz)


PC Requirements

Any laptop, desktop, or Windows-based instrument may be used to run Keysight P7000A base station

measurement automation solution as long as it meets or exceeds the following minimum requirements.

Recommended minimum PC configuration

Operating system Microsoft Windows 10: Home, Professional, Enterprise or Education

(32- or 64-bit)

Video monitor Minimum 1024x768 video monitor

Hard disk At least 1 GB free disk space

Prerequisite drivers and software

Keysight IO libraries Keysight IO libraries suite version 15.0 or later

VISA driver Used for communication with instruments through SCPI commands.

Visual Studio Only for software development: Microsoft Visual Studio 2015 or 2017,

Professional or Enterprise editions recommended

Microsoft .NET Microsoft .NET v3.5 and 4.6.2 or later

Global Warranty

Keysight provides the peace of mind that today’s high-tech industry requires. Your investment is protected

by Keysight’s global reach in more than 100 countries (either directly or through distributors). The

warranty gives you convenient standard coverage for the country in which the product is used, eliminating

the need to ship equipment back to the country of purchase. Keysight’s warranty service provides:

• All parts and labor necessary to return your investment to full specified performance

• Recalibration for products supplied originally with a calibration certificate

• Return shipment

To learn about KeysightCare: http://www.keysight.com/find/KeysightCare

http://www.keysight.com/find/KeysightCare

Find us at www.keysight.com This information is subject to change without notice. © Keysight Technologies, 2 021, Published in USA, December 17, 2021, 3121-1018.EN

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:

www.keysight.com/find/contactus

Related Literature

For more detailed product and specification information, refer to the following literature and web pages:

• Keysight X-Series Measurement Applications, Brochure (literature no. 5989-8019EN)

• Keysight Signal Studio Software, Brochure (literature no. 5989-6448EN)

• Keysight MXG X-Series Signal Generators N5181B Analog and N5182B Vector, Configuration Guide

(literature no. 5990-9959EN)

• Keysight N5182BX07 Frequency Extender, Configuration Guide (literature no. 5992-4251EN)

• Keysight MXG X-Series Signal Generator N5183B Microwave Analog, Configuration Guide

(literature no. 5991-3596EN)

• Keysight MXA X-Series Signal Analyzer N9020 A, Configuration Guide (literature no. 5989-4943EN)

• Keysight S9101A 5G Multi-Band Vector Transceiver, Configuration Guide (literature no. 5992-4355EN)

• Keysight M9410A PXIe VXT Vector Transceiver, Configuration Guide (literature no. 5992-3303EN)

Web

Product page: http://www.keysight.com/find/P7000A

https://www.keysight.com/us/en/assets/7018-01758/brochures/5989-8019.pdf

https://www.keysight.com/us/en/assets/7018-01538/brochures/5989-6448.pdf

https://www.keysight.com/us/en/assets/7018-03359/configuration-guides/5990-9959.pdf

https://www.keysight.com/us/en/assets/7018-06899/data-sheets/5992-4251.pdf



https://www.keysight.com/us/en/assets/3120-1350/configuration-guides/S9101A-5G-Multi-Band-Vector-Transceiver.pdf



p7000a base station measurement automation solution

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