Anritsu MG3700A MG3700A Bedienungsanleitung

MX370x series software

MG3700A Vector Signal Generator

Superior Expandability Supporting A Wide Variety Of Communication Systems

MX3700xxA Waveform pattern

MX3701xxA IQproducer

*MX370X_E_050127 1/28/05 8:50 AM Page 1

The MG3700A Vector Signal Generator (hereafter referred to as “MG3700A”) is a signal generator that integrates

a 160-MHz high-speed ARB baseband generator.With features that include a broadband vector modulation

bandwidth and large-capacity ARB memory, it supports digital modulation signals for a variety of communication

systems.The MG3700A provides optimal performance for generating signals for new wireless communications

in advancing broadband technology, as well as for major mobile telecommunication systems such as mobile

phones and wireless LANs.

Since the standard MG3700A comes equipped with an ARB generator, modulation signals can be output simply

by selecting a waveform pattern that conforms to each supported communication system.The following four

categories of waveform patterns are available for the MG3700A:

•Standard waveform patterns

•Waveform patterns generated by the optional waveform pattern option (Model: MX3700xxA)

•

Waveform patterns generated by the optional waveform generation software IQproducer (Model: MX3701xxA)

•Waveform patterns converted from data generated by commonly-used signal generation software, so

as to be available for the MG3700A.

Each waveform category above contains multiple waveform pattern files in which parameters conforming to

each communication system are set in advance.The default waveform patterns are saved on the MG3700A hard

disk, allowing users to make free use of them. In addition, optional waveform patterns are also available.

The waveform generation software IQproducer is provided with the system to support various communication

methods. Parameter setting for the waveform data of a corresponding communication system can generate an

arbitrary waveform pattern file that can be used by MG3700A.

MG3700A can output signals by choosing a waveform pattern when the generated arbitrary waveform pattern

file is downloaded to MG3700A via LAN or a CompactFlash (CF) card.

Furthermore, an IQ sample file in ASCII format, generated by common EDA (Electronic Design Automation)

software such as MATLAB®,can be converted into a waveform pattern file for MG3700A.Thus, a user can

arbitrarily generate a custom waveform pattern file.

MX370x series software

Waveform pattern IQproducer

Communication system Page MX370001A MX370002A MX370101A MX370102A MX370103A

Standard TD-SCDMA Public Radio HSDPA TDMA CDMA2000®

System 1xEV-DO

W-CDMA 4 ✓✓

HSDPA 24 ✓✓

GSM 11 ✓

EDGE 11 ✓

CDMA2000 10 ✓

CDMA2000 1xEV-DO 8, 31 ✓ ✓

TD-SCDMA 18 ✓

PDC 13, 14, 28 ✓✓

PHS 12, 28 ✓✓

WLAN IEEE802.11a 15 ✓

WLAN IEEE802.11b 15 ✓

WLAN IEEE802.11g 15 ✓

RCR STD-39 21 ✓

ARIB STD-T61 21, 28 ✓✓

ARIB STD-T79 21, 28 ✓✓

ARIB STD-T86 21, 28 ✓✓

AWGN 16 ✓

Selection guide

CDMA2000®is a registered trademark of the Telecommunications Industry Association (TIA-USA).

*MX370X_E_050127 1/28/05 8:50 AM Page 2

Memory A

Memory B

HDD 40GB

Output signal

Waveform patterns can be

selected from both ARB

memories A and B, and

one of the following

methods can be selected

for output:

A only

B only

Addition of A and B

MX370101A

HSDPA IQproducer

MX370102A

TDMA IQproducer

MX370103A

CDMA2000 1xEV-DO IQproducer

IQproducer is PC application software.

The waveform patterns available with the MG3700A can be generated by editing

the parameters for the modulation signals according to the appropriate

communication systems.

The generated waveform patterns are saved in the MG3700A once and then

loaded to the waveform memory for use.

Optional waveform patterns are

saved in the MG3700A once

and then loaded to the

waveform memory for use.

MX370001A TD-SCDMA

MX370002A Public radio system

From IQproducer

TD-SCDMA

Public radio system

AWGN

WLAN

PHS

PDC

CDMA2000 1xEV-DO

CDMA2000

GSM/EDGE

W-CDMA

ARB memory

1 GB = 256 M samples (Std)

2 GB = 512 M samples (Opt)

Waveform patterns are transferred from

the HDD to ARB memory.

MG3700A Vector Signal Generator

The standard waveform

patterns are saved on the

MG3700A hard disk.

Download

Install

Download

*MX370X_E_050127 1/28/05 8:50 AM Page 3

W-CDMA waveform pattern

Standard

■W-CDMA waveform pattern:

The W-CDMA waveform patterns listed below are provided on

the MG3700A internal hard disk as standard (see the next page

for details):

•For evaluating transmitter device of BS

(TS 25.141 Test Model 1 to 4)

TestModel_1_16DPCH

TestModel_1_32DPCH

TestModel_1_64DPCH

TestModel_1_64x2_10M

TestModel_1_64x2_15M

TestModel_2

TestModel_3_16DPCH

TestModel_3_32DPCH

TestModel_4

TestModel_5_2HSPDSCH

TestModel_5_4HSPDSCH

TestModel_5_8HSPDSCH

TestModel_1_64DPCHx2

TestModel_1_64DPCHx3

TestModel_1_64DPCHx4

•For testing receivers and performance of BS and

evaluating transmitter devices of UE

(TS 25.101/ 25.104 UL RMC 12.2 to 384 kbps)

UL_RMC_12_2kbps

UL_RMC_12_2kbps_ACS

UL_RMC_64kbps

UL_RMC_144kbps

UL_RMC_384kbps

UL_AMR_TFCS1

UL_AMR_TFCS2

UL_AMR_TFCS3

UL_ISDN

UL_64kbps_Packet

UL_Interfere

UL_RMC_12_2kbps_TX

Uplink/downlink W-CDMA modulation signals conforming to the

3GPP (FDD) standards can be output simply by selecting a

waveform pattern loaded from the MG3700A internal hard disk

to the large-capacity ARB memory, without setting any complex

3GPP-compliant parameters.

Example of selecting a waveform pattern

•For testing receivers and performance of UE

(TS 25.101 DL RMC 12.2 to 384 kbps)

DL_RMC_12_2kbps_RX

DL_RMC_12_2kbps

DL_RMC_12_2kbps_MIL

DL_RMC_12_2kbps_ACS

DL_RMC_64kbps

DL_RMC_144kbps

DL_RMC_384kbps

DL_AMR_TFCS1

DL_AMR_TFCS2

DL_AMR_TFCS3

DL_ISDN

DL_384kbps_Packet

DL_Interfere

P_CCPCH

DL_CPICH

*MX370X_E_050127 1/28/05 8:50 AM Page 4

W-CDMA waveform pattern

Standard

Waveform pattern UL/DL Channel 3GPP (Release1999) Evaluation

UL_RMC_12_2kbps DPCCH, DPDCH TS25.104 A.2

UL_RMC_12_2kbps_ACS DPCCH, DPDCH

UL_RMC_64kbps ∗1DPCCH, DPDCH TS25.104 A.3

UL_RMC_144kbps ∗1DPCCH, DPDCH TS25.104 A.4

UL_RMC_384kbps ∗1DPCCH, DPDCH TS25.104 A.5

UL_AMR_TFCS1 DPCCH, DPDCH BS RX test

UL_AMR_TFCS2 DPCCH, DPDCH

UL_AMR_TFCS3 DPCCH, DPDCH TS25.944 4.1.2

UL_ISDN ∗1DPCCH, DPDCH

UL_64kbps_Packet DPCCH, DPDCH

UL_Interfere DPCCH, DPDCH TS25.141 I

UL_RMC_12_2kbps_TX DPCCH, DPDCH TS25.101 A.2.1

UE TX device test

P_CCPCH P_CCPCH TS25.944 4.1.1∗3

DL_RMC_12_2kbps_RX ∗2P-CPICH, SCH, PICH, DPCH TS25.101 A.3.1

TS25.101 C.3.1

DL_RMC_12_2kbps_ACS P-CPICH, P-CCPCH, SCH, PICH, DPCH

DL_RMC_12_2kbps ∗2P-CCPCH, SCH, PICH, DPCH, OCNS

DL_RMC_12_2kbps_MIL ∗2P-CCPCH, SCH, PICH, DPCH, OCNS

DL_RMC_64kbps ∗2P-CCPCH, SCH, PICH, DPCH, OCNS TS25.101 A.3.1

DL_RMC_144kbps ∗2P-CCPCH, SCH, PICH, DPCH, OCNS TS25.101 C.3.2

DL_RMC_384kbps ∗2P-CCPCH, SCH, PICH, DPCH, OCNS UE RX test

DL_AMR_TFCS1 ∗2P-CCPCH, SCH, PICH, DPCH, OCNS

DL_AMR_TFCS2 ∗2P-CCPCH, SCH, PICH, DPCH, OCNS TS25.944 4.1.1.3

DL_AMR_TFCS3 ∗2P-CCPCH, SCH, PICH, DPCH, OCNS

DL_ISDN ∗2P-CCPCH, SCH, PICH, DPCH, OCNS TS25.101 C.3.2

DL_384kbps_Packet ∗2P-CCPCH, SCH, PICH, DPCH, OCNS

DL_Interfere P-CPICH, P-CCPCH, SCH, PICH, DPCH, OCNS TS25.101 C.4

DL_CPICH P-CPICH —

TestModel_1_16DPCH

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 16 DPCH

TestModel_1_32DPCH

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 32 DPCH

TestModel_1_64DPCH

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

TestModel_2

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, DPCH

TestModel_3_16DPCH

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 16 DPCH

TestModel_3_32DPCH

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 32 DPCH

TestModel_4 P-CCPCH, SCH

TestModel_5_2HSPSDCH P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH,

6DPCH, HS-SCCH, 2HS-PDSCH BS TX

TestModel_5_4HSPSDCH P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, TS25.141 6.1.1 device test

14DPCH, HS-SCCH, 4HS-PDSCH

TestModel_5_8HSPSDCH P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH,

30DPCH, HS-SCCH, 8HS-PDSCH

TestModel_1_64DPCHx2 ∗4

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

TestModel_1_64DPCHx3 ∗4

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

TestModel_1_64DPCHx4 ∗4

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

TestModel_1_64x2_10M

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

TestModel_1_64x2_15M

P-CPICH, P-CCPCH, SCH, PICH, S-CCPCH, 64 DPCH

•W-CDMA waveform pattern list

∗1: UL_ISDN can be combined with AWGN that is a standard waveform pattern only when Option 021/121 ARB Memory Upgrade 512M samples is installed.

∗2: P-CCPCH is not included in the waveform patterns such as RMC for UE RX test. They must be used in combination with P-CCPCH waveform patterns.

∗3: 12-bit SFN is added to the head of the BCH transport block.

∗4: x2, x3, and x4 represent the number of multi-carrier signals 2, 3, and 4, respectively.

*MX370X_E_050127 1/28/05 8:50 AM Page 5

W-CDMA waveform pattern

Standard

■ACPR:

The adjacent channel leakage power ratio of a Vector Signal Generator is an important factor in device distortion testing and receiver

interference testing.

■CCDF:

W-CDMA ACPR (Test Model 1, 64 DPCH, 1carrier)

Waveform pattern [Test_Model_1_64DPCH] W-CDMA ACPR (Test Model 1, 64 DPCH, 4carrier)

Waveform pattern [Test_Model_1_64DPCH x4]

CCDF (Test Model 1, 64 DPCH, 1carrier)

Waveform pattern [Test_Model_1_64DPCH] CCDF (Test Model 1, 64 DPCH, 4carrier)

Waveform pattern [Test_Model_1_64DPCH x4]

*MX370X_E_050127 1/28/05 8:50 AM Page 6

■AWGN (Additive White Gaussian Noise) Supports Dynamic Range Test

When performing the receiver dynamic range test specified by 3GPP, AWGN with a W-CDMA modulation signal is required.

Either of the AWGN waveform patterns AWGN_3_84MHz_x2 or AWGN_3_84MHz_x1_5, which are stored on the MG3700A internal

hard disk, can be used for an AWGN signal.

Since a single MG3700A can add a W-CDMA uplink modulation signal and AWGN signal internally and output them as a combined

signal, it is useful for a simple dynamic range test for base station receivers.

W-CDMA waveform pattern

Standard

Wanted signal + AWGN screen Output waveform screen of Wanted signal + AWGN

Wanted signal + Interfering signal screen Output waveform screen of Wanted signal + Interfering signal

*MX370X_E_050127 1/28/05 8:50 AM Page 7

CDMA2000 1xEV-DO waveform pattern

Standard

■CDMA2000 1xEV-DO waveform pattern:

The CDMA2000 1xEV-DO waveform patterns listed on the right

are provided on the MG3700A internal hard disk.

The signals for testing the receiver and transmitter of the

CDMA2000 1xEV-DO access network (base station) and

access terminal (mobile station), which are specified in 3GPP2,

can be output by selecting one of these CDMA2000 1xEV-DO

waveform patterns. Thirteen forward and ten reverse data rate

waveform patterns are available.

When multi-carrier signals, mixed signals of idle and active,

and/or multi-user signals are required, parameter setting and

waveform pattern generation are available using the optional

MX370103A CDMA2000 1xEV-DO IQproducer.

Example of selecting a waveform pattern

•Access terminal (AT) receiver test

CDMA2000 1xEV-DO forward

Base band filter: IS-95SPEC +EQ

Data: PN15fix∗(excluding FWD-Idle)

FWD_38_4kbps_16slot

FWD_76_8kbps_8slot

FWD_153_6kbps_4slot

FWD_307_2kbps_2slot

FWD_614_4kbps_1slot

FWD_307_2kbps_4slot

FWD_614_4kbps_2slot

FWD_1228_8kbps_1slot

FWD_921_6kbps_2slot

FWD_1843_2kbps_1slot

FWD_1228_8kbps_2slot

FWD_2457_6kbps_1slot

FWD_Idle

•Access network (AN) receiver test

CDMA2000 1xEV-DO Reverse

Base band filter: IS-95SPEC

Data: PN9fix∗

RVS_9_6kbps_RX

RVS_19_2kbps_RX

RVS_38_4kbps_RX

RVS_76_8kbps_RX

RVS_153_6kbps_RX

RVS_9_6kbps_TX

RVS_19_2kbps_TX

RVS_38_4kbps_TX

RVS_76_8kbps_RT

RVS_153_6kbps_RT

∗This is a PN sequence delimited for each packet. Therefore, the PN

sequence is discontinuous between the end data of a packet and the

start data of the next packet.

MG3700A Vector Signal Generator

AT control, PER calculation

Modulation signal

(Downlink)

•Access terminal (AT) receiver test

3GPP2 C.S0033 standard receiver tests (PER: Packet Error Rate) can be performed by selecting a forward signal pattern

required for testing the AT. No protocol is supported for the access network simulator. In addition, all the transmission channels

are traffic, and all the other channels (e.g., Sync) are unsupported; it is necessary to calculate the PER by controlling the AT

using an external controller.

*MX370X_E_050127 1/28/05 8:50 AM Page 8

CDMA2000 1xEV-DO waveform pattern

Standard

MG3700A Vector Signal Generator

Trigger∗, Clock∗

Modulation signal (Uplink)

AN control, PER calculation

•Access network (AN) receiver test

GPP2 C.S0032 standard receiver tests (PER: Packet Error Rate) can be performed by selecting a reverse signal pattern required

for testing the AN. Since access terminal simulator protocols are not supported, an external controller must be used to control the

AN and calculate PER.

∗ Trigger: Timing for synchronizing the start of frame (frame trigger)

∗ Clock: Clock for synchronizing the chip rate 1.2288 Mcps (11 x 1.2288 MHz or 5MHz/10 MHz)

■AWGN Supports Dynamic Range Test

(AWGN: Additive White Gaussian Noise)

When performing the receiver dynamic range test specified by

3GPP2, a 1xEV-DO modulation signal with AWGN is required.

Either of the AWGN waveform patterns AWGN_1.23MHz_x2 or

AWGN_1.23MHz_x1_5, which are stored on the MG3700A

internal hard disk, can be used for an AWGN signal.

Since a single MG3700A can add a CDMA2000 uplink

modulation signal and an AWGN signal internally and output

them as a combined signal, it is useful for a simple dynamic

range test for an AN receiver.

Wanted signal + AWGN screen Output waveform screen of wanted signal + AWGN

*MX370X_E_050127 1/28/05 8:50 AM Page 9

CDMA2000 waveform pattern

Standard

■CDMA2000 waveform pattern:

The CDMA2000 waveform patterns listed in the table below are

provided on the MG3700A internal hard disk.

CDMA2000 modulation signals specified in 3GPP2 C.S0002-0-2

can be output by selecting one of these CDMA2000 waveform

patterns.

Since reverse channel signals are output by channel coding

(convolutional coding, etc.) 4-frame length PN9 fix∗1data, it is

useful for Frame Error Rate (FER) measurement∗2of the base

station, as well as device evaluation.

∗1: The data length is not an integer multiple of the PN sequence

length (511 bits for PN9), and the PN sequence becomes

discontinuous at the end.

∗2: This is the case where the timing signal and 1.2288 Mcps x 11

clock signal (or 5 or 10 MHz reference clock) can be input from the

test target base station to the MG3700A in order to provide

synchronization of the frame start point and chip clock.

Waveform pattern System Frame coding Symbol data

RVS_RC1_FCH CDMA2000 1xRTT RC1 Reverse Coded FCH 9.6 kbps

RVS_RC2_FCH CDMA2000 1xRTT RC2 Reverse Coded FCH 14.4 kbps

RVS_RC3_FCH CDMA2000 1xRTT RC3 Reverse Coded PICH, FCH 9.6 kbps

RVS_RC3_FCH/SCH CDMA2000 1xRTT RC3 Reverse Coded PICH, FCH 9.6 kbps, SCH 9.6 kbps

RVS_RC3_DCCH CDMA2000 1xRTT RC3 Reverse Coded PICH, DCCH 9.6 kbps

RVS_RC4_FCH CDMA2000 1xRTT RC4 Reverse Coded PICH, FCH 14.4 kbps

FWD_RC1-2_9channel CDMA2000 1xRTT RC1, RC2 Forward spreading only PICH, SyncCH, PagingCH, FCH19.2 ksps x 6

FWD_RC3-5_9channel CDMA2000 1xRTT RC3, RC4, RC5 Forward spreading only PICH, SyncCH, PagingCH, FCH 38.4 ksps x 6

Waveform pattern Walsh Code Code Power Data Rate Data

RVS_RC1_FCH R-FCH 9.6 kbps PN9fix∗

RVS_RC2_FCH R-FCH 14.4 kbps PN9fix∗

RVS_RC3_FCH R-PICH 0 –5.278 dB N/A All "0"

R-FCH 4 –1.528 dB 9.6 kbps PN9fix∗

R-PICH 0 –7.5912 dB N/A All"0"

RVS_RC3_FCH/SCH R-FCH 4 –3.8412 dB 9.6 kbps PN9fix∗

R-SCH 2 –3.8412 dB 9.6 kbps PN9fix∗

RVS_RC3_DCCH R-PICH 0 –5.278 dB N/A All"0"

R-DCCH 8 –1.528 dB 9.6 kbps PN9fix∗

RVS_RC4_FCH R-PICH 0 –5.278 dB N/A All"0"

R-FCH 4 –1.528 dB 14.4 kbps PN9fix∗

Waveform pattern Walsh Code Code Power Symbol Rate Symbol Data

F-PICH 0 –7.0 dB N/A All"0"

FWD_RC1-2_9channel F-SyncCH 32 –13.3 dB 4.8 kbps PN9fix∗

PagingCH 1 –7.3 dB 19.2 kbps PN9fix∗

F-FCH x6 8-13 –10.3 dB 19.2 kbps PN9fix∗

F-PICH 0 –7.0 dB N/A All"0"

FWD_RC3-5_9channel F-SyncCH 32 –13.3 dB 4.8 kbps PN9fix∗

PagingCH 1 –7.3 dB 19.2 kbps PN9fix∗

F-FCH x6 8-13 –10.3 dB 38.4 kbps PN9fix∗

R-PICH (Reverse Pilot Channel),

R-FCH (Reverse Fundamental Channel)

R-SCH (Reverse Supplemental Channel)

R-DCCH (Reverse Dedicated Control Channel)

Example of selecting waveform pattern

F-PICH (Forward Pilot Channel),

F-SyncCH (Forward Sync Channel),

PagingCH (Paging Channel),

F-FCH (Forward Fundamental Channel)

*MX370X_E_050127 1/28/05 8:50 AM Page 10

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