CellAdvisor JD745A Base Station Analyzer
Contents
1. Frequency error 10 Hz ref freq accuracy 99 confidence level Rho accuracy 0 005 0 9 lt Rho lt 1 0 Residual Rho gt 0 995 typical PN offset 1x64chips Code domain power 0 5 dB relative power 1 5 dB absolute power Code channel power gt 25 dB Code channel power gt 25 dB Pilot power accuracy 1 0 dB typical Time offset 1 0 us 0 5 us typical External trigger Measurements Option 021 Channel power ACPR Power vs time Constellation pilot Code domain power Auto measure idle and active slot MAC 64 128 anddata data Channel power Reference power Channel power Spectral density Abs power at defined Slot average power Channel power Data channel power Occupied bandwidth Peak to average power range On off ratio Rho EVM peak CDE Slot average power Spectrum emission mask Occupied bandwidth Rel power at defined Idle activity Frequency error Max avg active power ACPR Occupied bandwidth range Pilot MAC data power Time offset Max avg inactive power Multi ACPR Integrated power Multi ACPR Constellation Carrier feed through PN offse Pilot MAC data power Occupied power Lowest reference power Composite 64 128 PN offset MAC codogram On off ratio Spectrum emission Highest reference power Channel power odulation type Code utilization PvsT mask idle slot or mask Abs power at defined Rho EVM Peak CDE Code domain2. Abs power at defined Transient period length BSEN RS EVM RMS peak Occupied bandwidth P SS S SS PBCH RS range Off power Cell group sector ID Spectrum emission mask Power and EVM Rel power at defined Constellation EVM relative orabsolute Time alignmenterror ACLR PDSCH Data QPSK range BSFN power modulationtype Timealignmenterrortrend Mult ACLR power and EV Multi ACLR RS TX power Each control channels Time alignment error Spurious emission mask PDSCH Data 16 QAM Lowest reference power PDSCH Data QPSKEVM 1 Q diagram RS power difference Slot average power power and EV Highest reference power PDSCH Data 16 QAM odulation format Antenna ORS powerand_ Off power PDSCH Data 64 QAM Abs power at defined EVM Frequency error EVM Transition period power and EV range PDSCH Data 64 QAM Q origin offset Antenna 1 RS powerand Time alignment error Cell ID Rel power at defined EVM EVM RMS EVM peak EVM MBSFN Frequency error range Data EVM RMS Antenna 2RS powerand PDSCH Data QPSKEVM_ Time alignment error EVM PDSCH Data 16 QAM Antenna port EVM Power statistics CCDF Option 049 Channel scanner ID scanner up to 6 Multipath profile Control channel EVM RSM phase Route map up to6 RSRP RSRQ dominance Cell group sector ID RS power trend Frequency error RSRP Frequency or channels S SS RSSI dominance Ant ORS Ec lo delay Cell group sector ID PMCH subframe power RSRQ Cell group sector ID S SS Ec lo dominance Ant 1 RS Ec lo del
3. CellAdvisor JD745A Base Station Analyzer TD SCDMA Signal Analyzer Options 025 and 045 General Parameters Frequency range 1 785 GHz to 2 22 GHz Input signal level 40 to 25 dBm Channel power RRC accuracy 1 0 dB typical Modulations QPSK 8 PSK 16 QAM 64 QAM Frequency error 10 Hz ref freq accuracy 99 confidence level Residual EVM RMS 2 0 typical P CCPCH slot and 1 channel Time error Tau 0 2 us typical External trigger Spreading factor Auto DL UL 1 2 4 8 16 Measurements Option 025 Channel power Multi ACLR Power vs time frame Midamble power Code error Auto measure Channel power Lowest reference power Slot power Slot power Code power and error Channel power Spectral density Highest reference power TS 0 to 6 DwPTS UpPTS DwPTS power Individual code EVMand_ Occupied bandwidth its constellation Peak to average power Abs power at defined Data power left Midamble power 1 to 16 Spectrum emission mask Occupied bandwidth range TS 0 to 6 DwPTS UpPTS Code power Data format ACLR Occupied bandwidth Rel power at defined Midamble power Abs Rel code power Slot DwPTS power ulti ACLR ntegrated power range TS 0 to 6 DwPTS UpPTS Individual code EVMand_ No of active code Slot power Oc
4. GHz unidirectional G710050581 Optional Optical Power Meters Soft carrying case JD74050341 USB optical power meter with software 2 5 and 1 25 mm MP 60A Hard carrying case JD71050342 interfaces 30 inch USB extender and carrying pouch Hard carrying case with wheels JD70050342 USB optical power meter high power with software MP 80A CellAdvisor backpack carrying case JD70050343 25 and 125 A 30 inch USB extender and RF directional coupler 700 MHz to 4 GHz 30 dB input G710050585 CAND ROUSE output Type N m to Type N f tap off Type N f RF Combiner 700 MHz to 4 GHz Type N f to Type N m G710050586 4x1 RF combiner 700 MHz to 4 GHz Type N f to G710050587 Type N m External battery charger G710550324 JD740A series user s manual printed version JD740A362 Je oe IN Requires RF cable G700050530 Requires RF cable G710050533 Recommended for LTE testing Recommended for LTE Advanced testing Q JDSU Asia Pacific EMEA www jdsu com nse North America Latin America Toll Free 1 855 ASK JDSU Tel 1 954 688 5660 Tel 852 2892 0990 Tel 49 7121 86 2222 1 855 275 5378 Fax 1 954 345 4668 Fax 852 2892 0770 Fax 49 7121 86 1222 2014 JDS Uniphase Corporation Product specifications and descriptions in this document are subject to change without notice 30173184 008 0614 JD745ABSA DS CPO TM AE June 2014
5. QPSK HSPA modulations QPSK 16 QAM 64 QAM Frequency error 10 Hz reference frequency accuracy 99 confidence level EVM accuracy 2 0 2 lt EVM lt 20 Residual EVM 2 5 typical Code domain power 0 5 dB relative power 1 5 dB absolute power Code channel power gt 25 dB Code channel power gt 25 dB CPICH power accuracy 0 8 dB typical Measurements Option 023 Channel power ACLR Constellation Max avg active power Codogram Auto measure Channel power Reference power CPICH power Max avg inactive power Code utilization Channel power Spectral density Abs power at defined Rho EVM Scramble code RCSI Occupied bandwidth Peak to average power range Peak CDE Relative code domain CPICH P CCPCH S CCPCH Spectrum emission mask Occupied bandwidth Rel power at defined Frequency error error PICH P SCH S SCH ACLR Occupied bandwidth range Time offset Abs Rel code power CDP table Multi ACLR ntegrated power Multi ACLR Carrier feed through Code error Reference power Spurious emission mask Occupied power Lowest reference power Scramble code Individual code Code utilization Frequency error Spectrum emission mask Highest reference power Code domain power EVM RCDE and its Code spreading factor EVM Reference power Abs power at defined Abs Rel code power eae etn Allocation channel type Peak CDE Peak level at defined range IndividualcodeEVMand Channel power EVM modula
6. Resolution 0 01 Smith Chart Resolution 0 0 www jdsu com nse CellAdvisor JD745A Base Station Analyzer 2 Port Transmission Measurements Option 001 GPS Receiver and Antenna Option 010 GPS Indicator Frequency Frequency range 5 MHzto 4 GHz Latitude longitude altitude Frequency resolution 10 kHz lig cfd ENC ySE MISSY Spectrum interference and signal analyzer Output Power 3 J GPS lock 25 ppb Hi 0 dBm typi ig m typical Hold over for 3 days 50 ppb 0 to 50 C 15 minutes after Low 30 dBm typical satellite locked Measurement Speed Connector SMA female Vector 2 2 ms point nominal Dynamic Range Interference Analyzer Option 011 Vector 5 MHz to 3 GHz 80 dB MESS gt 3 GHz to 4 GHz 75 dB Spectrum analyzer Sound indicator AM FM audio Scalar 5 MHz to 4 GHz gt 100 dB demodulation interference ID spectrum Measurements recorder Insertion Loss Gain Spectrogram Collect up to 72 hours of data Range 120 to 100 dB RSSI Collect up to 72 hours of data Resolution 0 01 dB Interference finder 2 Port Phase Spectrum replayer Range 180 to 180 Dual spectrogram Resolution 0 01 Channel Scanner Option 012 Bias Tee Option 002 Frequency Range Voltage 10 MHz to 4 GHz Voltage range 12to 32V Measurement Range Voltage resolution 0 1V 110to 20 dBm Power Measur
7. power RCSI PysT mask active slot Reference power range Frequency error pilot and MAC 64 128 Slot pilot MAC data Frequency error Peak level at defined Rel power at defined Time offset Pilot MAC channel power MAC CDP table Time offset range range Carrier feed through Slot average power Reference power Carrier feed through Spurious emissions PN offset ax active I O power Code utilization Pilot MAC data Rho Peak frequency at Pilot MAC data power Avg active I Q power Code spreading factor Max inactive I Q power defined range Pilot MAC data EVM ax inactive Q power Allocation channel type PN offset Peak level at defined Avg inactive I Q power Relative absolute power Power statistics CCDF range PN offset Option 041 Channel scanner PN scanner up to 6 Multipath profile Code domain power Frequency error Peak utilization up to 6 Channel power Channel power Slot average power Time offset Average utilization Frequencies or channels Pilot dominance Multipath power PN offset Carrier feed through Route map PN offset PN offset Ec lo delay Pilot MAC data power Max active I Q power Pilot power Pilot MAC data power Ec lo pilot power delay Pilot MAC data Rho Avg active Q power Ec lo Composite EVM Code utilization Measurement is performed in Data Constellation only Longitude latitude and satellite in all screens www jdsu com nse
8. 0572 RF Yagi antenna Type Nif 1 75 GHz to 2 39 GHz 9 8 dBd G700050363 Adapter Type N m to SMA f DC to 18 GHz 50 Q G700050573 RF Yagi antenna Type SMA f 700 MHz to 4 GHz 1 85 dBd G700050366 Adapter Type N m to BNC f DC to 4 GHz 50 Q G700050574 Optional RF Power Sensors Adapter Type N f to Type N f DC to 18 GHz 50 O G700050575 Directional power sensor peak and average power JD731B Adapter Type N m to DIN m DC to7 5 GHz 50 Q G700050576 pee 300 MHz to 3 8 es E AdapterType N f to DIN f DC to 7 5 GHz 50 Q G700050577 0 15 to 150W 4to 400 ae oe 2 a AdapterType N f to DIN m DC to 7 5 GHz 50 Q G700050578 irectional power sensor peak and average power JD733 Frequency 150 MHzto 3 5 GHz Adapter DIN f to DIN f DC to 7 5 GHz 500 G700050579 Power average peak 0 1 to 50W Adapter Type N m to Type N m DC to 11 GHz50Q0 G700050580 Terminating power sensor average power JD732B Adapter N m to QMA f DC to 6 0 GHz 50 Q G700050581 Frequency 20 MHz to 3 8 GHz Adapter N m to QMA m DC to 6 0 GHz 50Q G700050582 Power 30 to 20 dBm Optional E1 T1 Test Cables Terminating power sensor peak power JD734B RJ45 toY bantam cable G710050317 Frequency 20 MHz to 3 8 GHz Fase 30 En eDe Er RJ45 toY BNC cable G710050318 ax RJ45 to 4 alligator clips G710050319 Terminating power sensor peak and average power JD736B Frequency 20 MHzto 3 8GHz Optional Miscellaneous Power 30 to 20 dBm Attenuator 40 dB 100 W DC to 4
9. 5m 4 92 ft RF cable DC to 18 GHz Type N m to G710050533 SMA m 50Q WCDMA HSPA signal analyzer JD745A023 F TD SCDMA signal analyzer JD745A025 5 m 4 92 ft RF cable DC to 18 GHz Type N m to G710050534 QMA m 50Q obile WiMAX signal analyzer JD745A026 5 m 492 RF cable DC to 18 GHz Tye Nim TOE i 5 m 4 cable o z Type N m to LTE FDD signal analyzer JD745A028 SMB m 50 0 LTE TDD signal analyzer JD745A029 RF cable DC to 6 GHzType N m to DIN f 1 5 m G710050536 LTE Advanced FDD signal analyzer JD745A030 5 LTE Advanced TDD signal analyzer JD745A031 RF cable DC to 8 aye oe m 1 0m G700050530 cdmaOne cdma2000 OTA analyzer JD745A040 RF cable DC to 8 GHz Type N m to Type N f 1 5 m G700050531 EV DO OTA analyzer JD745A041 RF cable DC to 8 GHz Type N m to Type N f 3 0m G700050532 GSM GPRS EDGE OTA analyzer JD745A042 Phase stable RF cable with grip DC to 6 GHz Type N m G700050540 WCDM VHSPA OTA analyzer JD745A043 oType Nif 1 5m TD SCDMA OTA analyzer JD745A045 Phase stable RF cable with grip DC to 6 GHzType N m G700050541 Mobile WiMAX OTA analyzer JD745A046 o DIN F 1 5m LTE FDD OTA analyzer JD745A048 Optional Omni Antennas LTE TDD OTA analyzer JD745A049 RF omni antenna Type N m 806 MHz to 896 MHz G700050353 Standard Accessories RF omni antenna Type N m 870 MHz to 960 MHz G700050354 AC DC power adapter G710550326 RF omni antenna Type N m 1 71 GHz to 2 17 GHz G700050355 Cro
10. AT CellAdvisor JD745A Base Station Analyzer Spectrum Analyzer Standard Frequency Frequency range 100 kHz to 4GHz Internal 10 MHz Frequency Reference Accuracy 0 05 ppm aging 0 to 50 C Aging 0 5 ppm year Frequency Span Range 0 Hz zero span 10 Hz to 4 GHz Resolution 1Hz Resolution Bandwidth RBW 3 dB bandwidth 1 Hzto 3 MHz 1 3 10 sequence Accuracy 10 nominal Video Bandwidth VBW 3 dB bandwidth 1 Hzto 3 MHz 1 3 10 sequence Accuracy 10 nominal Single Sideband SSB Phase Noise Fc 1 GHz RBW 10 kHz VBW 1 kHz RMS detector Carrier Offset 30 kHz lt 90 dBc Hz typical 100 kHz lt 95 dBc Hz typical 1 MHz lt 102 dBc Hz typical Measurement Range DANL to 20 dBm Input attenuator range Oto 50 dB 5 dB steps Maximum Input Level Average continuous power 20 dBm DC voltage 50V DC Spectrum Analyzer 100 kHz to 4 GHz Cable and Antenna Analyzer 5 MHz to 4 GHz Power Meter 10 MHz to 4 GHz Specification Conditions The JD745A specifications apply under these conditions The instrument has been turned on for at least 15 minutes The instrument is operating within a valid calibration period Data with no tolerance are considered typical values Cable and antenna measurements apply after calibration to the OSL standard Typical and nominal values are defined as Typi
11. EVM RMS peak Cell group sector ID Antenna 2 RS power and EVM Data EVM RMS peak Peak to average power First slot power MBSEN Frame RS P SS S SS EVM Occupied bandwidth Second slot power MBSFN Antenna 3 RS powerand RS P SS S SS power Occupied bandwidth Cell ID 1 Q origin offset EVM relative or absolute Frame summary table EVM PBCH power Integrated power Time offset power modulation type P SS S SS PBCH PCFICH pata allocation map Subframe power Occupied power Constellation Each control channels eh ieee ee Data allocation vs frame OFDM power Spectrum emission MBSFN Q diagram QPSK PDSCDH Data 16 Resource block power Time error mask RSTX power odulation format QAM PDSCH Data 64 OFDM symbol power 1 Q origin offset Reference power PDSCH Data QPSKEVM Frequency error QAM Data utilization Carrier aggregation Peak level at defined range PDSCH Data 16 QAMEWM I Q origin offset EVM relative or absolute Data allocation vs subframe Component carriers ACLR PDSCH Data 64QAMEVM EVM RMS EVM peak power modulation type Resource block power up to5 Reference power Data EVM RMS Subframe Frame average power Data utilization Subframe power Abs power at defined Data EVM peak MBSFN OFDM symbol power Auto measure P SS S SS PBCH RS range Frequency error Subframe summary table Frequency error Channel power powe
12. L burst power Average subcarrier power Preamble index Peak level at defined Qorigin offset Subcarrier power range Time offset variation Max min avg power Option 046 Preamble scanner Multipath profile Preamble powertrend Frame avg power Preamble Route map up to6 Total preamble power Relative power trend Relative power Cell ID sector ID Preamble power Total preamble power Multipath power Preamble power C I Time offset Preamble relative power Relative power delay Cell ID sector ID Preamble power trend Time offset Longitude latitude and satellite in all screens www jdsu com nse CellAdvisor JD745A Base Station Analyzer LTE LTE Advanced FDD Signal Analyzer Options 028 030 and 048 General Parameters Frequency range Band 1 to 14 17 to 26 Input signal level 40 to 20 dBm Channel power accuracy 1 0 dB typical Supported bandwidths 1 4 MHZ 3 MHz 5 MHz 10 MHz 15 MHz and 20 MHz Frequency error 10 Hz reference frequency accuracy 99 confidence level Residual EVM RMS 2 0 typical Data EVM Measurements Option 028 030 Channel power Power vs time frame Control channel Data EVM RMS peak Antenna 1 RS powerand PDSCH Data 64 QAM EVM EVM Channel power Frame average power Spectral density Subframe power Control channel summary P SS S SS PBCH PCFICH PHICH PDCCH RS RS
13. M RH noncondensing Input range 5 to 5 dBm Shock and vibration MIL PRF 28800F class 2 USB Storage temperature 30 to 71 C 22 to 160 F USB host Type A 1 port EMC i 2 USB client Type B 1 port EN 61326 2 1 complies with European EMC LAN RJ45 10 1 00Base T Size and Weight standard configuration EV RJ45 Weight with battery lt 4 kg 8 8 Ib Audio jack 3 5 mm headphone jack Size WxHxD 395 x 195x82 Mmm External power 5 5 mm barrel connector 11 6x 7 7 x 3 2 in Speaker Built in speaker Warranty Display 2 years Type Resistive touch screen Calibration Cycle as of serial number BEK11791 1year Size 8 inch LED backlight Resolution 800x600 Connects flash drive and power sensor Connects to PC for data transfer Power 20 to 85 RH store battery pack in low humidity environment extended exposure to temperature External DC input 12to 19VDC above 45 C could significantly degrade battery performance and life A F Up to 700 traces Power consumption 32 5W 45W maximum x 5 Supports USB 2 0 compatible memory devices when charging 6 With the battery pack removed battery www jdsu com nse CellAdvisor JD745A Base Station Analyzer Ordering Information Descripti
14. at Frequency error MBSFN EVM EVM Spectral density defined range Time error Subframe summary table Cell group sector ID Data EVM RMS peak Peak to average power Peak level at defined Data channel P SS S SS PBCH PCFICH pata allocation map RS P SS S SS EVM Occupied bandwidth range MBSFN a an Data allocation vs frame RS P SS S SS power Occupied bandwidth Power vs time frame Resource block power QPSK PDSCH Data 16 Resource block power PBCH power ntegrated power Frame average power Q diagram QAM PDSCH Data 64 OFDM symbol power Subframe power Occupied power Subframe power RB power QAM Data utilization OFDM power Spectrum emission mask First slot power Modulation format EVM relative or absolute Data allocation vs Time error Reference power Second slot power Q origin offset power modulation type subframe Q origin offset Peak level at defined Cell ID 1 Q origin offset EVM RMS EVM peak Subframe power Resource block power Carrier aggregation range Time offset Control channel OFDM symbol power Data utilization Component carriers ACLR Power vs time slot Reference power Slot average power Control channel summary P SS S SS PBCH PCFICH PHICH PDCCH RS Frequency time error Auto measure up to5 Data EVM RMS peak Channel power Subframe power
15. ay Control channel table Time alignment error RS SINR Channel power Cell group sector ID Ant 2 RS Ec lo delay Neg ein tras Time offset S SS RSSI RSRP RSROQ RSRP RSROQ Ant 3 RS Ec lo delay MBSEN RS Datagram P SS S SS power RS SINR RS SINR S SS RSSI Datagram S SS Ec lo Antenna port P SS S SS power Absolute power Resource block power S SS Ec lo Relative power Data utilization Longitude latitude and satellite in all screens Measurement is performed when MBMS is enabled Measurement is performed when option 031 is enabled www jdsu com nse 12 CellAdvisor JD745A Base Station Analyzer E1 Analyzer Option 004 T1 Analyzer Option 005 Electrical Interface Electrical Interface Connectors RX TX RJ45 120 O Connectors RX TX RJ45 120 O Output 0 dB 6 dB ITU T Rec G 703 Output 0dB 7 5 dB 15 dB Line code AMI HDB3 Line code AMI B8ZS Impedance Term monitor 120 0 bridge gt 1000 Q Impedance 100 Qor 10000 bridge Input Input Term bridge monitor Oto 20 dB Term bridge monitor Oto 20 dB Transmitter and Receiver Transmitter and Receiver Framing PCM 30 PCM 30 with CRC Framing D4 ESF PCM 31 PCM 31 with CRC Channel formats Full T1 Channel formats Full E1 Test pattern 1 4 1 8 ALL1 ALLO 0101 Additional Functions Reference clock Received or internal Test pattern 1 8 1 16 ALL1 ALLO 0101 2E 24 QRSS 2E 23 2E 15 2E 23 inver
16. cal expected performance of the instrument operating at 20 to 30 C after being at this temperature for 15 minutes Nominal a general descriptive term or parameter www jdsu com nse m Data Sheet CellAdvisor JD745A Base Station Analyzer Displayed Average Noise Level DANL Spurious 1 Hz RBW 1 HzVBW 500 termination 0 dB attenuation RMS detector Preamplifier Off 10 MHz to 2 3 GHz 140 dBm 146 dBm typical gt 2 3 GHz to 3 GHz 138 dBm 144 dBm typical gt 3 GHz to 4 GHz 135 dBm 140 dBm typical Preamplifier On 10 MHz to 2 3 GHz 155 dBm 160 dBm typical gt 2 3 GHz to 3 GHz 153 dBm 158 dBm typical gt 3 GHz to 4 GHz 150 dBm 156 dBm typical Display Range Log scale and units 1 to 20 dB division in 1 dB steps 10 divisions displayed dBm dBV dBmV dBuV Linear scale and units V mV mW W 10 divisions displayed Detectors Normal positive peak sample negative peak RMS Number of traces 6 Trace functions Clear write maximum hold minimum hold capture load view on off nherent residual response nput terminated 0 dB attenuation preamplifier off RBW at 10 kHz Sweep mode 20 MHz to 3 GHz 90 dBm nominal gt 3 GHz to 4 GHz 85 dBm nominal Exceptions lt 80 dBm at 311 94 MHz lt 84 dBm at 415 92 MHz lt 85 dBm at 519 90 1599 00 and 2497 80 MHz nput related spurio
17. cupied power Spurious emissions Data power right its constellation Scramble code DwPTS power Spectrum emission mask Peak frequency at TS 0 to 6 DwPTS UpPTS Data format Max active code power UpPTS power Reference power defined range Time offset Slot power DwPTS power Avg active code power On off slot ratio Peak level at defined range Peak level at defined TS 0 to 6 DwPTS UpPTS No of active code Max inactive code power Frequency error ACLR range Powervs time mask Scramble code Avg inactive code power EVM RMS Reference power Powervs time slot Slot power ax active code power Peak CDE and peak active Peak CDE Abs power at defined Slot power On off slot ratio Avg active code power CDE Max inactive power range DwPTS power Off power ax inactive code power Scramble code Rel powerat defined range UpPTS power Timogram Avg inactive code power On off slot ratio Constellation Slot PAR Rho DwPTS code EVM RMS EVM peak Peak CDE Frequency error Q origin offset Time offset Option 045 Sync DL ID scanner 32 Sync DLIDvs Tau Sync DL ID multipath Sync DL ID analyzer Pilot dominance Route map Scramble code group up to 6 Ec lo Tau DwPTS power Ec lotrend EVM frequency error DwPTS Power Ec lo Tau ID power Ec lo Tau DwPTS power DwPTS power Ec lo CINR DwPTS power DwPTS power Pilot dominance Pilot dominance Pilot dominance Longitude latitude and satellite in all screens www jdsu com nse Ce
18. dmaOne cdma2000 Signal Analyzer Options 020 and 040 General Parameters Frequency range Band Oto 10 Input signal level 40 to 20 dBm RF channel power accuracy 1 0 dB typical CDMA compatibility cdmaOne and cdma2000 Frequency error 10 Hz ref freq accuracy 99 confidence level Rho accuracy 0 005 0 9 lt Rho lt 1 0 Residual Rho gt 0 995 typical PN offset 1x64 chips Code domain power 0 5 dB relative power 1 5 dB absolute power Code channel power gt 25 dB Code channel power gt 25 dB Pilot power accuracy 1 0 dB typical Time offset 1 0 us 0 5 us typical External trigger Measurements Option 020 Channel power ACPR Spurious emissions Code domain power RCSI Auto measure Channel power Reference power Peak freq at defined range Abs Rel code power Pilot Paging Sync Channel power Spectral density Abs power at defined Peak level at defined range Channel power Q Paging Occupied bandwidth Peak to average power range Constellation Power bar graph Abs Rel CDP table Spectrum emission mask Occupied bandwidth Rel power at defined Pilot power Pilot Paging Sync Reference power ACPR Occupied bandwidth range Rho Q Paging Code utilization ulti ACPR Integrated power Multi ACPR EVM Max avg active power Code spreading factor Rho Occupied power Lowest reference power Frequency error Max avg
19. dwidth EVM RMS Peaktoaveragepower ange Powervs time frame Qorigin offset Spectrum emission mask EVM Peak Occupied bandwidth Spurious emissions Frame average power TSC Spurious emission mask I Q origin offset Occupied bandwidth Peak frequency at Burst power SlotOto 7 BSIC Burst power C Integrated power defined range TSC Slot 0 to 7 C PvsT Mask Occupied power Peak level at defined Constellation EVM RMS Frame average power range Burst power EVM Peak Frequency error odulation type EVM 95th Option 042 Channel frequency Group traffic control Multipath profile Modulation analyzer Frame average power Burst power scanner BSIC NCC BCC 10 strongest Frame avg power trend BSIC frame no and time Modulation type Channels or frequencies Frame average power C I trend C I frequency error Absolute power SNR delay Measurements performed for 8PSK modulation signals edge only Longitude latitude and satellite in all screens www jdsu com nse CellAdvisor JD745A Base Station Analyzer WCDMA HSPA Signal Analyzer Options 023 and 043 General Parameters Frequency range Band 1 to 14 19 to 22 25 26 Input signal range 40 to 20 dBm RF channel power accuracy 1 0 dB 0 7 dB typical Occupied bandwidth accuracy 100 kHz Adjacent channel leakage ratio ACLR lt 56 dB 0 7 dB at 5 MHz offset lt 58 dB 0 8 dB at 10 MHz offset WCDMA modulation
20. ements 8W Max Channel scanner 1 to 20 channels CW Signal Generator Option 003 Frequency scanner 1 to 20 frequencies Custom scanner 1 to 20 channels or frequencies Frequency Frequency range 25 MHz to 4 GHz Frequency reference 25 ppm Maximum Frequency resolution 10 kHz Output Power Range 0 dBm 30 to 80 dBm Step 1dB Accuracy 1 5 dB 15 to 35 C www jdsu com nse CellAdvisor JD745A Base Station Analyzer GSM GPRS EDGE Signal Analyzer Options 022 and 042 General Parameters Frequency range 450 MHz to 500 MHz 820 MHz to 965 MHz 1 705 GHz to 1 995 GHz Input signal range 40 to 20 dBm Burst power 1 0dB Frequency error 10 Hz reference frequency accuracy 99 confidence level GMSK modulation quality Phase RMS Accuracy Residual error 1 0 degrees 0 lt Phase RMS lt 8 Phase peak accuracy 0 7 degrees typical 8 PSK modulation quality 2 0 degrees 0 lt Phase peak lt 30 EVM Accuracy 1 5 2 lt EVM lt 8 Residual error 2 5 RF power vs time 0 25 symbol Measurements Option 022 Channel power Spectrum emission mask Power vs time slot Frequency error Auto measure Phase error RMS Channel power Reference power Burst power Phase error RMS Channel power Phase error peak Spectral density Peak level at defined ax min point Phase error peak Occupied ban
21. inactive power Allocation channel type Frequency error Spectrum emission mask Highest reference power Time offset PN offset Relative absolute power Time offset Reference power Abs power at defined Carrier feed through Codogram Carrier feed through Peaklevelat defined range N9 PN offset Code utilization Pilot power Rel power at defined Max inactive power range PN offset Power statistics CCDF Option 040 Channel scanner PN scanner up to 6 Multipath profile Code domain power Frequency error Code utilization up to6 Time offset Rho EVM Peak utilization Channel power Channel power Abs Rel code power Frequencies or channels Pilot dominance Multipath power Channel power Carrier feed through Average utilization Channel power PN offset PN offset Ec lo delay PN offset Amplifier capacity Route map Pilot power Ec lo Ec lo pilot power delay Pilot Paging Sync Peak amplifier capacity Pilot power Q Paging power Average amplifier Ec lo Max avg active power capacity Max avg inactive power Longitude latitude and satellite in all screens www jdsu com nse CellAdvisor JD745A Base Station Analyzer EV DO Signal Analyzer Options 021 and 041 General Parameters Frequency range Band 0 to 10 Input signal level 40 to 20 dBm RF channel power accuracy 1 0 dB typical EV DO compatibility Rev 0 Rev A and Rev B
22. k PAN File Transfer Profile FTP www jdsu com nse CellAdvisor JD745A Base Station Analyzer General Information Inputs and Outputs Battery RFIn Spectrum analyzer Type 10 8V 7800 mA hr Lithium ion Connector Type N fema Operating time gt 3 hours typical Impedance 500 nominal P Damage level gt 40 dBm 50 V DC nominal Charge time 2 5 hours 80 4 hours 100 Reflection RF Out Cable and antenna analyzer Charging temperature Qto 45 C 32101131F lt 85 RH Connector Type N female Discharging temperature 10 to 60 C 14 to 140 F lt 85 RH Impedance 500 nominal Storage temperature 20 to 50 C 4 to 122 F Damage level gt 37 dBm 50V DC nominal lt 85 RH noncondensing RF In Cable and antenna analyzer Data Storage Connector Type N fema 3 Internal Minimum 20 MB Impedance 500 nominal z Damage level gt 25 dBm 50V DC nominal External Limited by size of USB flash drive External Trigger GPS Environmental Connector SMA female Operating Temperature Impedance 500 nominal AC Power O to 40 C 32 to 104 F with no derating External Ref Battery Oto 40 C 32 to 104 F at charging Connector SMA fernale 10to 55 C 14 to 131 F at discharging Impedance 500 nominal Maxi humidi 85 RH densi Input frequency 10 MHz 13 MHz 15 MHz Axium AM
23. l group sector ID S SS RSSI dominance Ant ORS Ec lo delay RS0 RS 1 ns 2 RS 3 Time offset RSRQ Channel power S SS Ec lo dominance Ant 1 RS Ec lo delay PSFN RSI Datagram RS SINR RSRP RSRQ Cell group sector ID Ant 2 RS Ec lo delay Absolute power Datagram S SS RSSI RS SINR RSRP RSRQ Ant 3 RS Ec lo delay Relative power Resource block power P SS S SS Power Antenna port RS SINR S SS RSSI Control channel EVM RSM phase Data utilization S SS Ec lo P SS S SS Power RS power trend Frequency error S SS Ec lo Cell group sector ID Measurement is performed when MBMS is enabled Measurement is performed when option 030 is enabled Longitude latitude and satellite in all screens www jdsu com nse CellAdvisor JD745A Base Station Analyzer LTE LTE Advanced TDD Signal Analyzer Option 029 031 and 049 General Parameters Frequency range Band 33 to 43 Input signal level 40 to 20 dBm Channel power accuracy 1 0 dB typical Supported bandwidth 1 4 MHz 3 MHz 5 MHz 10 MHz 15 MHz and 20 MHz Frequency error 10 Hz reference frequency accuracy 99 confidence level Residual EVM RMS 2 0 typical Data EVM Measurements Option 029 031 Channel power Spurious emissions Data EVM peak Subframe Antenna 3 RS powerand_ PDSCH Data 64 QAM Channel power Peak frequency
24. llAdvisor JD745A Base Station Analyzer Mobile WiMAX Signal Analyzer Options 026 and 046 General Parameters Frequency range 2 1 GHz to 2 7 GHz 3 4 GHz to 3 85 GHz Input signal level 40 to 20 dBm Channel power accuracy 1 0 dB typical Supported bandwidth 7 MHz 8 75 MHz and 10 MHz Frequency error 10 Hz reference frequency accuracy 99 confidence level Residual EVM RMS 1 5 typical Measurements Option 026 Channel power Spurious emissions Constellation EVMvs subcarrier Auto measure Time offset Channel power Peak frequency at Channel power RCE RMS RCE peak Channel power Q origin offset Spectral density defined range RCE RMS RCE peak EVM RMS EVM peak Occupied bandwidth Spectral flatness Peak to average power Peak level at defined range EVM RMS EVM peak Segment ID cell ID Spectrum emission mask Frequency error Occupied bandwidth Power vs time frame Frequency error Preamble index Spurious emission mask RCE RMS Occupied bandwidth Channel power Time offset EVMvs symbol Preamble power RCE peak Integrated power Frame average power Segment ID cell ID RCE RMS RCE peak DL burst power EVM RMS Occupied power Preamble power Preamble index EVM RMS EVM peak UL burst power EVM peak Spectrum emission mask DL burst power Spectral flatness Segment ID cell ID Frame average power Power statistics CCDF Reference power U
25. on Part Number Description Part Number Standard CellAdvisor Base Station Analyzer Optional Calibration Kits 100 kHz to 4 GHz Spectrum Analyzer JD745A Y calibration kit Type N m DC to 6 GHz 50 Q JD72450509 5 MHz to 4 GHz Cable and Antenna Analyzer Dual port Type N calibration kit 50Q JD72450510 10 MHz to 4 GHz RF Power Meter Internal mode Y calibration kit lype N m DC to 6 GHz 50 Q Options Two adapters Type N f to Type N f DC to 18 GHz 50Q OTE Upgrade options for the JD745A use the designation JD745AU Two 1 mRF test cables Type N m to Type N m efore the respective last three digit option number i i DCto8 GHz 50Q Ly issi 4 z por ea MENEMEN a ae Dual port Type N calibration kit 50 Q JD71050507 ae requires option 01 JD745A002 Y calibration kit lype N m DC to 4 GHz 50Q CW signal generator JD745A003 Two adapters Type N f to Type N f DC to 18 GHz 50Q E1 analyzer JD745A004 Two 1 m RF test cables Type N m to Type N m T1 analyzer JD745A005 DC to 8 GHz 50 Q Bluetooth connectivity JD745A006 Dual Port DIN calibration kit 50Q JD71050508 GPS receiver and antenna JD745A010 Y calibration kit DIN m DC to 4 GHz 50 Q nterference analyzer JD745A011 Two 1 5 m FF test cables Type N m to Din N f DC to 6 GHz 50Q 4 Enea eee a Two adapters DIN m to DIN m DC to 7 5 GHz 50 cdmaOne cdma2000 signal analyzer JD745A020 i Optional RF Cables EV DO signal analyzer JD745A021 GSM GPRS EDGE signal analyzer D745A022
26. r and EVM Rel power at defined range Time error P SS S SS PBCH PCFICH iq origin offset Occupied bandwidth PDSCH Data QPSK Multi ACLR Data channel ced eed ame EVM RMS peak Spectrum emission mask Power and EVM Lowest reference power BSFN Data EVM RMS peak ACLR PDSCH Data 16 QAM Highest reference power Resource block power QPSK PDSCH Data 16 QAM PDSCH Data 64 QAM Cell group sector ID Multi ACLR power and EVM EVM Abs power at defined Qdiagram Time alignment error Spurious emission mask PDSCH Data 64 QAM range RB power EVM relative or absolute Time alignment error Frame average power power and EVM Rel power at defined range Modulation format power modulation type trend Time alignment error Cell ID Spurious emissions Q origin offset Subframe power Time alignment error Frequency error Frequency error Peak frequency at EVM RMS EVM peak OFDM symbol power RS power difference MBSFN Time alignment error defined range Frequency time error Antenna ORS powerand PDSCH Data QPSKEVM_ Antenna port Peak level at defined range PDSCH Data 16 QAM Power statistics CCDF EVM Option 048 Channel scanner upto6 ID scanner up to 6 Multipath profile Control channel table PMCH subframe power Route map Frequency or channels RSRP RSRQ dominance Cell group sector ID P SS S SS PBCH PCFICH Time alignment error RSRP Cel
27. rcept TOI 200 MHz to 2 GHz 10 dBm typical gt 2 GHz to 4 GHz 12 dBm typical PIM detection Dual spectrum CW signal generator Option 003 can be set up simultaneously www jdsu com nse CellAdvisor JD745A Base Station Analyzer Cable and Antenna Analyzer Standard RF Power Meter Standard Frequency Range 5 MHzto4 GHz Resolution 10 kHz Accuracy 25 ppm Data Points 126 251 501 1001 Measurement Speed 1 65 ms point nominal Measurement Accuracy Corrected directivity 40 dB General Parameters Display range 100 to 100 dBm Offset range Oto 60dB Resolution 0 01 dB or 0 1 xW x m u p Internal RF Power Sensor Frequency range 10 MHz to 4 GHz Span 100 kHz to 100 MHz Dynamic range 120 to 20 dBm aximum power 20 dBm Accuracy Same as spectrum analyzer External RF Power Sensors Reflection uncertainty 0 3 20log 1 10 2 typical Directional JD731B JD733A EP directivity measured return loss Frequency range 300 MHzto3 8GHz 150MHzto3 5 GHz Output Power Dynamic range 0 15to 150W average 0 1 to 50 W average High 0 dBm typical 4 to 400 W peak 0 1 to 50 W peak ON 30 dBm typical Connector type Type N female on both ends 7 Mea
28. se 2E 15 inverse Additional Functions Event log capability Internal memory Reference clock Received or internal Error insertion 1 1E 3 1E 4 1E 5 Event log capability Internal memory Error rate count CRC frame code bit Error insertion 1 1E 3 1E 4 1E 5 Measurements Alarm insertion AIS RAI Monitoring BERT Error alarm count Bit RAI AIS BPV BER Indicators Indicators Loopback modes Self CSU NIU line network E1 signal E1 signal Meacuremente Frame sync Frame sync Pattern sync Pattern sync Monitoring BERT loop test RX signal level Code sync Code sync Indicators Indicators FAS RAI FAS RAI T1 signal T1 signal AIS AIS Frame sync Frame sync HDB3 HDB3 Pattern sync Pattern sync Bit error Bit error B8ZS B87S Error count rate Error count rate Red alarm Red alarm E RAI yellow alarm RAI yellow alarm odas eror h Sor AIS blue alarm AIS blue alarm ode error rame error BPV indicator BPV indicator Bit error Code error Bit error Loss count Vip Alarm count Alarm count Signal loss V p Max FAS FAS Frame sync loss V Min AIS AIS Patten sync loss AB ge Loss count Loss count Alavm count Frame sync RAI Pattern sync Frame sync AIS Pattern sync BPV Error rate 1 When CRC 4 is set to On Bit error rate 2 When PCM31 is set to On Bit error count Bluetooth Connectivity Option 006 Personal Area Networ
29. ss LAN cable 1 5 m G710550335 RF omni antenna Type N m 720 MHz to 800 MHz G700050356 USB Ato B cable 1 8 m GC73050515 RF omni antenna Type N m 2 3 GHz to 2 7 GHz G700050357 gt 1 GB USB memory GC72450518 a 7 Requires calibration kit Rechargeable lithium ion battery G710550325 l Requires dual port calibration kit Automotive cigarette lighter 12V DC adapter G710550323 Requires test cable Stylus G710550316 Includes two Bluetooth USB dongles with 5 dBi dipole antenna JD70050006 JD740A series user s manual and application software JD740A361 CD Recommend adding antennas G70005035x and or G70005036x Requires Option 020 Requires Option 028 1 2 3 4 5 Recommend adding GPS receiver JD745A010 6 7 8 9 Requires Option 029 10 Requires Option 010 11 Standard accessory can be purchased separately www jdsu com nse CellAdvisor JD745A Base Station Analyzer Ordering Information continued Description Part Number Description Part Number Optional Yagi Antennas Optional RF Adapters RF Yagi antenna Type N f 806 MHz to 896 MHz 10 2 dBd G700050364 Adapter Type N m to DIN f DC to 7 5 GHz 50Q G700050571 RF Yagi antenna Type N f 866 MHz to 960 MHz 10 2 dBd G700050365 Adapter DIN m to DIN m DC to 7 5 GHz 50 Q G70005
30. surement type Forward reverse average power D R YDER forward peak power VSWR Reflection 60 dB Accuracy 4 of reading 0 05 W Maximum Input Level Terminating JD732B JD734B JD736B Average continuous power 25 dBm nominal Frequency range 20 MHz to 3 8 GHz DC voltage 50VDC Dynamic range 30 to 20 dBm Interference Immunity Connector type Type N male On channel 17 dBm at gt 1 4 MHz from carrier Measurement type Average Peak Average and frequency nominal peak farce On frequency 0dBm within 10 kHzfrom the carrier Acc ra y 1796 frequency nominal Measurements Optical Power Meter Standard Reflection VSWR VSWR range 1to65 Optical Power Meter Return loss range Oto 60dB Display range 100 to 100 dBm Resolution 0 01 Offset range Oto 60dB Distance to Fault DTF 7 Vertical VSWR range 11065 Resolution 0 01 dB or 0 1 mW Vertical return loss range 1 to60dB External Optical Power Sensors Vertical resolution 0 01 MP 60A MP 80A Horizontal range 0 ni of data points 1 x horizontal Wavelength range 780 to 1650nm resolution aximum 1500 m 4921 ft Max permitted input level 10dBm 23 dBm Horizontal resolution 1 5x 10 x V delta Connector type Type N female on both ends V propagation velocity Connector input Universal 2 5 and 1 25 mm Delta stop freq start freq Hz Accuracy 15 Cable Loss 1 port Range Oto 30dB 1 CW condition at 25 C 10 C Resolution 0 01 dB 2 Forward power 1 Port Phase Range 180 to 180
31. tion type Carrier feed through its constellation range Rel power at defined Power bar graph Relative absolute power CPICH absolute power rangs Channel power Abs Rel Delta power CPICH relative power Spuri ice P b h CPICH P CCPCH Maki purious emissions ower bar grap S CCPCH PICH ax inactive power Peak frequency at Abs Rel Delta power P SCH S SCH Scramble code defined range CPICH P CCPCH S CCPCH Avg RCDE OPSK 16 QAM Power statistics CCDF Peak level at defined PICH P SCH S SCH 64QAM range Option 043 Channel scanner Scramble scanner Multipath profile Code domain power Max avg active power Amplifier capacity up to 6 up to 6 Channel multipath power Abs Rel code power Max avg inactive power Peak amplifier capacity Frequencies or channels Channel power Ec lo delay Individual code EVM Frequency error Channel power scramble code CPICH power Ec lo CPICH dominance Channel power Time offset Rho Average amplifier capacity Scramble code Scramble code Carrier feed through Code peak utilization Ec lo CPICH power delay CPICH P CCPCH S CCPCH PICH P SCH S SCH Composite EVM Average utilization CPICH EVM P CCPCH EVM Route map CPICH power Ec lo Longitude latitude and satellite in all screens www jdsu com nse CellAdvisor JD745A Base Station Analyzer c
32. us lt 70 dBc nominal Dynamic Range 2 3 TOI DANL in 1 Hz RBW gt 95 dB SweepTime Range 80 ms to 1000s 24 us to 200s Span 0Hz zero span Accuracy 2 Span 0Hz zero span Mode Continuous single Gated Sweep Trigger source External video and GPS Gate length 1 us to 100 ms Total Absolute Amplitude Accuracy Gate delay Oto 100ms Preamplifier off power level gt 50 dBm auto coupled 20 to 30 C Trigger 5 MHzto 4 GHz 1 25 dB 0 5 dB Attenuation lt 40 dB A ois Trigger source Free run video external ica Trigger Delay 1 55 dB 1 0 dB Attenuation gt 40 dB e Range Oto 200s typical Resolution 6 us Reference Level EAEE Setting range 120 to 100 dBm Channel power Setting Resolution Occupied bandwidth Log scale 0 1 dB Linear scale 1 of reference level Spectrum emission mask Martone Adjacent channel power Marker types Normal delta delta pair noise frequency Spurious emissions count marker Field strength Number of markers 6 AM FM audio demodulation Marker functions Peak next peak peak left peak right Route map minimum search marker to center start stop RF Input VSWR 20 MHz to 4 GHz 1 5 1 typical Second Harmonic Distortion Mixer level 25 dBm 10 MHz to 1 3 GHz lt 65 dBc typical gt 1 3 GHz to 4 GHz lt 70 dBc typical Third Order Inter Modulation Third Order Inte
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