EQUIPMENT LEASING
Equipment Image

Model
BIRD SA-6000EX Cable Antenna Site Analyzer 5-6000MHz
- BIRD SA-6000EX Cable & Antenna Site Analyzer With DTF (Distance To Fault) Capabilities
- 25 MHz – 6000 MHz Frequency Range.
Bird SA-6000EX Site Analyzer, 25 MHz – 6 GHz is the user-friendly test solution for installing, maintaining, and troubleshooting your antenna and cable systems. Field engineers and technicians rely on this rugged handheld tool to get the job done. Wireless equipment manufacturers, service providers, contractors, tower erectors, and military field personnel world wide approve of the analyzer’s precision VSWR and Return Loss results. Wideband Power Sensors up to 4 GHz optionally available for use with the built in Digital Power Meter.
Features and Benefits:
- Frequency Range: 25 MHz to 6000 MHz
- Rejects “On-Frequency” interference up to +13dBm
- Maximum Input: +22 dBm
- Trace overlays to track performance over time
- Saves 15 Calibrated Setups
- Stores 500 traces at 238 pts of resolution
- Alphanumeric labeling of saved traces
- Color display is viewable in direct sunlight
- BIRD SA-6000EX Cable & Antenna Site Analyzer With DTF (Distance To Fault) Capabilities
- 25 MHz – 6000 MHz Frequency Range.
- Test RF Power Measurements, VSWR Testing and Distance to Fault (DTF) estimation for the RF cable fault identification.
Equipment Image

Model
Anritsu PIM Master™ Battery-operated Passive Intermodulation Analyzer
E-GSM Band 900 MHz
DCS Band 1800 MHz
The Fastest Way to Pinpoint the Source of PIM
Anritsu Company introduces the first 40 W battery-operated high performance PIM testing solution for the major wireless standards in use around the world. Even though the package is small, and it is battery operated, the MW82119A is a high-performance PIM test solution allowing operators to adjust output power from 25 dBm for indoor DAS testing to 46 dBm for macro site testing. The new PIM Master is the only PIM tester you will need to meet all your PIM testing needs; with its battery operation, light weight, small size, and variable output power selections, it is ideal for testing all types of antenna systems:
- Traditional high power cell sites
- Remote Radio Heads or Remote Radio Units
RF Distributed Antenna Systems (DAS)
Equipment Image

Model
Kaelus iQA-2101C Series Portable Passive Intermodulation (PIM) Analyzer
|
The iQA series Passive Intermodulation (PIM) analyzer is a feature rich, high power PIM test solution. This field proven analyzer enables network operators to improve site performance by finding and eliminating sources of passive intermodulation at the cell site. The design includes an integrated panel PC with intuitive touch screen interface for performing tests and generating site reports. This version of the iQA ships from the factory enabled to support Range to Fault (RTF) technology: with the purchase of an optional RTF module, operators are able to activate RTF mode within the iQA user software to accurately measure the distance to return loss faults as well as the distance to PIM faults at the cell site.
PRODUCT FEATURES:
- Rugged, reliable construction suitable for field use
- Fully configurable frequencies, powers, and IM products
- Integrated polycarbonate transit case
- Simple to operate touch screen interface.
- Range to Fault (RTF) enabled.
- Spectrum monitor, frequency sweep and time trace modes
Features and Benefits:
- Frequency Range: 25 MHz to 6000 MHz
- Rejects “On-Frequency” interference up to +13dBm
- Maximum Input: +22 dBm
- Trace overlays to track performance over time
- Saves 15 Calibrated Setups
- Stores 500 traces at 238 pts of resolution
- Alphanumeric labeling of saved traces
- Color display is viewable in direct sunlight
- BIRD SA-6000EX Cable & Antenna Site Analyzer With DTF (Distance To Fault) Capabilities
- 25 MHz – 6000 MHz Frequency Range.
- Test RF Power Measurements, VSWR Testing and Distance to Fault (DTF) estimation for the RF cable fault identification.
Equipment Image

Model
PCTEL SeeGull® IBflex® Scanning Receiver
|
The SeeGul1 IBflex scanning receiver is designed for in building and small cell testing. Quickly identify and solve problems that hinder network performance using IBflex’s comprehensive testing capability. Conduct walk tests more efficiently with its array of features tailored for indoor use. Its enhanced measurements, including Wi-Fi and evolved Multimedia Broadcast Multicast Services [eMBMS), can be used to improve coverage and capacity, maximize customer satisfaction, and increase the long-term revenue potential of in-building wireless networks. While the design and features set of the IBflex are geared towards indoor walk tests, the scanner is fully functional for outdoor or drive test needs without compromising performance and accuracy.
- SeeGull IBflex supports LTE FDD, TD-LTE, UMTS [WCDMA/HSPA (+)], GSM, CDMA, EV-DO, and TD-SCDMA, plus Wi-Fi operating bands currently deployed around the world.
- Frequency Range from 570MHz to 3.8GHz. Supports simultaneous data collection across all major wireless network bands.
- Simultaneous testing across all major wireless technologies, plus Wi-Fi.
- In-building focus with hot swap battery system, small form factor, lightweight and low power consumption.
- Multiple platform Support for Windows® laptop and Android™ tablet or UE.
- Connect with Bluetooth® and USB for networking and data protocol.
Dual LTE scanning with Multiple Input Multiple Output (MIMO) interface ports.
Equipment Image

Model
Keysight Nemo Outdoor
- The Ultimate Drive Test Tool for Wireless Networks
The leader in radio network measurement tools offers a full drive test solution for wireless network testing / mobile network testing, troubleshooting, and optimization.
- Nemo Outdoor is a laptop-based drive test tool for wireless network testing which supports over 280 terminals and scanning receivers from various vendors and all major network technologies.
- Extremely easy to set up, configure and use. The time from receiving the product to using it ranges from a couple of minutes to less than two hours.
- Automated drive test measurements of wireless networks with extensive scripts and large-scale measurement lists enable you to focus on the actual task at hand during drive testing.
- Quality-of-experience (QoE) metrics for the services and applications your customers are actually using.
- User-defined parameters from signaling messages can be searched and displayed in info view and graph side panel during measurement and playback.
- Open ASCII file format – Nemo Outdoor uses an open file format which can be directly utilized in various third-party analysis tools; no conversion or parsing needed.
- Patented multi-data.
- Support for POLQA & PESQ voice quality testing and PEVQ-S streaming video analysis
In addition to drive test and benchmarking measurements, the Nemo Outdoor platform is expandable to support voice and video quality measurements. Nemo Outdoor also offers tools for various troubleshooting tasks. With a test terminal and/or a scanner you can perform real-time missing neighbor detection, pilot pollution analysis, and GSM interference analysis.
To gain competitive advantage in today’s market, wireless network testing, monitoring and improving customer experience is crucial. Nemo Outdoor enables the measuring of quality-of-experience (QoE) metrics for the services and applications your customers are actually using, including advanced YouTube video testing and Facebook testing. The information provided by mobile network testing using Nemo Outdoor assists in the verification and troubleshooting of new services reducing the time-to-market.
Nemo Outdoor’s diversity is only matched with its flexible user interface and ease of use. Owing to its single platform, all essential functionalities can be found in one location. Through the fully customizable user interface the user is able to tailor Nemo Outdoor for their particular use.
Equipment Image

Model
Agilent E6455C 1920 1980 2110 2170 Mhz Cdma W-Cdma Umts Digital Receiver
|
E6455C 2.1 GHz W-CDMA/UMTS/cdma2000 receiver specifications
- Frequency Frequency range 1920 to 1980 MHz [1895-1990] 2110 to 2170 MHz [2100-2180]
- Frequency accuracy With GPS time: ±1 ppm
- Synchronization: ±0.05 ppm, characteristic
- IF bandwidth : 1.25 MHz, characteristic, 5 MHz, characteristic
Aging of TCXO : ±1 ppm/year
Equipment Image

Model
PCTEL SeeGull® LX GSM/GPRS/EDGE Receiver
|
PCTEL, RF Solutions Group’s GSM/GPRS/EDGE scanning receiver is based on the SeeGull® LX platform, which provides high-speed measurements and superior performance. This receiver is a DSP-based software radio that provides unparalleled precision and user-defined options for the measurement of GSM, GPRS and EDGE networks.
PCTEL’s scanning receivers are used globally to optimize wireless network performance via drive test and measurement, tower site survey, base station monitoring, and wireless market analysis tools.
RF Bands
Single-band: 850, 900, 1800, 1900 MHz
Dual-band: 850/1900, 900/1800 MHz
RF Frequency Ranges (Forward Channels)
GSM 850 869 MHz to 894 MHz
GSM 900 925 MHz to 959 MHz
GSM1800 1805 MHz to 1880 MHz
GSM1900 1930 MHz to 1990 MHz
RSSI Bandwidths: 30 kHz (CW) 200 kHz (Wide)
Spectrum Analysis Dynamic Range: > 90 dB
RSSI Measurement Rate : 150 Channels/Second (CW), 500 Channels/Second (Wide)
Spectrum Analyzer: Measures and reports power spectral density using frequency domain techniques. Frequency span in the RF Band, resolution bandwidth (5, 10, 20, 40, and 80 kHz), and sweep averaging (1, 2, 4, 8, and 16) are adjustable.
Distance Based Sampling Option: A cost-effective and user friendly approach in providing both model tuning and optimization capability in one tool. User can select distance that needs to be traveled in between two consecutive RSSI Frequency measurements in 30 kHz bandwidth.
RSSI Scan: Measures and reports RSSI for a given channel list. The measurement bandwidth is selectable as either 30 kHz or 200 kHz. Tuning resolution matches band channelization.
BSIC Decoding: The BSIC is decoded in the receiver and can be used for identifying the transmitting base station. BSIC sensitivity is increased with the LX platform.
C/I Measurement Option: Provides co-channel interference measurements.
BCCH Decoding Option: Enables decoding of BCCH Type 3 message, including Cell ID, MCC, MNC, and LAC parameters. Decoding is supported on numerous user selectable BCCH frequency channels.
Multiple Scan Lists: Thousands of different concurrent measurements in different operational modes can be performed on different frequencies.
Built-in GPS Option: The optional internal GPS receiver is controlled through a single RS-232 port.
GPRS/EDGE Measurements: Measures BCCH C/I down to 2 dB as critical inputs for determining data rate coverage and for GPRS/EDGE planning and optimization.
Equipment Image

Model
RF Drive Test Kit (customized)
- Single site verification (SSV) or Single Cell Function Test (SCFT)
- Multiple site verification (MSV) or cluster drive test
- Operator benchmarking drive test (Market level drive test)
Wireless network drive testing analysis provides a clear insight into the mobile network coverage and other wireless technologies like 5G. By analysing 5G, 4G, 3G, GSM drive test logs, telcos are able to identify some of the issues as mentioned below:
- Cell overshooting which is a result of improper network design when planning networks
- Black spots i.e. non-coverage spots
- Interference areas which are usually highly populated and result in call drops
- Sectors receiving poor signal quality (slow data speed, dropped calls, etc.)
- Handover failures between cell sites
- Following corrective actions can be taken by telcos to refine network performance and provide better user experience:
- Parameter optimisation on cell towers
- Addition/deletion of neighbour cells
- Reducing the power levels of sectors to avoid cell overshooting
- Redesigning of radio planning
- Telcos undertake these network optimisation measures in order to:
- Improve coverage
- Reduce call drops in a network
- Higher data throughputs for the users
- Reduced handover failures
- Competitive edge in the market
- Reduced customer complaints and churn.
Features of our RF drive test tool and Kit
- Drive test solution which support capture of GPS information along the drive route.
- Supports 2G, 3G, 4G LTE and 5G NR measurements.
- Data testing such as HTTP, latency and FTP speed tests.
- Voice and SMS testing supported.
- Enabled with Cell Lock / Band Lock feature.
- Video streaming testing support on mobile network is an added advantage.
- Frequency scanning function for all RAN technology.
- Layer 3 and Layer 2 messaging capture capabilities if RF deep diagnosis information.
- Script based call and data session manual and automatic available.
- RF Tool are portable, measurement software on smart phone will ideal.
- Real-time upload of test data to post processing tool.
- Post processing tool support analysis of data on map-based view.
- Post Processing tool provides graphical and tabular reports for various features of GSM / UMTS/LTE related performance of the network.
- Post processing software tool work on normal windows-based PC or web-based interface.
- System support export of excel, maps or PDF based reports.
Any 5G MIMO measurements to verify during SSV stage.
Equipment Image

Model
GlobalSat SiRF Star IV Cable GPS Receiver BU353S4
- USB GPS Receiver BU-353S4
- BU-353S4 USB interface.
- Very easy for your installation and fast picking up the GPS signal.
- Works in Mac, Windows and Linux OS, etc.
- Magnet and rubber pad allow it to attach to many surfaces without damage.
- NMEA GPS Receiver, for NMEA Applications.
- Automotive navigation, Fleet management, Marine navigation, ect.
Electrical Characteristics (NMEA 0183 GPS Receiver)
- Chipset: SiRF STAR IV GSD4e
- Frequency: L1, 1575.42 MHZ
- C/A Code: 1.023 MHz chip rate
- Sensitivity: -163dBm
- Channels: 48
Accuracy
- Position Horizontal: <2.5m CEP @-130dBm
- Velocity: 0.1m/sec 95% (SA off),
- Time: 1 micro-second synchronized to GPS time
- WAAS: Enabled for North America product s (USGlobalSat, Inc)
Physical Characteristics
- Dimension 2.32″ x 1.65″ x 0.82″ (59mm x 47mm x 21mm)
USB Cable Length 60″ (152 cm)
Equipment Image

Model
RF DRIVE TEST DATA CARDS
- HUAWEI E392 4G LTE FDD TDD Multi-mode Data Card
- Huawei E398 4G LTE TDD FDD 100Mbps USB Surfstick
- Vodafone K5005 4G LTE Surfstick
- HUAWEI E392u-12 4G LTE FDD TDD Multi-mode Data Card –
Huawei E392 4G LTE Modem is world’s first LTE TDD/FDD/UMTS/GSM/CDMA multi-mode data card. Designed with streamline shape, the E392 LTE Stick incorporates LTE FDD technology with UMTS/GSM/CDMA networks backward, automatically switching between different networks to ensure optimal internet connectivity, even below LTE/4G, and always represent the fastest connection.
- LTE Cat.3 USB Modem
- 4G Bands — FDD 800/900/1800/2100/2600Mhz
- Support 4G LTE-FDD & TDD-LTE networks
- 3G Frequency: HSUPA/HSDPA/UMTS/DC-HSPA+ 900/2100 MHz
- LTE download Speed up to 100 Mbit/s
- LTE upload Speed up to 50 Mbit/s
- LTE 2×2 MIMO
- Two TS-9 connectors for external antenna
- HUAWEI E398 4G LTE TDD FDD 100MBPS USB SURFSTICK:
Huawei E398 4G LTE FDD TDD USB Surftstick, is the latest 4G 100Mbps USB Modem. It has many branch models such as HUAWEI E398u-1, HUAWEI E398u-11, HUAWEI E398u-15, HUAWEI E398u-18, Huawei E398s-81 and also Vodafone version K5005 4G USB Stick. It’s the fastest USB modem for 4G LTE networks.
The 4G USB Surfstick Huawei E398 USB dongle (Telekom 4G Speedstick LTE) is very similar to ZTE MF820 4G 100Mbps USB modem and Sierra Wireless Aircard 313U, they both support 4G LTE network but with different LTE frequencies. It is 3G & 2G Network backward compatible, it could be used on DC-HSPA+ 3G (2100MHz) and 2G where there is no 3G/4G coverage
- Qualcomm’s MDM9200TM chipset
- 4G LTE FDD USB Modem
- 2 X External antenna interface
- * 2×2 MiMo
- VODAFONE K5005 4G LTE SURFSTICK
Vodafone K5005 4G LTE modem (the original factory model is Huawei E398), is a newest Triple-Mode LTE Modem from Huawei devices. It’s fully unlocked and ready to use with all global serivces. The Mobile Broadband E398/E398u-15 is a powerful multi-frequency modem.
- The first triple LTE/HSPA+ modem of Huawei Technologies
- Download up to 100Mbps, Upload up to 50Mbps
- 2 x External antenna connector
- Worldwide usage on LTE, HSPA+/UMTS and GSM networks
FULLY Unlocked for worldwide providers
Features and Benefits:
- Frequency Range: 25 MHz to 6000 MHz
- Rejects “On-Frequency” interference up to +13dBm
- Maximum Input: +22 dBm
- Trace overlays to track performance over time
- Saves 15 Calibrated Setups
- Stores 500 traces at 238 pts of resolution
- Alphanumeric labeling of saved traces
- Color display is viewable in direct sunlight
- BIRD SA-6000EX Cable & Antenna Site Analyzer With DTF (Distance To Fault) Capabilities
- 25 MHz – 6000 MHz Frequency Range.
- Test RF Power Measurements, VSWR Testing and Distance to Fault (DTF) estimation for the RF cable fault identification.