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	Products	Description
	AT1700/AT1600	RF Switch Multiplexers The AT1700M/AT1600E series multiplexer is a high performance cost-effective broadband RF switching solution. Combined with the AT2500 series spectrum analyzers, the AT1700M/AT1600E multiplexer is the ideal solution for headend testing and return path monitoring.
	AT2500-3G	3 GHz Advanced Spectrum Analyzer AT2500-3G is the industry’s most complete 3 GHz advanced spectrum analyzer and multi-standards test solution. Incorporating a high-resolution color touch-screen, the AT2500-3G features 3 GHz spectrum analysis, D3.1 OFDM Analysis, digital channel, VeCheck, MPEG analysis and Ethernet test capabilities. Comprehensive SLM measurements include Single Channel, Headend Check, and FCC Digital POP tests.
	CaLan 3010H+	DOCSIS 3.1 Sweep System The CaLan 3010H+ Sweep System is designed for prequalification, installation, and maintenance of DOCSIS 3.1 and 4.0 networks. The unit consists of a high performance, 1.8 GHz Transmitter and a low noise, 204 MHz Receiver, capable of sweeping the entire Forward and Return path respectively.
	CX41/CX42	Outside Plant TDR / DMM The CX41 is a small, ultra-portable, and budget-friendly Time Domain Reflectometer (TDR), ideal for Outside Plant (OSP), and Hybrid Fiber Coax (HFC) network installation and maintenance. Its accurate time-of-flight (Delay) measurement mode makes it a must-have tool for GNSS antenna feed installation and 1PPS precision timing distribution, among other applications.
	CX180F	CATV Forward Path Monitoring Probe The CX180F Probe in the VeSion® monitoring system checks the performance of analog and digital channels being transmitted downstream or toward customers across a CATV HFC network.
	CX180R+	Return Path Monitoring System The VeSion® Return system monitors the return path for noise, UCD and ingress that interfere with DOCSIS communications. With DOCSIS 3.0/3.1 deployments, higher order upstream QAM modulation and channel bonding are more vulnerable to ingress and should be monitored continuously to ensure peak performance.
	CX280X	CATV RF Monitoring Probe The CX280X features all-in-one RF Monitoring with QAM, DOCSIS 3.1, and Fast MPEG monitoring and analysis.
	CX310	DOCSIS 3.1 Installation Test Set The CX310 is equipped with a true DOCSIS 3.1 / 32x8 Cable Modem supporting OFDM measurements as well as VeTest throughput capabilities. Comprehensive SLM features include Single Channel, VeCheck Full Band Scan, Tilt and Ingress. These key capabilities are the basis of the Home Installation Process (HIP) Auto test, enabling Home Certification conformance testing.
	CX380C	Advanced Plant Maintenance The CX380C features fast 1.8 GHz Spectrum Analysis and Sweep, DOCSIS 3.1 OFDM, Full SLM, V-Test Speedtest, OPM and TDR/DMM.
	CX380X	Spectrum and Burst QAM Analzyer Probe In a DOCSIS 3.0 (Data Over Cable Service Interface Specification) environment, the upstream bandwidth becomes crowded with wider and higher order QAM modulation carriers and channel bonding, leading to increased impairment sensitivity. In addition, the increasing ubiquity of DOCSIS cable modems actually represents one of the significant challenges for maintaining good plant health. The modems themselves can be serious interferers. In order to take a truly ‘proactive’ vs. ‘reactive’ approach in network monitoring, it is important to first detect the plant issues before it becomes significant enough to impact subscribers; then correlate the identified issue(s) to the physical location(s) of the modems contributing harm to the cable plant.
	DI-1000	Fiber Inspection Microscope The ergonomically designed DI-1000 connects directly to VeEX test sets through its USB 2.0 port. The DI-1000 features an easy single-finger focusing knob, comprehensive list of tips and digital image sensor and optics with detectable resolution to 0.5 μm.
	DI-1000MPO+	Fiber Inspection Microscope \| MTP / MPO Optimized for testing MTP/MPO connectors retaining backwards compatibility with existing single fiber tips. The scanning and focus knobs are conveniently located on the microscope body providing simple and efficient handheld operation. The host device software performs visual inspection, image capture, and Pass/Fail results.

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Attention: DO NOT downgrade the software version currently installed in your test platform or module, unless specifically instructed by a VeEX Customer Care/Support agent. Your new test set may have been shipped with a newer version. For software upgrades, please check the current version(s) on your test set to confirm that the software posted here is a newer version and carefully read the Release Notes for the recommended platform versions.

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OTHER PAGES

	Page	Description
	Fiberizer® Cloud	Leveraging Cloud technology, Fiberizer Cloud is the industry’s only online repository where you can save, manage, view, and analyze all your fiber optic test results (OTDR, OLTS, Fiberscope) in a single, secure database. Fiberizer Cloud is based on latest generation HTML5 resources, so you can access your valuable test data from anywhere, anytime using any web browser. Test results from different Fiberizer applications can be uploaded to your personal Cloud account or you can push test data directly from VeEX OTDRs in the field using any available Internet connection.
	Fiberizer® Mobile	A comprehensive suite of specialized software Apps that connect Android™ and iOS® mobile devices to VeEX optical power meters, fiberscopes, and OPX-BOX series OTDRs. Users can perform live measurements, analyze results, and transfer test data for record keeping or report processing. Functionality and product support varies by operating system and is described in detail in the respective App pages.
	Fiberizer® Desktop Plus	Fiberizer Desktop Plus is a Windows PC software solution to support management of optical test data; post-processing data and integrated report generation: OTDR, link map, GPS coordinates, OLTS (loss and ORL), connector inspection captured images.
	Fiberizer® LTSync	PC Software Windows PC software to transfer OPM and OLTS results from FX40 series and FX80 series products for post-processing, saving and reporting.
	NoApp™	VeEX's patent pending NoApp™ uses QR code technology to process data from small meters to more advanced test sets efficiently as part of our vision to streamline workflow and reporting. Our cloud service enables test sets to quickly and easily transfer test result KPIs to a phone, tablet or PC. Users can instantly generate test reports and allow them to be shared or uploaded to centralized R-Server or cloud.
	Boot Up PIN Code (Lock/Unlock)	As part of VeEX’s Theft Deterrent solutions, certain VeEX test sets can be set to require a six-digit PIN code before they can be used. This is part of a family of theft-deterrent and security solutions from VeEX (software license required).
	Downloads	PDF Downloads Are you looking to download a pdf?
	VeExpress™	Cloud-based License Management Service VeExpress™ (US Patent 9,900,393) is a centralized (cloud) service hosted by VeEX, which allows its customers to seamlessly manage software licenses for their geographically-dispersed fleet of test equipment and users. The basic service is provided free of charge, with the purchase of supported test sets, and offering the following features:
	400G: Testing the Future of Communications	The exploding growth of high-speed and high-availability services, including 5G, and a multitude of devices constantly connected to the Internet, has prompted Telcos, MSOs, Datacenters and the communication industry in general, to move to the next stage in aggregation, switching and transport technologies to keep up with the demand. Currently that is 400GE.
	Cloud-based Asset and Workflow Management Platform	Manage work orders from start to finish, track test equipment, centralize profiles and results in one place with
	DAA and R-PHY Ready Test Solutions	As subscribers bandwidth demand increase, and the competitive landscape becomes more intense, cable operators are evolving their Hybrid Fiber-Coax (HFC) network architecture to meet the new expectations. Distributed Access Architecture (DAA), with R-PHY and Remote MAC/PHY deployment options brings Ethernet/IP closer to the subscriber, and unlocks potential for higher DOCSIS speeds, but also brings new deployment challenges. VeEX’s product portfolio provides the tools that accompany the architecture’s migration, from traditional HFC networks to DAA
	DOCSIS 3.1 and 4.0	The next stages for DOCSIS based broadband services require utilizing previously unused and untested frequency spectrum, exposing potential trouble for Cable Operators. Current DOCSIS 3.1 deployments typically use legacy 1 GHz spectrum, limiting deliverable bandwidth. The next step for DOCSIS 3.1 deployment increases usable spectrum to 1.2 GHz and down the road, DOCSIS 4.0 Extended Spectrum expands the cable plant to 1.8 GHz.