NextGig Systems
NextGig Systems provides network security, connectivity, enhanced network monitoring and test solutions for IT and development engineers.
- 805-277-2400
- 805-277-2450
- 2625 Townsgate Road,
Suite 330
Westlake Village, CA 91361
United States of America
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IT Infrastructure, Asset And Connectivity Management System
CableSolve is an enterprise ready Connectivity and Infrastructure Management System that provides portable and end-to end management, and documentation of the IT infrastructure and network connectivity. Manage your entire physical infrastructure from the structured cabling to the switches, routers, and PABX’s all the way to the outlets, desktop PCs and telephones. The desktop component provides end-to-end management, reporting and control while providing portable management of the connectivity infrastructure with the use of one or more Pocket PCs with integrated barcode scanner for extra mobility and flexibility.
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GigaVUE Visibility Appliances
High-performance network packet brokers – with built-in core intelligence GigaVUE® Visibility Appliances deliver consistent insight into data that travels across your network, including data centers and remote sites. With the Gigamon solution, you will have the coverage and control you need to safeguard critical network and business assets.
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1000BASE-T1 MEDIACONVERTER EMC
Art.-Nr.: TE-1404-1
The ideal solution for working quickly and efficiently with 1000BASE-T1 EMC measurements The 1000BASE-T1 MediaConverter EMC is especially designed for measurements within the EMC chamber. It is delivered in a Set with an adapter board which enables internal PHY status readings and provides one point-to-point connection between Automotive Gigabit Ethernet and SFP Gigabit Ethernet, with which optical fibre modules are used.
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Software Application Testing
Software application testing can cover many parameters depending on the application. The testing can be done to verify the basic functionality of the software and to see how it performs under different network conditions. This type of testing can be performed during development as each iteration of the software is released, and once the application has been rolled out.
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Functional Testing
Functional Ethernet testing is done during the research and development phase of a product or service. It can cover many parameters depending on the DUT and the application. Using Xena’s products, your range of functional Ethernet testing includes:*Multicast*40/100G PCS and PMA Layer*Transparent Transport*Energy Efficient Ethernet (EEE)*Microbursts and random IFG*Synchronous Ethernet*Automotive Ethernet*1588v2 Performance Testing*Regression testing*Kernel drivers and NIC testing*Hardware emulation (ASIC*)
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Quality Of Service
Traffic is prioritized according to its importance and some types of traffic are more sensitive to latency, jitter and packet loss than other. Xena offers QoS validation solutions in accordance with RFC 2544 and Y.1564, as well as advanced statistics functions that help users track, analyze and troubleshoot QoS to maintain a high service quality guarantee. Testing that link performance complies with a Service Level Agreement (SLA) includes verifying Frame Transfer Delay (FTD), Frame Delay Variation (FDV) and Frame Loss Ratio (FLR) at the Committed Information Rate (CIR) defined in the SLA. Verifying the SLA with the Xena1564 allows doing the test on a line simultaneously loaded with traffic from other services.
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TestPort Line Of Hand-Held Ethernet Test Equipment
The TestPort line of handheld Ethernet protocol test tools represents the state-of-the-art test equipment for telecom backhaul networks. It’s protocol support includes Gigabit Ethernet (GbE), Sychronous Ethernet (SyncE), and E1. Testing applications include protocols analysis, traffic generation, and impairment testing.
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The All-in-one Platform
The NPAW Suite’s holistic, end-to-end streaming video analytics solutions deliver actionable insights in real time
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Automotive Ethernet Testing
The automotive industry is evolving rapidly. The newest models have features that represent unparalleled innovation – cars that can communicate with each other, the road-side infrastructure, the Internet, plus highly advanced in-car infotainment systems. Cars are also being equipped with sensor-based safety systems that can dramatically improve traffic safety by virtually eliminating crashes. And we are nearing a point where fully automated vehicles that can handle all driving tasks will soon be commercially available.
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Security Testing
Security/negative testing is typically conducted during development to highlight how a DUT handles abnormal conditions like very high traffic load, different frame sizes (incl. undersized and oversized frames), framed with different IFG settings, various types of errors and deviation of the signal frequency, as well as various DDoS attacks.
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Protocol Analyzer
Multi-speed, Ethernet protocol, multi-function test platform. Used in the development, qualification, manufacturing and support of equipment with external or embedded communications interfaces.
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100BASE-T1 MEDIACONVERTER NXP
Art.-Nr.: TE-1600
The ideal physical layer conversion between Automotive Ethernet and your PC system. The 100BASE-T1 MediaConverter NXP establishes one direct point-to-point conversion between automotive ECU’s using 100BASE-T1 and any standard Fast Ethernet device with RJ-45 connector.
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Bit Error Rate Testing
BERT
An invaluable tool for manufacturing, development engineers, and field service engineers*Generate multi-speed, multi-application, and custom test patterns*Verify and validate lowest level connectivity down to 10-12*Support up to 32 ports of testing
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Production Line Testing
Production line testing involves checking the quality of products as they leave the assembly line to identify any problems before they reach the customer. This improves customer satisfaction and helps minimize service & repair costs.
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Performance Testing
All of Xena’s products can be used for performance testing. This typically includes measuring:*the volume of data successfully delivered between two points, usually measured in bits or packets per second*how long it takes data packets to travel between two points in a network or a device, also known as latency*variations in latency – also known as jitter – due to network congestion or other factors*how many data packets fail to reach their destination*if data packets are delivered in a different order from that in which they were sent
