Per flow test systems

Brochure: diversifEye

Datasheet: diversifEye10G Overview

Case Study: diversifEye Independently Assessed

Delivering real world proof of concept, demonstration & testing of triple play environments requires getting as close as possible to actual deployments with a mix of many individual clients and a mix of several application types, using DHCP / PPPoE per residential gateway (per household) as necessary.

The DHCP / PPPoE session is the critical enabler for services. With the current access network, each DSLAM serves up to 2000 subscribers. Network configurations enable multicast routing while the video servers are connected strategically on Metro Nodes where high concentrations of users are aggregated. These servers utilize VLAN tags for each type of service (Voice, Video or Data) which translates at the user port as raw Ethernet packets.

An effective method of testing IPTV Triple Play is to build, test & measure on a per client / per flow basis with several unique individual voice, video & application data clients behind each residential gateway.

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How to test IPTV

Brochure: diversifEye

Datasheet: Testing IPTV with diversifEye

Whitepaper: MPEG QoE Testing

Whitepaper: Performance Testing IGMP based Multicast Services

Test IPTV video/audio performance, network QoS and individual end user Quality of Experience (QoE). Implement the latest test strategy, determine perceived IPTV quality on a single IPTV STB and multiple STBs behind emulated residential gateways. diversifEye™ enables implementation of large test strategies, scale IPTV in confidence with complete video/audio analysis.

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How to test VoD

Brochure: diversifEye

Datasheet: Testing VoD with diversifEye

Implementing Video on Demand over IP networks has the potential to become a true "killer application" for service providers hungry for new revenue sources. However, performance of VoD services becomes key for end customers who will naturally demand high levels of video quality of experience in a variety of converged IP application scenarios, such as triple play.

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How to test VoIP

Brochure: diversifEye

Datasheet: Testing VoIP with diversifEye

Case Study: Real-World Testing of VoIP Networks with focus on voice quality under high capacity Internet mixed traffic loads

diversifEye™ enables service providers and equipment manufacturers to test end-end network SIP enabled VoIP system performance.

diversifEye™ tests include determining the number of call attempts capable during peak hours, determining root cause and affect on quality when integrating different call origin devices or codecs.

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How to test IP Security Performance

Brochure: diversifEye

Datasheet: Testing security with diversifEye

Whitepaper: IP Security Performance

diversifEye™ comprehensively tests converged IP network architectures for weaknesses in security and importantly provides a unique ability to determine the effects of attacks on both overall network quality of service and quality of individual experience. diversifEye™ unique per flow architecture not only enables emulation of regular client side and server side applications, but also provides for the insertion of malicious attack content onto the network and into IP traffic streams.

diversifEye™ generates a real world traffic mix of genuine and malicious content containing IPTV streams, VoD requests, VoIP calls, web or mail downloads in unfavorable conditions along with email virus/worm attacks, real spam generation, DDoS attacks on servers, malicious exploitation of protocols e.g. IGMP weaknesses, channel change requests and membership reports.

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How to test DPI and Optimization devices

Brochure: diversifEye

Datasheet: WAN Optimization

Case Study 1: Tolly and Shenick test Procera DPI device with over 50 P2P applications

Case Study 2: Shenick and EANTC Test Deep Packet Inspection Devices for P2P Traffic Management Capabilities

Testing DPI and WAN optimization devices requires individual, real world and stateful traffic flows.

Per flow application flow emulation with mixed P2P, VoIP, IPTV, VoD and security attack traffic (DDoS, SPAM, Virus) ensures performance and quality of experience for each application processed by a DPI or WAN optimisation device.

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