About Khushi Communications

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Khushi Communications takes great pride in being innovative technology solution provider for communication networks. We primarily focus on delivering 5G xHaul Timing Aware Switch, Network TAPs (Fiber & Copper), Network Packet Brokers, Synchronization Equipment (GPS Receiver / PTP Grand Master / NTP Server / Master Clock / Slave Clock) and Test & Measurement Equipment for communication networks. Our solution is disrupting the way the precision timing is delivered in mobile networks especially for 4G/5G networks. We consistently strive to bring latest and introduce new product offerings and services that meet and exceed the ongoing needs of our markets and customers. Our technology solutions are based on best-in-class products from the industry’s leading manufacturers mainly coming from USA, Europe & Israel.

About Khushi Communications

Our Partners

Product Profile

5G xHaul Timing Aware Switch 5G Infra – Testing & Validation

GPS Receiver / PTP Grand Master / NTP Server Network TAPs & Packet Brokers

Network Traffic Capturing, Monitoring & Analysis Network Emulators

Test & Measurement (E1 / Datacom / 10GbE / GPON / Optical) Protocol Analyzer (GPON / NG-PON)

Master Clock System and Slave Clock (Analog / Digital) Laser Systems and Atomic Clock (Cold Atoms)

GPS Accessories (Antenna / Line Amplifier / Splitter / Cables etc.)

Services (Sync Audit, PoC Validation / Testing, I&C, Training and Consultancy) Bringing the latest and futuristic technological solution in partnership with our renowned and innovative Partners, we are poised to serve Communication Service Providers, Design & Development Labs, Utilities, Research & Scientific Institutes, Military, Government among others. Being a new emerging company, we are poised, alert & extremely flexible. We are more intimate and innovative towards our customer’s needs and expectations. We live with a belief & principle that allows us partnering with our customers on long term basis. Have a faith in our expertise &

professionalism we are your most trusted partners.

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5G xHaul Timing Aware Switch

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• Falcon RX

• Falcon MX

GPS Receiver / PTP Grand Master / NTP Server

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• Qg2

• μFalcon-ST/G

• Falcon-MTS

• Net.Time

• NTS 5000

• NTS 4000

• NTS 3000

Network Emulators

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• WAN Raptor

Network Traffic Capturing, Monitoring & Analysis

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• IOTA

• Profishark

• Net.Storm

• Net.Shark

• Net.Hunter

Network Taps & Packet Brokers

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• Network TAPs

• XX Series - Network Packet Broker

• X2 Series - Network Packet Broker

5G Infa – Testing & Validation

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• Solver

• PureLoad

• Odin

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Protocol Analyzer (GPON / NG-PON)

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• GPON Xpert Lite

• GPON Xpert with OLT Emulator

• NG-PON Xpert with OLT Emulator

• Multi ONU Emulator

• xGenius

• Ether.Genius

• Ether.Giga

• AT.2048

• ACT6000

• GPON Tracer

• PON Power Meter

• Optical Power Meter

• Optical Laser Source

• Optical Variable Attenuator

• Two Way Loss Test with ORL

• Optical Talk Set

• AI-9 Optical Fusion Splicer

• DVP-740 Optical Fusion Splicer

• X-97 Optical Fusion Splicer

• FHO 5000 Series OTDR

• Omega R.32 OTDR

• Mercury R.24 OTDR

Laser Systems and Atomic Clock (Cold Atoms)

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Master Clock System and Slave Clock (Analog / Digital)

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GPS Accessories (Antenna / Line Amplifier / Splitter / Cables)

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• Muclock

• Frequency controlled Laser System

• SML & USML Laser Series

• LEDI NETWORK ITS v2m

• LEDI 10.S

• HANDI 300

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Falcon-RX: 5G xHaul Timing Aware O-RAN Switch & PTP Grandmaster

• LTE/5G xHaul Transport and Timing RAN switch

• Multiple RU, DU, etc. connections & PTP profiles simultaneously, 12x 1G/10G ports; 08x 1G/10G/25G ports

• Switching fabric: 400Gbps (200G/FDX), non- blocking

• Compatible with O-RAN architectures

• High capacity, low latency

• ITU‐T G.8265.1 Frequency, ITU‐T G.8275.1 &

G.8275.2 Time & Phase Profiles

The Falcon-RX is an essential element in delivering on the promise of 5G. Through high capacity, low latency transport and high precision synchronization, the Falcon-RX enables 5G RAN operation at its optimal throughput, on both telecom and enterprise environments.

The Falcon-RX combines the best of breed of the Transport and Timing worlds, in a single powerful package. Both elements are critical for 5G fronthaul deployments, along with support for the latest O-RAN architectures and recommendations.

• Extensive Sync and Timing support with PTP, SyncE (PTRC/GM, BC, TC), NTP, 1PPS, MHz, ToD

• Sub nanosecond timestamping, Class C/D performance

• Full IEEE 1588‐2008 Grand Master

• Telecom BC functionality

• Supports G.8262 Synchronous Ethernet

• ITU‐T G.8272 and G.8273.2 (T‐BC)

• 19” 1U, Rack Mountable with redundant Power Supply (AC/DC/Mix)

Perfectly suited for any 5G S-plane configurations (C1 - C4) & different functional splits of RU/DU/CU in the RAN

Features

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Falcon-MX: Timing Aware O-RAN Switch & PTP Grandmaster

The Falcon-MX is a highly integrated, fully featured, high accuracy master timing and synchronization distribution system. It addresses multiple applications including mobile backhauling, transportation, healthcare, finance and others. This product extensively supports the distribution of Stratum 1 traceable timing for both legacy and modern networks, based on a multi-constellation (e.g., GPS) integrated GNSS subsystem.

• ITU‐T G.8265.1 Frequency, ITU‐T G.8275.1 & G.8275.2 Time & Phase Profiles

• Extensive Sync and Timing support with PTP, SyncE (PTRC/GM, BC, TC), NTP, 1PPS, MHz, ToD

• Extensive Sync and Timing with SyncE and PTP (PTRC/GM, BC, TC), Built-in GNSS Receiver and Rb or OCXO Oscillator option

• 19” 1U, Rack Mountable with redundant Power Supply (AC/DC/Mix)

Falcon-MX

TheFalcon-MXdelivers a complete toolbox for precision timing based on SyncE, PTP, GNSS, etc., suitable for all modes of mobile backhaul applications.

Among its unique capabilities are 2.5GE support, providing an intermediate step for high-speed access, and advanced timing functions, based on Fibrolan's Timing portfolio and technology.

• High capacity, versatile PTP Grandmaster timing clock

• Multiple RU, DU, etc. connections & PTP profiles simultaneously, 12/24 x 100/1000BaseX (SFP), 4 x 10/100/1000BaseT (RJ45), 2/4 x 1/10G (SFP+)

• Time Sensitive Networking support

• High capacity, low latency

• Switching fabric: 160Gbps, non-blocking

• ITU‐T G.8272 and G.8273.2 (T‐BC)

Features

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Solver: Fully automated 5G, 4G, IMS Testing

A single multi-protocol platform for continuous integration and delivery programs

The era of telco cloud infrastructure means that Network Equipment Manufacturers and CSPs must operate on the basis of continuous integration and delivery. Cloud-based infrastructure offers many advantages, such as rapid, elastic scaling of capacity, helping CSPs become more agile.

High-performance load testing

In this environment, it’s essential to automate as many processes as possible. Solver is a high-performance load generation, stress and feature testing solution that offers extensive automation of tasks, and spans technologies from 2G GSM, 3G UMTS, 4G LTE and IMS to 5G. Solver offers powerful, multi-protocol functionality and helps ensure smooth deployment and troubleshooting for the entire Mobile Core and IMS networks, or isolated nodes within the network.

Simplify performance analysis

By simulating traffic from the Radio Access Networks (RAN) or nodes within the Mobile Core/IMS, it helps CSPs and network equipment manufacturers to simplify and automate performance analysis of new services, assert control over their networks, manage upgrade projects, and confirm compatibility between equipment from different vendors.

• Single platform for function and performance test for all mobile technologies up to 5G

• SW based test tool supporting Openstack, KVM and VMware

• Easy to use GUI and full integration with your cloud infrastructure

• Realistic simulations enabled by full stack implementation per UE

• Full stack support for data application modelling and mirroring true user behaviour

• Advanced automation and integration with CI/CD/CT processes through REST API

• Choose different load type and format with control and user plane

Features

Mobile core testing

Solver ensures that

peak performance

thresholds can easily

meet the most

exacting requirements.

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PureLoad: Extreme Performance Testing for 5G applications & Services

PureLoad is an extremely versatile test solution for applications and networks that offers powerful performance test capabilities. It enables application and service testing from the perspective of client applications and is backed by full-stack implementations.

PureLoad is ideal for testing IP-based applications in mobile networks and CDNs, helping MNOs and content providers to evaluate performance and to support continuous development and DevOps deployment programmes.

It allows functional testing from a single user but can also scale to millions. As a result, PureLoad is ideal for validating both specific – and complex – scenarios, as well as extreme load testing to model real performance, at scale.

• Full-stack client simulation

• Scalable load and performance validation

• Optimized for 5G SBA, RCS, mobile streaming and other IP services

• HTTP/HTTPS, SIP, Diameter simulation

• Active monitoring in live networks

• Continuous testing and DevOps optimized

Features

Protocol Support

• IPv4 and IPv6

• HTTP/1.1

• HTTP/2

• Asynchronous HTTP

• Web Sockets

• Telnet

• SSH

• File Transfer Program (FTP)

• Network Utility (echo, Ping, DNS etc.)

• Directory Server (LDAP)

• Database (JDBC)

• Mail (IMAP, POP3, SMTP)

• SMS (SMPP)

• SIP

• MSRP

• Generic Bootstrapping Architecture (GBA) Ua and Ub

• Radius

• Diameter (Rf, Rx, Gx, Gy, Zh, Zx, SWx, SWm, S6a/S6d, S6b, Sh, Sd)

• RTP/RTSP/RTMP

• HTTP Streaming, HLS (Apple), HSS (Microsoft), HDS (Adobe) and DASH (MPEG)

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Odin: IMS Core Platform - Turnkey VoLTE & VoWiFi Service Enablement

Odin is a turnkey IMS core platform that enables MNOs to rapidly launch VoLTE and VoWiFi services in 3G, 4G and Wi-Fi networks.

Odin includes all nodes necessary for the delivery of VoLTE and VoWiFi services, including P-CSCF, I-CSCF, S-CSCF, BGCF, E-CSCF, ePDG and IMS Application servers. It is fully virtualized and runs on any commodity hardware.

Odin optimized for CSPs with a smaller customer base, for which solutions from other vendors can be difficult to justify. It meets regulatory requirements and includes Lawful Intercept (LI) and emergency services (CALEA) capabilities as standard. Odin is a complete next generation IMS solution, with an integrated application server that supports VoLTE (IR.92), VoWiFi (IR.51), ViLTE (IR.94) and VoHSPA (IR.58).

Applications run in a secure, containerized environment that allows rapid development and customization.

• Rapidly launch VoLTE and VoWiFi

• Fully virtualised

• Optimised for CSPs with smaller customer base

• Compliant with regulatory requirements

Features

• IMS Core, TAS and VoLTE / VoWiFi solution

• Get to market faster with Odin

• Start small and scale easily, Multi-Realm support

• Deploy locally or in the cloud to optimize resources

• OPEX and CAPEX models

• Fully virtualized, NFV-ready solution, running on commodity servers

• LI / CALEA and Emergency Service compliance and support

• Extensive Data Analytics insights

• Highly secure – IPSec, TLS, DDOS prevention

• Centralized Policy Enforcement

Product Highlights:

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Benefits

• Easy to deploy and

cost‐effective small form‐factor solution

• Scalable slave capacity

• Low power consumption

• High performance PTP clock

• Simple, easy manageability

• Configurable to operate in PTP Grand Master, APTS boundary and slave clock modes

• Multiple holdover options

• ITU‐T G.8272 and G.8273.2 (T‐BC)

• IEEE PC37.238 Power profile

• Supports 1‐step & 2‐step clock

• ‐48V DC Dual Feed

• Remote provisioning & management (SNMP, XML & CLI)

• Half 19” 1U, Rack Mountable

• 5G, ORAN, small cell clusters, C-RAN & neutral host deployments

• Perfectly suited for any 5G S-plane configurations (C1 - C4) &

different functional splits of RU/DU/CU in the RAN & edge evolution

• Smart grid transmission & distribution substations

• Mobile edge computing & enterprise

• Industrial IoT & factory automation applications

• Datacenters & financial applications

Applications

Features

Mobile operators are deploying LTE small cells in traffic hotspots and coverage holes. This occurs in a variety of locations such as in urban canyons and indoors, where GNSS signals are weak or intermittent.

Qulsar’s Qg2, a Multi‐Sync Gateway addresses this challenge of providing reliable and precise synchronization everywhere by using multiple sync references. Qg2 is designed for deployment in distributed cluster sync architectures. This involves moving timing resources close to the edge of the network to meet the phase and frequency precision requirements at the small cell or remote radio head (RRH).

Qg2 utilizes GNSS (GPS, Beidou & GLONASS), IEEE 1588 PTP and Synchronous Ethernet as input references and generates IEEE 1588 PTP, SyncE and timing signals(frequency,1PPS, and ToD) as outputs. The Multi Sync Gateway features dual gigabit Ethernet ports and a small form-factor pluggable(SFP) module port for optical connections. It provides all the relevant timing interfaces such as GNSS, 1 Pulse Per Second (1PPS) and Time of Day (ToD) input/output.

Qg2: Multi-Sync Gateway Clock (PTP GM)

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Benefits

• Easy to deploy and cost‐effective small form‐factor solution

• High performance PTP clock & L2 Switch

• Configurable to operate in PTP, SyncE, NTP, BITS Out Mode simultaneously

• Built-in GNSS Receiver and OCXO oscillator

• Full message rate as per ITU-T

• Integrated NTP Client & Server (v3/v4)

• BITS Out (E1/MHz)

• ITU‐T G.8272 and G.8273.2 (T‐BC)

• Half 19” 1U, Rack Mountable

Features

The μFalcon-ST/G offers a complete toolbox of precision timing support, including an integrated GNSS receiver, BITS clock inputs/outputs, Synchronous Ethernet and 1588-2008 (w/ grandmaster). The unit provides integrated NTP client and server. The μFalcon-ST/G is equipped with 4x10/100/1000BaseT (RJ45) user ports, 8xT1/E1 CES/Sync ports, and 4xSFP ports acting as UNIs/NNIs. The user ports can be used in a flexible manner and can all operate at full wire speed, leading to a total processing capacity of 20Gbps (non-blocking).

μFalcon-ST/G: Master Timing System (PTP/NTP/E1/MHz)

• 128MB RAM, 32MB flash memory

• L2 forwarding

• Flow-based forwarding

• MTU: 9600 bytes

• MAC table: 8K addresses

• VLANs: 4K concurrent

• RFC2544 & Y.1564* traffic generator &

analyzer (HW based)

Architecture & Forwarding

The μFalcon-ST/G is a highly integrated, extremely compact, high performance, and cost-effective multiservice delivery and Synchronization system. The μFalcon-ST/G primarily addresses applications requiring support for legacy and IP interfaces, as well as complex and challenging scenarios with strict timing and synchronization characteristics.

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Benefits

• Easy to deploy and cost‐effective small form‐factor solution

• High performance PTP clock & L2 Switch

• Configurable to operate in PTP, SyncE, NTP, BITS Out Mode simultaneously

• Built-in GNSS Receiver and OCXO oscillator

• Integrated NTP Client & Server (v3/v4)

• BITS Out (E1/MHz)

• ITU‐T G.8265.1 Frequency, ITU‐T G.8275.1

& G.8275.2 Time & Phase Profiles

• ITU‐T G.8272 and G.8273.2 (T‐BC)

• IEEE PC37.238 Power profile

• 19” 1U, Rack Mountable

Features

Falcon-MTS: Master Timing & Synchronization System

The Falcon-MTS has the ability to drive sync to both local systems (typically core machines), via its physical interfaces (e.g., BITS) as well as remote edge devices via SyncE and 1588 (PTP).

The system features an expansion slot for an optional Rubidium Clock Module (RBCM-x), to allow long periods of Stratum 2 level holdover.

• 128MB RAM, 32MB flash memory

• L2 forwarding

• Flow-based forwarding

• MTU: 9600 bytes

• MAC table: 8K addresses

• VLANs: 4K concurrent

• RFC2544 & Y.1564* traffic generator &

analyzer (HW based)

• L2/L3 loopbacks with MAC/IP swap

Architecture & Forwarding

The Falcon-MTS is a highly integrated, fully featured, high accuracy master timing and synchronization distribution system. It addresses multiple applications including mobile backhauling, transportation, healthcare, finance and others.

This product extensively supports the distribution of Stratum 1 traceable timing for both legacy and modern networks, based on a multi-constellation (e.g., GPS) integrated GNSS subsystem.

Synchronization in networks has always been a key functionality. This has become even more challenging when modern transport networks are based on asynchronous packet infrastructure, while at the same time functional and accuracy requirements are becoming tighter and more demanding.

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Benefits

• Seamless fail-over

• Legacy IEC integration

• No RedBox required

• Profile's translator

• Protocol translator

• Power fault tolerant

• PTP /NTP over PRP clock for mission critical applications

• PRP native (DAN-P clock) no Red box required

• Supports and translates PTP Telecom and Power profiles to integrate heterogenous networks.

• OCXO / Rubidium are available for internal oscillator.

• Multiple in/out signals PTP, NTP, SyncE, 1PPS, E1, T1, MHz, Mb/s

• PTP-to-all, NTP-to-PTP, IRIG-B-to-PTP protocol translation

• Facilitates the coexistence of legacy and new protocols

• 19” 1U Rack Mountable

• AC/DC Dual Power Supply

Features

Net.Time is a PTP / NTP appliance that can be configured as Master, Boundary and Slave clock to distribute a large variety of timing signals including PTP, NTP, SyncE, ToD, IRIG-B, PPS, T1, E1 and MHz.

Net.Time is equipped with an atomic Rubidium oscillator to satisfy the highest time accuracy in the event of hold-over, OCXO is also a valuable option to maintain an excellent time stability in locked mode.

Net.Time: Timing Protocol Convertor and Utility Clock

Applications

• Grandmaster or Boundary

• Mission-Critical Telecom

• IEC-61850 Substations

• Railways

• Synchrophasors

• Virtual Power Utilities

Net.Time is very flexible indeed, as it accepts multiple clock references to discipline the internal circuits.

GNSS is the default and the most obvious reference but signals such as PTP, NTP, SyncE, ToD and IRIG-B can also be used as main reference inputs and can be activated in a hierarchical way.

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NTS-5000: NTP/PTP IEEE1588 Modular Time Server

• Sync PROTOCOL: NTP, PTP IEEE1588, IRIG

• NTP: RFC5905, RFC1305, RFC5906 RFC5907, RFC5908, RFC5909

• SNTP: RFC4330, RFC2030, RFC1769

• PTP: IEEE1588:2008 hardware PHY

• IRIG-B IN & OUT: AM (BNC 50 Ohm) Digital (RS232)

• Frequency Input: 1PPS (BNC 50 Ohm)

• Output: 1PPS, 10MHz (BNC 50 Ohm)

• GNSS Jamming, Spoofing Detection

• REMOTE HTTP(S) SSH TELNET

• SNMPv3 MIB2 RADIUS

• OUTPUT PPS PPM PPH 10MHz

• CRYPTO MD5 RSA DSA SSL

• REDUNDANT Power Supply

• REDUNDANT GNSS receivers

NTS-5000 is an ePRTC, PRTC-A, PRTC-B class, PTP IEEE1588 GrandMaster Clock and NTP Stratum-1 Time Server. The NTS-5000 is Rubidium, and the LITE version is OCXO only. Devices supports max. 10x LAN. Std configuration incl. 2x 100Mbps (LAN1-2) – upgradable to 10GbE* (software time-stamping). Optional EXPANDER* 1-4 cards support GbE and hardware time-stamping. Each network has own private PTP/NTP/IP – stacks. Cards are 100% isolated from each other ensuring top cyber-security.

Elproma NTP/ PTP time server has developed a Smart Antenna where the GNSS receiver board is built into their Smart Antenna instead of the usual approach in time servers. The advantages of moving the GNSS signal receiver component to the Smart Antenna includes:

• Built-in jamming/ spoofing detection in GNSS receiver at the Smart Antenna before corrupted signal reaches the NTP/ PTP time server

• Easy replacement of faulty GNSS receiver or different GNSS satellite constellation receivers without downtime in NTP/ PTP time server, due to its modular design in the Smart Antenna

• Elproma NTP/ PTP time server supports dual GNSS antenna ports to allow physical segregation of GNSS Antenna to receive different GNSS signals from different or same satellite systems

• Smart Antenna uses UTP/STP cat 5+ cable, which reduce expensive coaxial cable cost and enable connection to NTP/ PTP time server over up to 700m with any line amplifier

Features

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NTS-4000: NTP/PTP IEEE1588 Network Time Server

• SNTP: RFC4330, RFC2030, RFC1769

• RS232/485 & USB Interface

• SNMP v2,v3 & MIB2 Agent

• RADIUS client

• MD5, RSA, DSA, SSL Security

• NTP MD5 SHA Authentication

• HTTP, HTTPS, TELNET, SSH

• Redundant 2x Power Supply

• 2x Redundant ANT Inputs

NTS-4000 OCXO delivers time directly to network using NTP, PTP/IEEE1588 protocols. The default configuration is equipped with 2x LAN (LAN1, LAN2) 100/10Mbps speed. The LAN2 can be upgraded to 10GbE* SFP software timestamping interface. The hardware timestamping option* is available on LAN3 (RJ45) and LAN4 (SFP). It is requiring additional EXPANDER* network card supporting 1GbE Ethernet. In case of using 1GbE HW-stamping, the LAN2 1x10GbE upgrade is not allowed. The maximum configuration of NTS-4000 supports 4x LAN: 2x 100/10Mbps & 2x 1GbE. The NTS-4000 server takes ref. time from 2x independent redundant GNSS receivers. Built-in OCXO high performance oscillator ensures UTC when missing GNSS signals. Server can be synchronized to external clocks using 1PPS, IRIG-B, RS232 (ToD) inputs. It also provides ref. time output using 1PPS, IRIG-B, RS232, 10MHz, RS232(ToD).

Features

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• SNTP: RFC4330, RFC2030, RFC1769

• RS232/485 Interface

• SNMP v2,v3 & MIB2 Agent

• RADIUS Client*

• MD5, RSA, DSA, SSL Security

• NTP MD5 SHA Authentication

• HTTP, HTTPS, TELNET, SSH

• Dual Redundant PWR-Supply

• Dual Redundant ANT Inputs

• 1PPS BNC Cesium Clock Input

NTS-3000 delivers time directly to network using NTP, SNTP, PTP IEEE1588 protocols. The device is equipped with 2x LAN (LAN1, LAN2) supporting 100/10Mbps speed. The NTS-3000 server is equipped with 2x redundant GNSS receiver inputs ANT1 & 2. Server can be synchronized to external cesium clocks using 1PPS input BNC 50 Ohm.

Features

NTS-3000: NTP/PTP IEEE1588 Network Time Server

Network Time Protocol NTP v2, v3, v4:

• RFC1305

• RFC1119

• RFC5905

• RFC5906

• RFC5907

• RFC4330

• RFC2030

Simple Network Time Protocol SNTP v2, v3, v4:

• RFC4330

• RFC2030

Time Accuracy & Time-tamping:

GNSS receiver NTS-antenna pulse PPS input: better than 5ns at 1-sigma GNSS receiver NTS-antenna pulse PPS input: better than 15ns at 2-sigma Internal PPS pulse: better than 5ns

Remote configuration:

• SNMP (v1,2,3)

• MIB 2

• RADIUS

• HTTP/HTTPS

• SSH

• TELNET

• NTPQ/NTPDC

Redundant Synchronization Inputs:

• GPS L1 (1575,42MHz)

• GLONASS L1 (1598,06-1605,38MHz)

• GALILEO* E1 (1575,42MHz)

• BEIDOU* L1 (1561,09-1575,42MHz)

• Dual Band* L1+L2 | L1+L5 multipath mitigation

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Network TAPs

Copper TAPs 10/100/1G/10G TAP

Fiber TAPs 1G/10G/40G/100G TAP

Aggregation TAPs 1G/10G TAP

Bypass TAPs 10G/40G TAP

Regeneration TAPs 1G/10G TAP

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XX Series - Network Packet Broker

A Network Packet Broker (NPB) is a device that optimizes the flow of traffic between TAP and SPAN connections and network monitoring, security and acceleration tools. By maintaining a many-to-many (M:M) port mapping of network ports to monitoring ports, they can direct network traffic efficiently, and filters can be applied to optimize bandwidth usage on the network. This also means that the performance of out-of-band tools increases as they receive only actionable data.

Network architectures are constantly becoming more complex and distributed, and so are network speeds, volumes of data, and traffic. Network Packet Brokers help you optimize the performance of your monitoring and security tools across the entire network by giving each tool the right packet data, which results in an increase of network efficiency while reducing your costs.

Profitap XX-Series Network Packet Brokers are high density packet brokers, bringing you the power and flexibility of network traffic management with a total throughput of up to 3.2 Tbps in a single 19″ RU. All XX- Series Network Packet Brokers offer powerful features, such as aggregation, replication, advanced filtering, and load balancing.

The XX-32G is an entry-level packet brokering solution. It provides 4 x 1G SFP ports + 2 x 10G SFP+ ports. It accepts modules for additional port options, and one passive TAP. A portable model of the XX-32G distributed TAP is also available.

• Economy license: 24 x 25G SFP28 ports + 2 x 100G QSFP28 ports

• Full ports license: 48 x 25G SFP28 ports + 6 x 100G QSFP28 ports

• Economy license: 24 x 25G SFP28 ports + 8 x 100G QSFP28 ports

• Full ports license: 48 x 25G SFP28 ports + 16 x 100G QSFP28 ports

• Economy license: 16 x 100G QSFP28 ports

• Full ports license: 32 x 100G QSFP28 ports The XX-3200G comes with two different port licenses:

The XX-2800G comes with two different port licenses:

The XX-1800G comes with two different port licenses:

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X2 Series - Network Packet Broker

A Network Packet Broker (NPB) is a device that optimizes the flow of traffic between TAP and SPAN connections and network monitoring, security and acceleration tools. By maintaining a many-to-many (M:M) port mapping of network ports to monitoring ports, they can direct network traffic efficiently, and filters can be applied to optimize bandwidth usage on the network. This also means that the performance of out-of-band tools increases as they receive only actionable data.

Network architectures are constantly becoming more complex and distributed, and so are network speeds, volumes of data, and traffic. Network Packet Brokers help you optimize the performance of your monitoring and security tools across the entire network by giving each tool the right packet data, which results in an increase of network efficiency while reducing your costs.

The Profitap X2-Series NPBs are next-generation network packet brokers (NGNPBs) with a total throughput of up to 6.4 Tbps. In addition to the standard XX-Series features, these NGNPBs offer an extensive set of features, such as packet slicing, GTP IP filtering, ERSPAN Tunneling & De-Tunneling, GTP correlation, packet deduplication, and timestamping.

• Economy license: 16 x 100G QSFP28 ports

• Full ports license: 32 x 100G QSFP28 ports

The X2-6400G comes with 64 x 100G QSFP28 ports in a 2U footprint.

The X2-3200G comes with two different port licenses:

XX & X2 SERIES MANAGEMENT

XX & X2-Manager are web-based interfaces that allow the user to configure and monitor the behavior of a Profitap Network Packet Broker. This interfaces are based on a web application, allowing users to easily access to it from any OS or platform.

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IOTA: All-In-One Network Analysis Solution (Probe, Capture, Analyse)

10G 1G

Analyze

IOTA integrates its own powerful traffic analysis software, providing the ability to perform flow-based analysis of the PCAP files with various dashboards, like Application Performance Monitoring, Bandwidth Usage, Latency, Top Talkers, TCP Troubleshooting, and more.

Capture

With great capture performance and internal storage of 1TB, the raw network data is stored directly on the device, regardless of the packet rate and size. To narrow down the traffic you want to capture, powerful hardware filters are available.

IOTA is a complete network analysis and troubleshooting solution for a variety of use cases in small, mid- size enterprises, remote sites, and small data centers. It is a versatile integrated solution, combining TAP, storage, and analysis capabilities in a single portable device.

Easy to configure without the need for on-site technical staff, IOTA provides flexibility that allows it to be deployed at any key capture points in the network. IOTA gives detailed network traffic visibility to critical applications and data, allowing you to obtain real-time and historical network traffic without affecting the network performance and security. Network issues such as network performance problems and application issues can be resolved quickly using IOTA, through full packet and metadata analysis.

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Profishark: Network Monitoring, Capture & Analysis

PROFISHARK 1G PROFISHARK 10G PROFISHARK 1G+

PROFISHARK 1G+

PROFISHARK 100M

Long-term Traffic Capture

ProfiShark long-term capture solution is designed with flexibility in mind. Combined with a NAS for storage tailored to your specific needs, the long-term capture feature makes it easy to catch intermittent problems in the act.

PROFISIGHT

ProfiSight is a web-based network traffic monitoring application, giving a complete insight of the network and infrastructure, providing remote capturing, seven layers (OSI model) overview, flow-based analysis, APM, trend reports and much more.

It is designed and optimized for fast indexing and filtering large amounts of network traffic instantly, greatly optimizing your workflow and reducing time spent on troubleshooting.

ProfiShark is Profitap’s family of powerful, compact Ethernet troubleshooters dedicated to straightforward network monitoring, capture, and analysis. Based on FPGA and USB 3.0, the ProfiShark series is a perfect blend of performance and flexibility. A ProfiShark is equivalent to an aggregator tap and two NICs, the only additional hardware required being a laptop or desktop PC with a free USB 3.0 port. As Profitap listens to the needs of field engineers, the ProfiShark series is constantly evolving, and currently consists of the ProfiShark 100M, 1G, 1G+, 10G, and 10G+.

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Net.Storm: Network Impairment Generator

Net.Hunter: Packet Capture Tap or Store

Net.Shark: Hand-held TAP

Net.Storm generates those perturbances typical of IP and Carrier Ethernet to test applications, devices and protocols that should be tolerant with packet delay, jitter, loss, duplication, reordering, error and bandwidth variations.

This unique Packet Capture Appliance is capable of analyzing ALL packets in a full duplex live line, while capturing those that are compliant with a trigger condition, or with any of the 15+15 programmable filters. Suspicion packets can either be saved in a local hard disk drive -at wirespeed- either be tapped to a LAN. Operations are executed at FULL bit rate in both directions [Tx+Rx] with ZERO delay [ns] and ZERO loss to the live traffic.

Net.Shark is a FPGA based Tap with filtering capabilities, that connected in pass-through mode, is able to capture traffic at wire-speed. Packets are transmitted through two ports and traffic compliant with one of the filters is sent to Wireshark.

• World first hand-held, battery and 100% autonomous TAP

• Hardware (FPGA) performance

• Breaks out FDX traffic into separate streams to be dropped

• It may aggregates filtered traffic to one DROP port into a single output stream

• Traffic Regeneration

Features

• Hardware based

• High accuracy

• World first hand-held battery-operated instrument

• Verify 100% the stability of network nodes and terminals

• Check the tolerance of services to QoS degradation

• Assured Service and SLA

• Minimize investment risks

• Easy identification of degradation sources

• Gigabit performance

• Testing IPTV / VoIP / Multiplay developments

• Replication of real traffic conditions

Features

• Filter/Capture/Record at full duplex Gbit

• 100% firm/hardware: nanosec accuracy

• Non-stop packet capture 24/365

• No MAC, no IP: Undetectable

• No MAC, no IP: Cannot be hacked

• Mirror and Pass-through mode

• Storage: 120 or 500 GBytes hard disk

• Storage: at wirespeed (1+1 GbE)

Features

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The new WanRaptor™ Network Emulator is an easy to use, economical test solution to validate your applications in a lab environment by emulating bandwidth, latency, loss and jitter of wide area networks.

With the purchase of the WanRaptor™ you receive a COTS hardware system with embedded software supporting network emulation on 10/100/1000, 10G, 25G and 40G optional interfaces. The product has an easy to use GUI interface and allows changes On-The-Fly for real time test and result monitoring.

Competing products require expensive hardware upgrades or confusing bandwidth license upgrades to support different media types and in most cases require a complete new hardware purchase. The WanRaptor™ overcomes all those drawbacks in a very economical desktop or rackmount enclosure. The WanRaptor™is capable of any port LAN to LAN emulation or create up to ten VLAN emulations within a single LAN, each with its own impairments.

WanRaptor: Network Emulator

• Emulation Interfaces: 10/100/1000 Copper or Fiber, Optional SFP 10G, 25G and 40G SFP+ Inserts

• Configuration Management Ports – GUI Access: Two Independent fixed 10/100/1000 Ethernet Ports

• Bridge or Routing Support: All emulations support Bridge or Subnet Routing

• VLAN Emulation Support: Create up to ten VLAN emulations within a single LAN, each with its own impairments

• Emulation Bandwidth Link Rates: Up to 40GbE bi-directional or split speeds, Kbps, Mbps or Gbps

• Emulated Latency Settings: Constant: 0 to 10 Seconds, Decimal Format Supported, Also Supports Uniform, Exponential & Inter-Packet

• Other Emulation Impairments: Packet Loss: 0 to 100%, Decimal Inputs, Packet Re-Ordering: 0 to 100%, Decimal Inputs, Jitter: By use of different delay options

• Web Browser Security & Compatibility: Google Chrome and FireFox

Features

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The PDS-1/10G is capable of any port LAN to LAN emulation or create up to ten VLAN emulations within a single LAN, each with its own impairments. The PDS-1/10G portable latency emulator allows users to easily use 1G or 10G network interfaces due to its unique design. The units has no user restrictions for bandwidth, is backed with a 3-year warranty and free software maintenance upgrades. The PDS-1/10G is a must have test tool for product development / demonstrations, network validation, VoIP, benchmark testing, video / IPTV simulation and website performance.

The PDS-1/10G hardware based architecture is a powerful Intel® Processor, coupled with custom software presenting an easy to use GUI interface. The PDS-1/10G operates from a web browser and the user has no cumbersome software or confusing licenses to deal with for secure operation.

PDS-10G or PDS-1G: Portable Delay Simulator

• Emulation Interfaces: 10/100/1000 Copper or Fiber 10G with Optional SFP+ Inserts

• Configuration Management Ports – GUI Access: Two Independent fixed 10/100/1000 Ethernet Ports

• Bridge or Routing Support: All emulations support Bridge or Subnet Routing

• VLAN Emulation Support: Create up to ten VLAN emulations within a single LAN, each with its own impairments

• Emulation Bandwidth Link Rates: 100bps - 10GbE bi-directional or split speeds, Kbps, Mbps or Gbps

• Emulated Latency Settings: Constant: 0 to 10 Seconds, Decimal Format Supported Also Supports Uniform, Exponential & Inter-Packet

• Other Emulation Impairments: Packet Loss: 0 to 100%, Decimal Inputs, Packet Re-Ordering: 0 to 100%, Decimal Inputs Jitter: By use of different delay options

• Web Browser Security & Compatibility: Google Chrome and FireFox

Features

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The Router Delay Simulator Plus or RDS+ Network Emulator allows users to test/stage critical DCE or DTE equipment for reliable network operation while simulating network delay times. The RDS+ provides a realistic simulation of physical network behavior with respect to time delays and bit errors. It supports user circuit rates up to OC-1 (51.84 Mbps) while providing delays from zero to a maximum of 8 seconds round trip. Both continuous random and burst errors are supported. The RDS+ is an ideal satsim satellite simulator. By using the RDS+ in place of or in series with a real data link (WAN) a wide variety of error conditions can be introduced under controlled and testable conditions.

The RDS+ has two data port interfaces that support EIA-644(LVDS), RS-232, RS-422/449, RS-530, V.35, X.21, DS1/E1, TTL, HSSI, DS3, E3, or STS-1. The data interfaces can be mix and matched where applicable, such as V.35-to-RS-530 connection.

Data Clocking can be driven from various sources. It can be provided via the TX and/or RX clocks of the various data port interfaces. Clocking can also be provided from a programmable clock generator internal to the RDS+. An independent external timing source can be used to frequency-lock the internal timing generator via an external timing port on the back of the RDS+.

RDS (Router Delay Simulator) PLUS: Data Link Simulator

• Network Delay Emulator for serial data delay emulation & TELCO Latency Emulation

• Bi-directional independent delay buffers per channel, Full Duplex

• Supports Split Speed and Delay

• Interfaces supported DS3, E3, STS-1, DS1/E1, TTL, HSSI, RS- 232, RS-422/449, RS-530, V.35, and X.21

• Data Rates: 1.2K to 51.84Mbps

• Network Simulation Delays of 5mS up to 4 Seconds in 1mS increments, each data path

• Random Error insertion from 1x10^-1to 1x10^-12BER

• Burst Error insertion

• Timing Internal or from either port interface. Accepts external clock for synchronization of internal timing

• Managed via serial port or web enabled GUI interface

• Status LED's for each port allows ease of connection and troubleshooting

Features

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xGenius is a nice handheld tester equipped with a large (8 inch) capacitive touch-screen to make easier the analysis and results interpretation. It is 100% suitable for labs or field use because it is fully equipped (IP / Ethernet / PTP / T1 / E1), battery operated, light (1.9kg) and very rugged.

xGenius: Dual 10 Gbit/s Generator Ports

The unit is able to test Ethernet/IP networks upto 10Gb/s while supporting master/slave SyncE/PTP emulation, Wander measurement, TE, TIE, MTIE & TDEV analysis also has interfaces for T1/E1.

A built-in “Rubidium clock” disciplined with GNSS provides high accuracy in synchronization test and measurements.

Features

• Ports: 2SFP+, 2RJ45, 2BNC, DTE/DCE, GPS, 1PPS

• PTP/IEEE 1588v2 support decode, generate (master/slave)

• SyncE MTIE/TDEV measurement

• Master Clock operation on each port

• Wander generation, TIE, MTIE, TDEV, FPC

• Analysis/Generation ESMC messages

• SSM count and rate

• Ext. clock input E1/T1, 10/2.0/1.5 MHz

• Ext. clock input including SyncE, PPS, ToD..

• Symmetrical & Asymmetrical RFC 2544 & Y.1564

• Multi streams for IPTV, VoIP and critical data verification

• Q-in-Q for demarcation tests, MPLS support

• Ethernet Line freq. (MHz), offset (ppm), drift (ppm/s)

• Two-way-delay (RTD), One-way Delay

• Jitter level/tolerance/transfer

• Remote Control Operation

• Report Generation: pdf, csv, png, pcap

Dual 10GbE/PTP/SyncE/Clock Monitor/E1/Datacom/C37.94/GOOSE/SV

“Ideal tool for Utilities Mobile backhaul by means of Master/Slave PTP emulation TE, Wander, PDV test at all

interfaces from 10GbE to T1”

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Ether.Genius: Up to 1 Gbit/s

Ether.Genius is a handheld tester 100% suitable for labs or field use because it is fully equipped (IP/Ethernet/PTP/T1/E1), battery operated (up to 8h of operation), light (1.1kg) and very rugged. The unit is able to test Ethernet/IP networks up to 1Gb/s while supporting master/slave Sync-E/PTP emulation. It also has interfaces for PDH/T1/E1/E0 and IEEE C37.94. Operation modes includes Performance, Quality and Wander tests at all interfaces and the ability to emulate and analyze PTP/SyncE, while measuring Freq./Phase, PDV metrics, analyze/generate TIE/MTIE/TDEV and TE.

A built-in Rubidium clock disciplined with GPS provides an accuracy of a few nsec.

Features

• Ports: 2 SFP/SFP+, WIS,2RJ45, 2BNC, DTE/DCE, GPS

• FTD, 2-way FDV, 2-way FTD, FLR, SES, PEU and PEA

• PTP/IEEE 1588v2 support decode, generate (master/slave)

• Master Clock operation on each port

• Round Trip Delay (ms), 1-way Delay synchronized with GPS

• Ext. clock input E1/T1, 10/2.0/1.5 kHz

• Ext. clock input including SyncE, PPS, ToD..

• 2-way-delay (RTD), 1-way Delay (GPS accuracy)

• Jitter level/tolerance/transfer

• Wander generation, TIE, MTIE, TDEV, FPC

• G.826, G.821 & M.2100

• Analysis/Generation ESMC messages

• SSM count and rate

• SyncE MTIE/TDEV measurement

• SyncE Wander analysis/generation

• C37.94 Measurements

• T1 / E1 and Datacom Features

6-in-1 tester

1GbE/PTP/SyncE/T1/E1/Datacom/J&W/C37.94

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Ether.Giga: 1 Gbit/s Ethernet Tester

Ether.Giga is an Ethernet & IP tester equipped with all the features of legacy testers such as BER and RFC2544, plus the new ones like Y.1564, Y.1731, and FCS error insertion in pass mode therefore it is capable to verify the QoS and SLA of new Multiplay services offering field technicians tools to quickly and easily validate and troubleshoot Ethernet services, including multiplay applications such as VoIP, IPTV, VoD, high-performance Computing, Virtualization Services, Data Centers and Storage that require significant levels of bandwidth.

• 2 x SFP & 2 x RJ45 interfaces

• Up-to 1 Gbps traffic generation and analysis

• Endpoint, Monitor, Loopback and Through Mode operation

• Error insertion to check performance

• L1/L2/L3/L4 loopback

• RFC2544 test & eSAM Test

• Y.1731 QoS statistics (FTD, 2-way FDV, FDV, 2-way FTD, FLR, SES, PEU and PEA)

• BER Measurement

• Multistreams for IPTV, VoIP, and Critical Data verification

• Q-in-Q for demarcation tests

• MPLS support

• Advanced Counts: Up to 8 filters at MAC, IP, TCP/UDP, Arbitrary [mask + offset]

• Network exploration Option (Scan Network for activity)

• Migratable to Synchronous Ethernet (SyncE)

• Remote Control Operation

• Report Generation: pdf, csv

Features

“Includes ALL the features you may imagine to validate Ethernet & IP

Services”

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AT.2048: E1 Tester

The AT-2048 is the ultimate E1 tester designed in 2011 &

2012 for field engineers that are installing, commissioning and troubleshooting E1 links, Synchronization Networks, and Datacom circuits. This instrument, designed and manufactured in Europe by ALBEDO Telecom, is a brand new platform, incorporating the latest available electronics, consequently you will enjoy top performance, high accuracy and, of course, a very competitive price.

• All in one: E1, nx64, Datacom, Jitter, Wander, Frame Relay

• Dual Balanced (RJ48) E1/T1 Ports

• One Unbalanced (BNC) E1 Port

• Pulse Mask

• RJ45 balanced interfaces

• New datacom interfaces with CISCO data cables

• Display 480 x 272 TFT full color screen

• 2xUSB and Ethernet ports

• High performance

• Extra rugged while lightweight (1kg)

• VNC remote control

• Report generation: pdf, csv

Features

E1/Datacom BER Tester

“Low Cost, Fully Featured Everything in One

E1, Datacom, Jitter/Wander testing”

Applications

• Mobile Operators

• Digital Voice and Data

• Jitter measurement

• Wander Measurement

• Pulse Mask

• Synchronization

• Voice Frequency

Users

• E1 installers

• Data Networks

• Mobile business

• Fixed line operators

• E1 datacom Maintenance

• Laboratories and plant

• Telecom Operator

• Air Traffic Control

• Power Utilities

• Academics and Education

• GSM, 3G and LTE Synchronization networks

• Defense links

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• Sine signal & noise generator

• Selective level meter

• Cross talk meter

• Spectrum & network analyzer

• Longitudinal balance & return loss meter

• Micro-interruption & impulsive noise meter

• Voltage – resistance – capacitance meter

• TDR & resistance fault locator

• Pots device simulator

ACT6000: Selective Level Meter / Generator

Features Users

• Telecom Operators

• Defense

• Troubleshooters

• Power Utilities

• Equipment Manufacturers & System Integrators

• Connections: "RTX" connector IN/OUT and TX OUT triple banana-jack;

RJ-45/4 connector for headset; USB & RS232 port for PC connector; USB for Pen-drive connector.

• Display: LCD color 320 x 240 pixel (1/4 VGA) back-lighted and reverse

• Frequency range: from 20 Hz to 6 MHz (two bands) base version;

up to a 30 MHz (with EBM 30 optional module)

• TDR Fault locator distance range: 90, 180, 450, 900, 1800, 3600, 7200 m.

@ 0.600 PVF.

• Dimensions and Weight: 150 x 210 x 50 mm / 1,5 Kg

• Temperature range: operative: 0 ÷ +45° C. / stock -20 ÷ +70° C.

• Humidity range: 5 ÷ 90% no-condensing.

• Special Features and Setup: Software update and Results Export using

• USB Pen Drive or USB cable to PC;

• Results Storage on internal flash memory

Specifications

ACT6000 can perform easy and quick “Single-End Line Tests” or specific “End-to-End Line Tests” if coupled with another ACT6000. The wide kind of measurements of the ACT6000 allows the qualification and certification on various communication carriers and copper pairs used for digital streams with a frequency occupancy up to 6 MHz (or 35 MHz optional).

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GPON Tracer: Handheld GPON Tester

GPON Tracer has the flexibility to be connected anywhere within your GPON access network, either in parallel or serial. Whether it is at the customer site near the ONU or at the central office site near the OLT, the GPON Tracer supports easy connectivity to enable quick capture and analysis of data and traffic.

By capturing and analyzing traffic in real time, the GPON Tracer displays a summary of measured parameters, graphs and diagnostics that quickly identify network issues and point-out their root cause.

These powerful yet simple indications include downstream and upstream data rates, optical power levels of the OLT and every ONT/ONU, link and transmission errors and ONU testing results. Severe network issues such as PON congestion and rogue ONU are clearly indicated in real time, facilitating rapid repair and service recovery. GPON Tracer’s ONU Test function can clearly isolate a faulty ONU/ONT to prevent unnecessary equipment replacement.

Rich Informative Indications

By capturing and analyzing traffic in real time, the GPON Tracer displays a summary of measured parameters, graphs and diagnostics that quickly identify network issues and point-out their root cause.

These powerful yet simple indications include downstream and upstream data rates, optical power levels of the OLT and every ONT/ONU, link and transmission errors and ONU testing results.

Flexible Connectivity

GPON Tracer has the flexibility to be connected anywhere within your GPON access network, either in parallel or serial. Whether it is at the customer site near the ONU or at the central office site near the OLT, the GPON Tracer supports easy connectivity to enable quick capture and analysis of data and traffic.

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PON Power Meter

Optical Power Meter

Optical Laser Source

The KI 2800 Series LED & Laser Source is a general-purpose test source for multimode & single mode systems. Typical applications include fiber optic attenuation measurement, continuity testing, polarity testing and fiber identification on critical systems.

• Easy to use, rugged & versatile

• Long battery life with micro-USB external power / charger

• Alkaline or rechargeable batteries, AA x 2

• Interchangeable connectors with dust cap & tilt bail, metal free

• Superior re-connection repeatability, < 0.1 dB

• Excellent long & short-term stability

• Unique and useful VisiTester VFL option

• Auto test& Multi-Fiber ID Tone generator

• Custom options with 1 – 6 LEDs / lasers & 1 – 3 connectors

• Full QA & test reports for source stability / λ

The Kingfisher Handheld Fiber Meter is a premium power meter used to test power, loss, continuity and faults on all types of fiber optic systems. Various detector options cover all power levels fiber and connector types. A VFL laser option is available.

• Large memory with Text Tag, timestamp, and KITS™ Software

• Auto test, up to 3 λ displayed

• Long battery life, micro-USB external power / charger

• Alkaline or rechargeable batteries, AA x 2

• LCD is large, clear, sunlight readable & backlit

• Interchangeable connectors with dust cap & tilt bail

• One button memory dump to USB key

• MultiFiber ID tone detection

• No warmup, no dark current offset, improved high power range

• Full QA & linearity test report

An in-line PON meter is used during FTTH / PON service turn-up or maintenance, to perform a live test with the OLT equipment. The KI 6102 series Optical PON Power Meter is used for testing FTTX PON fiber optic communications systems. Common uses include live acceptance testing during service turn-up, and fault isolation during subsequent maintenance, particularly when an ONT has failed.

• Fast reading and settling time

• Sunlight readable backlit display

• Pass / fail display and LEDs

• 1310 nm upstream, 1490/1550 nm downstream

• 18 hrs from AA alkaline batteries & auto off

• 100 test memory & real time clock

• PC software for downloading results & setting pass / fail

• Full QA report

KI 9600A Series Pocket Fiber Meter KI 2600 Series

Optical Power Meter

Similar Product

KI 2800 Handheld

Laser Source KI 9800A Series Pocket Laser Source

Similar Product

Features

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Optical Variable Attenuator

Two Way Loss Test with ORL

Optical Talk Set

The KI 7010 Series hand-held Fiber Optic Variable Attenuator is a precision handheld instrument commonly used for testing optical system margin. Superior specifications, high productivity and remote-control capability also make this a genuine laboratory instrument.

• Easy to use & productive instrument

• Single mode calibrations at 1310, 1490, 1550, 1625 nm

• Multimode calibrations at 850, 1300 nm

• 1 mm Plastic Optical Fiber calibration at 650 nm

• Superior absolute accuracy, power handling, ORL & PMD

• Low minimum insertion loss

• Supplied with metal freeSC, ST, LC interchangeable connectors

• Remote control software

• Full QA & linearity test report

The Kingfisher KI 021 fiber optic talk set or “butt set” provides full duplex voice communication over a single optical fiber. An optical talk set is used during installation, commissioning & repair, in situations where other communications systems are inconvenient or unusable. The superb optical performance enables all applications to be solved with a single fiber optic talk set.

The talk sets can be easily used by semi-skilled staff. One model is suitable for all general single mode and multimode applications. Reliable field operation is guaranteed by a unique combination of features such as very simple to operate controls, rugged drop protected construction and reliable analogue transmission. High quality voice transmission is maintained over the full optical range, with no operator intervention.

• Easy to use, compact, field proven fiber optic talk sets

• Temporary optical voice link / order wire set

• Useful in complete Transmission system set-up

• 45 dB range over one single mode optical fibre

• Optional clip-on probe

• These instruments are sold in 1310/1550 nm pairs

These are today’s easiest, most productive, most accurate and most integrated Two-Way Optical Loss Test Sets (OLTS). Featuring true optically stabilized light sources which require no warm-up, both instruments display bi- directional average loss and Return Loss (ORL) in real time. The instrument can also be used as a source & meter, tone generator / detector, or high performance ORL meter. This is the ideal solution for high volume test applications such as LAN, Telco or PON access networks.

• Very fast and easy to use

• Pass / Fail display

• 190 – 360 hr Alkaline battery life

• Full QA & test reports for source stability / λ, & power meter linearity

• Real-time two-way Auto test loss and ORL testing on one fiber

• Large memory and USB Interface

• KITS™ software for acquisition, pass/fail and reporting

• Single mode or multimode options. The industry’s only multimode ORL meter

• Zero warm up on source, meter & ORL

• 1% accuracy & over 24 calibrated wavelengths

• Supplied with metal free SC, ST, LC interchangeable connectors

• Tone generator / detector

• Please enquire for Australian NBN specific testers

Features

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AI-9: Optical Fusion Splicer

• High speed splicing and shrinking heater (5 Sec / 15 Sec)

• Applicable Fiber: SM (G.652&G.657), MM G.651), DS (G.657), NZDS G.655

• Focus mode: Six motors Auto Focus

• Return Loss: >60dB

• Typical splice loss: 0.025dB SM), 0.01dB MM), 0.04dB DS/NZDS

• Durable battery power (over 260 time splicing and shrinking)

• Fully Automatic Operation

• With Power Meter and VFL option

Signal Fire AI-9 use the latest core alignment technology with auto focus and six motors, it is a new generation of fiber fusion splicer. It is fully qualified with trunk construction of medium and short distance, FTTH project, security monitoring and other fiber cable splicing projects. The machine uses industrial quad- core CPU, fast response, is currently one of the fastest fiber splicing machine in the market; with 5-inch 800X480 high resolution screen, the operation is simple and intuitively; and up to 300 times focus magnifications, making it is very easy to observe the fiber with naked eyes. 5 seconds speed core alignment splicing, 15 seconds heating, the working efficiency increased by 50% compared to ordinary splicing machines. Under the conditions of rigorous testing, the performance is still outstanding; toolbox is small, exquisite, durable, and with unique bench design. The core parts are using imported brands, aviation metal body material with exquisite details. With the combination of advanced technology and design, the new generation of optical fiber fusion splicer will bring you a reliable and comfortable user experience.

Features

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DVP740: Optical Fusion Splicer

DVP-740 is an automatic fusion splicer for SM, MM, DS, NZ-DS(G655), EDF and other fibers. DVP-740 is capable of ensuring high-quality splicing even in the most unfavorable environment conditions. DVP-740 splicers are suitable for core or cladding alignment. Using one of these methods the two cleaved fibers are automatically aligned by the fusion splicer in the x,y plane, then are fused together. The bare fiber area is protected either by recoating or with a splice protector. A splice protector is a heat shrinkable tube with a strength membrane and less loss.

• Industry-Standard Chips World fast splicing and heating time: 7 second splicing and13 second heating

• Newly-designed carry case: easy carry and can be as work plate

• Powerful battery and Top-Quality electrode: up to 250 times of continuous splice and heat and 5000 times life span electrode

• Compact & Light weight

• Fully Automatic Operation

• 5000m altitude ensures Splice Quality

• SYSTEM TEST ensures the best working condition

• Color LCD monitor

• Pause function, convenient for scientific research

• Store 8000 groups of splice results

• USB&DC interface

• 350 Magnifications of X and Y

• Core-Alignment PAS Technology

Features

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X-97: Optical Fusion Splicer

DVP-740 is an automatic fusion splicer for SM, MM, DS, NZ-DS(G655), EDF and other fibers. DVP-740 is capable of ensuring high-quality splicing even in the most unfavorable environment conditions. DVP-740 splicers are suitable for core or cladding alignment. Using one of these methods the two cleaved fibers are automatically aligned by the fusion splicer in the x,y plane, then are fused together. The bare fiber area is protected either by recoating or with a splice protector. A splice protector is a heat shrinkable tube with a strength membrane and less loss.

• Small and light, easy to carry

• 4 motors accurate core to core alignment

• 7 seconds splicing & 26 seconds heating

• Automatic & real-time ARC calibration

• Heating temperature and time both adjustable

• Automatic splicing and heating, easy to operate

• Apply to bare fiber, pigtails, drop cable etc.

• Suitable for FTTx, FTTH, CATV projects etc

＞4000 times discharging Automatic ARC calibration

Inductive automatic heater No heating without fiber

Long time working battery 250 cycles splice & heat

Working in rainy environment Working in dusty environment Stable splicing and low splicing loss

Features

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FHO5000 Series: OTDR

FHO5000 series OTDR is specially designed for tough outdoor jobs. IP65 protection level, lightweight, easy operation, low-reflection LCD and more than 12 hours working period make it be perfect in filed testing.

Meanwhile, optional PCB board with water-proof coating helps FHO5000 series OTDR get better protection performance. FHO5000 series OTDR is a highly integrated platform that features with four module slots, with a large 7-inch color screen (with a touchscreen option), a high-capacity Lithium-Ion battery, an optional microscope (through universal serial bus [USB] port), and built-in optical test functions, such as PON test module, visual fault locator (VFL), optional power meter, and laser source, making it qualified in the installation, turn-up, and maintenance of FTTx/Access optical networks.

Data Manager

Use Data manager to elaborate and print out result files on upper computer within a few steps.

Support:

-Windows Vista (32/64 bit system) -Windows 7 (32/64 bit system) -Windows 8 (32/64 bit system) -Microsoft Office Excel 2007 -Microsoft Office Excel 2010

Detailed Report

• Pulse Width:

• SM: 3ns, 5ns, 10ns, 20ns, 50ns, 100ns, 200ns, 500ns, 1μs, 2μs, 5μs, 10μs, 20us

• MM: 3ns, 5ns, 10ns, 20ns, 50ns, 100ns, 200ns, 500ns, 1μs, 2μs

• Distance Range:

• SM: 100m, 500m, 2km, 5km, 10km, 20km, 40km, 80km, 120km, 160km, 240km

• MM: 500m, 2km, 5km, 10km, 20km, 40km

• Sampling Resolution: Minimum 5 cm

• Sampling Point: Maximum 256000 points

• Linearity: ≤0.05dB/dB

• Dynaminc Range: Up-to 45 dB

• IOR Setting: 1.4000~1.7000, 0.0001 step

• Reflectance Accuracy: Single mode: ±2dB, multi mode: ±4dB

• Data Storage: Internal memory: 4GB (about 40,000 groups of curves)

• Interface: 1×RJ45 port, 3×USB port(USB2.0,Type A USB×2, Type B USB×1)