iQNETVIEW Controller
iQNETVIEW Controller
IQNet Manager is an intuitive and powerful tool for monitoring and managing your smart WiFi network easily and effectively. IQN Manager provides management of all your APs using (IQN), all from a single place, local or Cloud.
iQ48 – Quad Radio & iQ88e – Eight Radio 802.11ac access point with multi user MIMO
iQ48 – Quad Radio & iQ88e – Eight Radio 802.11ac access point with multi user MIMO
iQ48 – Quad Radio 802.11ac access point with Multi-User MIMO
Supports up to 1,733 Mbps in the 5 GHz band (with 4SS/VHT80 or 2SS/VHT160 clients) and up to 800 Mbps in the 2.4 GHz band (with 4SS/VHT40 clients)
iQ88e – Eight Radio 802.11ac access point with Multi-User MIMO
Supports up to 1,733 Mbps in the 5 GHz band (with 4SS/VHT80 or 2SS/VHT160 clients) and up to 800 Mbps in the 2.4 GHz band (with 4SS/VHT40 clients)
Industry First High Density Base Station with New industry proven Polarization Diverse Adaptable Antenna Technology and concurrent Multi-Radio / Multi-User operation.
The iQseries, is a multi-radio, multi-band indoor / outdoor Access Point powered by new patent pending adaptable antenna technology. This enables greater unlimited customization, greater coverage, longer ranges, and better signal penetration. Enhancing your customer Wi-Fi experience.
The iQseries is the optimal solution for service providers who wish to quickly and efficiently expand broadband services, offload data traffic on congested networks, and deploy multimedia hotspots, or offer wireless broadband services where all other providers cannot.
Our solution is based on a patent pending multi-layered and multi-band/ multi-radio wireless radio frequency (RF) architecture. Enhanced with multi- core architecture our units are designed to handle the traffic at the edge, and then further manage the processes downstream throughout the rest of the network architecture.
High Density reliability capable of handling a large quantity of associated users per core node. The iQseries provides up to 13.6Gbps of total available Wi-Fi bandwidth per unit dependent on model selected. The iQseries is more than capable of providing unmatched quality of service in today’s IOT & BYOD environments. Support for up to 255 associated client devices per radio, and up to 16 BSSIDs per radio.
iQCOMMiQ8H – 8 Radio 802.11ac wave 2 access point
iQCOMMiQ8H – 8 Radio 802.11ac wave 2 access point
The iQCOMMiQ8H – 8 Radio 802.11ac wave 2 access point
iQ2 series – Dual Radio 802.11ac Wave2 access point with multi user MIMO
iQ2A – Dual Radio 802.11ac Wave2 2×2 access point with Multi-User MIMO – Supports up to 860 Mbps in the 5 GHz band and up to 300 Mbps in the 2.4 GHz band / M.2 Interface Included for LTE, SSD, or 3rd WiFi/Bluetooth*
iQ2B – Dual Radio 802.11ac or 802.11ac Wave2 access point with Multi-User MIMO – Supports up to 1,733 Mbps in the 5 GHz band (with 4SS/VHT80 or 2SS/VHT160 clients) and up to 450 Mbps in the 2.4 GHz band
Industry First HighDensity Access Point with industry proven Polarization Diverse Antenna Technology combined with Wave2 beamforming and antenna switching capability delivering premium performance for todays most demanding applications: HD Streaming, gaming and multiple device usage.
The iQ2series, is a multi-band indoor/outdoor Access Point powered by new patent pending antenna technology, and software. This enables greater unlimited customization, greater coverage, longer ranges, and better signal penetration. Enhancing your customers Wi-Fi experience.
The iQ2series is the optimal solution for service providers who wish to quickly and efficiently expand broadband services, offload data traffic on congested networks, and deploy multimedia hotspots, or offer wireless broadband services where all other providers cannot.
Our solution is based on a patent pending multi-layered and multi-band/multi-radio wireless radio frequency (RF) architecture. Enhanced with multicore processors our units are designed to handle the traffic at the edge.
Qmini Expanded Beam Connector
Qmini Expanded Beam Connector
The QPC Qmini Expanded Beam Fiber Optic Connector has been designed to the requirements of MIL-PRF-83526.
The hermaphroditic design allows assemblies to be daisy chained together without adapters, allowing for flexibility in system design.
The expanded beam connector uses a spherical lens to collimate the signal at many times the original diameter. This technology makes the connector very resistant to shock and environmental issues, minimising the effects of dust, debris and mechanical vibration. Because the fibre system is non-contact, the connector life is in excess of 3,000 mating cycles, providing a high quality, rugged environment solution.
Qmicro Expanded Beam Connector
Qmicro Expanded Beam Connector
The QPC Qmicro Expanded Beam Fiber Optic Connector features all the benefits of QPC’s existing expanded beam connectors, in the most compact and lightweight housing.
The hermaphroditic design allows assemblies to be daisy chained together without adapters, allowing for flexibility in system design.
The expanded beam connector uses a spherical lens to collimate the signal at many times the original diameter. This technology makes the connector very resistant to shock and environmental issues, minimising the effects of dust, debris and mechanical vibration. Because the fibre system is non-contact, the connector life is in excess of 3,000 mating cycles, providing a high quality, rugged environment solution.
Qseal 2 and 4 Channel Connector
Qseal 2 and 4 Channel Connector
The Qseal 2 and 4 Channel Connector is intermateable with Neutrik’s opticalCON* DUO and QUAD connectors. With its metal LC Style insert and IP67 rating, the Qseal is a more rugged alternative.
Key features include a shop and field installable system, to allow for customer and end user builds, maintain and troubleshoot their own assemblies. The shutter free design allows for easy inspection and cleaning.
Qmini 90° Quick Connect Expanded Beam Connector
The QPC Qmini 90° Quick Connect Expanded Beam Connector has been designed to the requirements of MIL-PRF-83526, with a speciality 90° body and back shell designed specifically for use in harsh environments with tight spaces experiencing difficult cable management.
The hermaphroditic design allows assemblies to be daisy chained together without adapters, allowing for flexibility in system design.
The expanded beam connector uses a spherical lens to collimate the signal at many times the original diameter. This technology makes the connector very resistant to shock and environmental issues, minimising the effects of dust, debris and mechanical vibration. Because the fibre system is non-contact, the connector life is in excess of 3,000 mating cycles, providing a high quality, rugged environment solution.
QFOCA Enhanced Hermaphroditic Tactical Connector
The QFOCA Enhanced Hermaphroditic Tactical Connector is the second generation of the TFOCA* connector and is based on the MIL-C-83526/16 specification. QPC’s connector design enhances the optical, mechanical, environmental and functional performance to meet today’s demanding system requirements.
New features include an optical interface with four standard 2.5mm ferrules. The front insert can be easily removed for field maintenance and cleaning. The ruggedized hermaphroditic design makes this connector ideal for field-deployable systems for Singlemode or Multimode applications.
Qplex 2 – 16 Channel Expanded Beam Connector
The QPC Qplex Expanded Beam Fiber Optic Connector is a modular (2-16 Channel) connector featuring all the benefits of QPC’s existing expanded beam connectors, in the most compact and rugged housing.
The expanded beam connector uses a spherical lens to collimate the signal at many times the original diameter. This technology makes the connector very resistant to shock and environmental issues, minimising the effects of dust, debris and mechanical vibration. Because the fibre system is non-contact, the connector life is in excess of 3,000 mating cycles, providing a high quality, rugged environment solution.
QBeam Expanded Beam Connector
QBeam Expanded Beam Connector
The QPC Qbeam 4 Channel Expanded Beam Fiber Optic Connector has been designed to the latest MIL requirements. The expanded beam connectors use a drum lens to collimate the signal at many times the original diameter.
This technology makes the connector very resistant to shock, vibration, and environmental issues.
Because the system is non-contact, the connector life is in excess of 5,000 cycles. The protective window is easy to clean and makes the connector ideal for field use in extreme conditions.
The hermaphroditic design allows multiple cables to be directly connected without adapters (i.e. daisy chained). This connector minimises the logistical problems of handling changing requirements within those various applications.
E-Link Pin & Socket Connector
E-Link Pin & Socket Connector
The QPC E-Link Line features rugged, multi-channel pin & socket, hermaphroditic and hybrid connectors. Available in QPC’s signature blue, classic black and custom finish options as well as stainless steel construction.
The E-Link Connectors use field proven design concepts from the MIL-C-38999 and MIL-PRF-83526 series connectors, making them perfect for dynamic, harsh environments. The rugged, environmentally sealed design and anodised aluminium body makes the E-Link ideal for use in demanding applications.
The durable E-Link 2 – 8 Channel Pin & Socket Connectors are designed to withstand cable pull or twist, crush or impact and water immersion. The connectors are completely sealed against environmental conditions. The unique hard anodised back shells assure that termini are isolated from dynamic stress.
QPC uses high-performance 2.5mm termini and split ceramic alignment sleeves to assure superior performance even under high shock and vibration.
12/24 Fiber Splice Tray
12/24 Fiber Splice Tray
The QPC 12/24 fibre splice tray design allows for safe storage of up to 24 splices in a 4x9x0.5 inch package size.
The splice organiser is an integrated part of the body, not a ‘stick on’ accessory. The angular position of the splices prevents tight radius bends on the fibres, while the open design allows the maximum flexibility in installation.
A clear polycarbonate cover secured by detents on the splice tray allows quick and easy inspection. Cable buffer tubes are secured to the tray using zip ties. The trays are stackable and can be mounted using two #6 screws, or with straps or Velcro as the application demands.
Node Module
Node Module
The Node Modules come pre-configured with passive optical devices (WDMS, CWDMS, Splitters) selected to meet the user’s specifications. QPC Node Modules are designed for Harmonic Nodes* and are durable, pre-loaded modules.
Fully assembled and tested at our facilities, QPC Node Modules allow the optical devices to be installed in the user’s node in only moments. The user simply connects the appropriate fibres to the pre-terminated module and drops the module into the existing housing on the node. The end result is an extremely clean, neat and trouble free installation.
QPC Node Modules represent just one success story in their ability to work with customers on well-engineered solutions to their existing challenges.
*Harmonic Node is a registered Trademark of Harmonic. Inc
Octopus Node Module
Octopus Node Module
The Octopus Node Module is a durable, pre-loaded module for use in the C-Cor Optimax 4100 series nodes.
The Octopus comes pre-configured with optical devices selected to meet the customer requirements. Fully assembled and tested at QPC’s facilities, the Octopus allows the optical devices to be installed in the user’s node in only moments. The user simply plugs the input lines into the existing housing on the C-Cor node.
The end result is an extremely neat and trouble free installation.
Micro Module
Micro Module
QPC’s Micro Module System provides an ultra high-density solution for rack mount optical devices (Splitters/Couplers, WDMs, etc.). The Micro Modules can accommodate up to two SC-Duplex Adapters in the front and/or back. Twenty (20) of these modules will fit in a 2 Rack Unit (3.5”) space.
Stinger Module
Stinger Module
QPC’s Stinger Module System is a compact, flexible method of terminating fibre optic cables.
The system consists of inter-changeable modules and can be adapted for a variety of applications including ITS Systems; Data Centers, CATV, FTTH, and many more.
This very flexible termination system can be supplied pre-configured or as field upgradeable components. Mounting options include a DIN rail system for fast rugged assembly with trouble free operation, versatility, and a long service life. Screw mounts are available for maximum flexibility.
Adapter modules are available with SC, ST, FC or MTP adapters in singlemode or multimode. The cable input module can be supplied with or without a splice tray. The enhanced cable strain relief and a second cable entry port make the Stinger very flexible, expandable, and field upgradeable.
The end result is an extremely neat and trouble free installation.
Harsh Environment Outdoor Enclosure Box
- Ruggedized Fiber & Electrical Junction Box
- Protection From Dirst, Dust, Oil & Water
- Stainless Steel Construction
- Fully Customizable Solution
BRUtough Tactical Field Fiber Optic Cable
BRUtough Tactical Field Fiber Optic Cable
The BRUtough Tactical Fiber Optic Cable is ideal for use in the myriad of harsh environmental situations encountered during military, mining, petrochemical, and industrial operations. This non-metallic cable’s compact size and reduced weight make it easy to transport and deploy. Yet BRUtough is strong enough to survive outdoors lain directly on the ground and endure severe conditions while being retrieved and reused repeatedly. BRUtough cables have been tested and are in use in military communication applications worldwide. They are most commonly employed with ruggedized multi-way military tactical field connectors allowing for maximised connector retention capability (up to 400 lbs).
BRUtough achieves these impressive results through its helically stranded cable core, delivering flexibility, deployment survivability and exceptional mechanical protection for the optical fibres. A thick layer of aramid strength members provides crush-resistance and resiliency. It also comes standard with a tactical polyurethane (C) outer jacket for abrasion, cut, and chemical resistance. Alternatively, flame retardant (E), flame retardant tactical (V), or low smoke zero halogens (G) outer jacket materials can be substituted.
Construction
- PUR outer sheath
- Aramid yarn
- Tight buffered fibres
- Fibres with primary coating
- Labelling outer sheath on request