Atacom, Inc. Black Creek Integrated Systems Corp. Blue Tech Inc. Ekoam Systems, Inc. GHA Technologies, Inc. Government Acquisitions, Inc. Govsmart, Inc. Gresco Utility Supply, Inc. Ingram Micro Inc. International Display Systems, Inc. IP Consulting Inc. M2 Technology, Inc. New Tech Solutions, Inc. Office Computing, Inc. Quadbridge Inc. Red River Computer Co. Solid IT Networks, Inc. Systems Engineering, Inc. Tahill Inc. Is this your company?
Boost Your Results. Business Details Website:. Status Sign In to view. Sign In to view. Request Report. View Now. Rapier 48w Switch. Switchblade X This is our most configurable solution. The two-port system can be configured to have up to 24 conversions in a 1 rack unit RU chassis. The four-port system can have up to 48 conversions in a 3 RU high system.
Both models are stackable to add multiple units together as one IP address. Allied Telesis media converters enable the connection of disparate cabling types in networks where many cabling types exist. Network segments may also operate at different speeds and media converters can be used to convert between one speed and another.
Typically, media converters are used to connect copper and fiber-optic cabling that coexist in a network. Converters exist in a variety of standalone, multi-port and modular forms.
These different physical forms address the need for different applications and conversion densities. In some cases, the unit can be configured to seek a redundant path to a disconnected endnode or send out a trap to a network management station, and so alert the network administrator of the problem.
This aids with diagnostics, allowing network administrators to more quickly locate, and rectify the fault. Most managed devices, such as switches and routers, can be configured to take a specific recovery action in the event of. Redundancy In many cases, Allied Telesis media converters are critical components in a network carrying data between sites over long distances.
It is imperative that all efforts are taken to ensure reliability of the network, and thus a network design with redundancy is mandatory. The components most likely to fail are the power supplies. The majority of Allied Telesis media converters can be deployed with hot-swappable, hot-removable power supplies to ensure maximum uptime.
Expandable from a single unit to a modular slot chassis, Converteon primarily provides Fast Ethernet and Gigabit rate media conversion. Support for IEEE Multi-channel Manageable Media Converter The AT-MCF provides ultra highdensity, modular, multi-channel media conversion, with high availability and is ideal for fiber deployments. The units can be used unmanaged, or SNMP managed with the installation of the optional management module.
The 3RU chassis can hold one to four multichannel blades, providing a maximum of 48 independent channels. An optional management module provides control of the chassis, while dual hot-swappable power modules ensure maximum system uptime. One chassis has a SNMP management module installed, and this interconnects with the other chassis that are all fitted with a stacking module.
Desktop All Allied Telesis media converters have the option to be fitted with rubber feet. These allow the product to be desktop mounted. Universal Power Supply For customers already using Allied Telesis media converters, replacement power adapters are available. Smaller media converters may also be rackmounted in a number of ways:. It is available with either AC or vDC power supply. The chassis supports optional redundant power supplies and can be AC or DC powered.
Allied Telesis pluggable optical modules provide fiber and copper connectivity for our full range of product lines. This compliance allows Allied Telesis modules to be used on any industrystandard networking equipment. The SP Series offers the latest industry standard in flexible, full-duplex Ethernet connectivity.
Configurations can be optimized to meet varied distance and service requirements. The XP Series offers the latest industrystandard 10 Gigabit Ethernet connectivity in a flexible, small form-factor. These hotswappable optical interfaces simply plug into an XFP slot in any compatible Allied Telesis product for simple migration to 10 Gigabit data rates.
The G8 Series offers the latest industry standard in flexible, full-duplex Gigabit Ethernet connectivity. The SP10 Series offers customers a wide variety of 10 Gigabit Ethernet connectivity options for data center, enterprise, and service provider transport applications.
Customers moving to Gigabit Mbps may find that existing multi-mode fiber may not be suitable for their network, as the distance required is over m.
Allied Telesis continues to expand our Network Interface Card portfolio. From 10 Megabit to 10 Gigabit, the aim of Allied Telesis is to seamlessly connect your desktops, laptops and servers. Our NICs are highquality, reliable and cost-effective. Using multi-port cards in virtualized environments is critical to applications in order to provide redundancy and data connectivity for these workloads. The priority queuing offered by Allied Telesis server NICs can help you set-up your network based on your own needs.
The comprehensive diagnostics and configuration software suite Broadcom. Advanced Control Suite provides system administrators and engineers with a profound tool to analyze the interface card to check specific data. As the worldwide leader in fiber Network Interface Cards Allied Telesis continues to offer the highest-quality cards at competitive prices.
Managed Boot Agent MBA Support MBA support on Allied Telesis NICs allows network administrators to perform preboot procedures on a system, such as installing an operating system, running a virus checker or downloading a predefined system configuration.
It allows a workstation or computer to boot from a remote server connected to the network prior to booting from the local hard drive. Network Security Although fiber optic networking provides a much higher level of network security than copper, security can be further enhanced by encrypting the data being transmitted.
Received packets larger than this are normally rejected by the interface card as errors. Jumbo frames support is beneficial to sending large packets, especially where the data contained. Long Distance Fiber With the introduction of single-mode fiber Network Interface Cards, Allied Telesis has now extended the size of a fiber network from up to two kilometers over multimode fiber, to up to 20 kilometers for Fast Ethernet, and 10 km for Gigabit Ethernet.
Jumbo frame packets are normally up to bytes long. The computer receives a special data packet via the network port that will cause the computer to boot. This, coupled with PXE support, allows network administrators to gain complete access to all computers on their network. Network Virtualization The Series of network interface cards has been specifically designed for use in a virtualized environment.
The cards interact directly with the virtualization hypervisor software, offloading many of the interface tasks from the main CPU, thus increasing the overall performance of the virtual machine. Superior Functionality The AT-VNC10S includes dedicated hardware and processors to process frames at the highest levels in the operating system for both transmit and receive paths — advantageous for virtualization applications.
Also supported is multicast and broadcast data on a virtualized server. AR Series routers are able to deliver the breadth of functionality that small and medium-sized businesses require at a price point they can afford, and with a confirmed reliability that makes Allied Telesis your most trusted networking partner.
Advanced software features and a broad range of accessories provide high-end functionality from SOHO to enterprise-class networks.
Enterprise Allied Telesis wireless access points and switches for Enterprise networks feature enhanced security and Quality of Service as well as multiple and extended operating modes.
Wireless Clients Allied Telesis wireless clients provide laptop and desktop PC users a flexible and nomadic access to high-speed wireless networks. Accessories Allied Telesis offers a variety of accessories to complete our wireless product offering, including antennas, power supplies, service modules, splitters, mounting hardware and cabling. B: feeding and receiving power on spare pairs. Feeding power to a Powered Device.
Is a QoS mechanism at the physical layer that allows the static assignment of predefined time slots to every station in a wireless access network. A protocol for simplifying and speeding up roaming between two access points. Omni Omnidirectional antennas radiate power uniformly in every direction on the horizontal plane. Most access points and client devices have omnidirectional antennas. Panel A flat antenna with a radiation lobe similar to a cone.
It is directional and is normally used for point-to-point links or at the end-points of a pointto-multipoint network. Sector A flat antenna with a radiation lobe similar to a cone with an elliptical footprint. It is directional and is normally used in the central site of a point-to-multipoint network. Gain expresses how much an antenna enhances its transmitted and received signals relative to a simple dipole.
Gain is expressed in dB and is logarithmic. Defines the position in space of electrical and magnetic fields. The best signal transfer happens when both transmitting and receiving antennas have the same polarization.
The higher the gain, the thinner the belt, resulting in a better signal far from the antenna — but a narrower communication area.
Panel and parabolic antennas have a nearly circular footprint. Low gain panels can be used for both short distance point-to-point and point-to-multipoint links as well as straight roads coverage. High-gain panel and parabolic antennas. Parabolic A dish-shaped, directional antenna with a radiation lobe similar to that of a panel antenna.
It is usually larger than a panel and has a higher gain. Parabolic antennas are suitable for long distance point-to-point links. Loss Loss is the attenuation, or reduction in power, of a system, expressed in dB.
All cables and connector devices have a loss variable and must be considered when designing a wireless system, especially when directional antennas are used. Rapid trouble resolution and the ability to monitor network performance is critical for your business. One size does not fit all when it comes to network management. Everything depends on your network and your needs. Our network management software tools can help you visualize and plan for network growth while maintaining the health and performance of your network.
AlliedView NMS Enterprise Edition is a comprehensive management platform designed to offer enterprise customers powerful tools for the management of their Allied Telesis products as well as third-party switches. AlliedView NMS maximizes the operational efficiency by providing proactive management and diagnostics, reducing operational expense and shortening tasks involved with network administration.
With a tiered approach to licensing, users can deploy AlliedView on even the smallest size networks in a costeffective manner and scale to thousands of network elements. The NMS allows for multiple network and device views where the user can observe the entire network or focus in on an individual network device.
In addition, the NMS contains an inventory of different device types and enables views of VLANs, network interfaces, ports and physical links. Flexible Configuration The extensive management capabilities of AlliedView NMS Enterprise Edition allow the user to manage thousands of Allied Telesis network elements, all configured from a central location.
Network Upgrades AlliedView NMS performs scheduled or on-demand network-wide firmware and software upgrades to Allied Telesis and third-party network elements. AlliedView NMS maintains control of software releases to ensure all elements in your network maintain the latest available software.
AlliedView NMS provides a unified management platform for network, element and service management for every type of service provider and enterprise network.
AlliedView NMS supports more than different Allied Telesis products, including switches, routers, multiservice access and fiberor copper-based gateways. AlliedView NMS incorporates user interfaces that are efficient as well as operator friendly to take the complexity out of performing routine tasks.
The Command Line Interface CLI used for provisioning and element management is based on a format widely used and recognized in the industry. It is combined with an intuitive GUI for diagnostics, network mapping and alarm reporting among other features which offer the operator an easy-tounderstand means of displaying and reviewing information. The scalability of AlliedView offers a wide range of use from medium-sized networks all the way to large service provider networks with thousands of devices and multiple services in the network.
This includes support and administrative security for centralized or distributed client-side operations based on its software architecture. The enhanced tools incorporated into AlliedView NMS address the critical need to reduce time and labor to manage the network, and at the same time offer higher levels of customer service through rapid responsiveness. The core services include a relational database and may be deployed on a dedicated Sun or Windows server or in a virtual server environment.
The server supports core functions such as discovery of managed objects, receiving and processing alarm information and notifications, data collection, report generation, status polling and northbound interfaces. All updates relative to the database are processed through the server. The server software also supports distributed user clients, and provides scalability in terms of the number of clients that can be concurrently supported.
The distributed clients act as the user interfaces between the end-users or administrators and the AlliedView NMS server. Client support comprises the following functions: » Interfaces with the clients and channels all of their transactions to the server applications » Generates the user view of the network through database operations » Generates alarms and autonomous messaging from the server database to the clients Auto-Discovery Features AlliedView performs active autodiscovery of every network element whenever a new element or device is added to the network.
Auto-discovery features go beyond merely capturing hardware inventory populated in the network, to providing detailed network topology and configuration information. If a new network element, iMG or port is added to the network, auto-discovery provides the operator automated information and updates for inventory and configuration management. Network Mapping AlliedView NMS provides the ability to create and maintain a logical network map, including sites and locations where each piece of equipment resides, and to actually create an overlay of the network on a geographic network map.
Network Topology Auto-Discovery allows the operator to create and view the actual topology of the network, including Layer 2 and 3 network, VLANs, EPSR rings domains , physical nodes, physical cards network interfaces and ports , terminal devices iMGs and physical links.
Each type of service, as well as port or link, can be assigned its own profile using configuration data that matches the requirement. Once done, the profile can be applied to each subscriber line, port or link in a single keystroke rather than having to re-enter the same.
In a large service network with large numbers of subscribers, the time savings are tremendous, as is the reduction in configuration errors that sometimes occur. The other key benefit in a service network where revenue generation is critical is in rapid service deployment and turn up.
New subscribers can be added quickly and activated, thereby increasing revenues as well as providing a higher level of customer service. In addition to auto- or bulk-provisioning the service VLANs using a defined service profile, the same procedure could be applied to the uplink or port for applying configuration and QoS parameters. Auto-configuring enables new nodes to be added and turned up quickly, and likewise new line cards or modules added to existing nodes.
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