We provide Intelligent, integrated network solutions that create reliable and secure connectivity for your critical systems.
Switches are the foundation of most business networks. A switch acts as a controller, connecting computers, printers, and servers to a network in a building or a campus.
Switches integrate into different verticals at all scales, making it easier for you to scale your network cost-effectively whether you're an SMB, large enterprise or even a campus.
Routers connect multiple networks together. They also connect computers on those networks to the Internet. Routers enable all networked computers to share a single Internet connection, which saves money.
A router acts as a dispatcher. It analyzes data being sent across a network, chooses the best route for data to travel, and sends it on its way.
Routers connect your business to the world, protect information from security threats, and can even decide which computers receive priority over others.
A wireless network allows devices to stay connected to the network, but roam untethered to any wires. Access points amplify Wi-Fi signals, so a device can be far from a router but still be connected to the network. When you connect to a Wi-Fi hotspot at a cafe, a hotel, an airport lounge, or another public place, you're connecting to that business's wireless network.
Whether you are wiring up a new building or upgrading an old one, Mignet has all the copper cabling, accessories, and options you need to bring in your project on time and on budget. From the patch cords to the keystone jacks – we have got you covered.
The importance of racks and enclosures in IT companies cannot be denied as they make the network equipment accessible and organized. The data centre and the IT infrastructure of the organization are highly optimized with the racks and cabinets and the company can make the optimal usage of limited floor space. All this leads to the generation of higher ROI for your business.
A rack power distribution unit (PDU) is a device with multiple outlets designed to distribute power to networking equipment within a rack, including servers, storage devices and other equipment. For example, let’s say you have a 42U rack cabinet loaded with 42 1U servers, that’s 42 cords you must find outlets for. PDUs solve this problem by taking the power supplied to the rack and distributing it via multiple outlets to the rack’s servers and networking equipment.The two main types of rack PDUs can be classified as either non-intelligent PDUs or intelligent PDUs.Creating the proper configuration for your data centre will require you to first understand the key differences between these two types of rack PDUs.
Unmanaged Switches are cost-effective, easy to install, and highly reliable. With a compact, power-saving design, they’re ideal for smaller deployments on a tight budget.
Smart Managed Switches give you a range of entry-level plug-and-play to advanced switches. Layer 2+/lite layer 3 routing intuitive management tools allow businesses of any size to deploy and manage networks efficiently.
Fully Managed Switches Secure and reliable networks begin with D-Link Fully Managed Switches. They act as core, distribution, or access layer switches with high port densities, stackability, and precise management.
A cloud-managed switch can simplify your network management. You get a simple user interface, multisite full-stack management, and automatic updates delivered directly to the switch.
Software Managed AP’s: Get a fast and painless way to configure and manage your wireless LAN. Managed independently or with the remote centralized management software, you get better control over your wireless access points..
Controller Managed AP’s: Unified Wireless Controller Managed Access Points give you a scalable wireless local area network solution, built for high-density environments. In contrast to legacy wireless networks that provide access via independent wireless access points or routers, unified wireless makes use of centralized control policies that allow network administrators to manage the configuration of all access points.
Cloud Managed AP’s: cloud-managed access points are meticulously designed for the stringent demands of businesses. A wide range of indoor and outdoor options, features that empower coverage, and elegant forms that don’t sacrifice function ensure consistent high-speed coverage.
Basic PDUs: A basic PDU is typically a power strip that accurately distributes the correct voltage and current to multiple outlets within an IT environment. The basic PDU can be used to supply power to IT equipment within racks.
Monitored PDUs: As its name suggests, a monitored PDU visually displays the current electric information. It is important to note that in non-intelligent rack PDU, the display information can only be viewed locally, and lack remote capabilities.
Data Center Server Cabinet: Server Cabinet has front / rear doors, side panels and four adjustable vertical mounting rails (posts). It generally refers to “enclosed rack”. Since the doors and side panels can be locked, enclosed racks provide physical equipment security at the rack level. Despite the benefits of network cabinets, they also pose some challenges – particularly in the area of cooling. A data center server rack cabinet, obviously, has much less access to outside air. So, it will require some kind of venting for air cooling.
Wall Mount Rack: Wall mount rack is designed to be attached to the wall, in order to save floor space and fit in areas where other racks can’t. It is generally in open frame or cabinet style, and mainly used for housing network equipment like fiber patch panels and switches. But it also has some cons: it is smaller than other rack cabinets, so can’t support much weight and does not offer the same amount of security that a full enclosed data center server rack could offer. If you run a small/home-based offices or larger offices that are looking to add an additional rack to an existing system, wall mount racks are an affordable option.
Metered Input PDUs: This type of intelligent rack PDU displays metered power locally and over a secure network. The metering capability helps managers avoid overloading circuits. It also helps them to calculate the Power Usage Effectiveness (PUE) more easily.
Metered Outlet PDUs: The meter power is displayed locally and over a secure network. It is used to accurately determine power usage, as well as the available capacity at the rack level. Finally, outlet-level metering can help managers efficiently identify the power consumption at the device and server level. This identification makes it easier to effectively allocate costs to specific data center customers.
Switched PDUs: This type of intelligent rack PDU has the same features as the Metered Outlet PDU, while simultaneously providing the control needed to power on/off switches to specific outlets. The latter capability increases remote capabilities by allowing authorized users to securely power devices on / off, create power sequencing delays that minimize the risk of inrush currents, reduce the risk of unauthorized access to devices, and reduce the data centre’s costs and environmental footprint by powering off devices that are not being used.
Switched PDUs with Outlet Metering: This type of intelligent rack PDU successfully combines all of the capabilities of Switched PDUs, Metered Outlet PDUs, and Metered Input PDUs. It is the most robust type of intelligent rack PDU and can be used to help data centres effectively reduce costs and maximize energy efficiencies across devices.