We are the leading Networking Provider in Kenya. When you talk about Networking and networking products, we provide what it takes to suite your requirements at the best prices in the market. Many businesses are working on a digital arena. In order to efficiently perform, there are several setups that increase the productivity and enhance security. Networking products include, routers, switches, cables, bridge, hub ETC. choosing the right dealer becomes most imperative. You will need a reseller who not only offers you the end product but also gives you the final solution that suits your needs.
Quality services are the key component when you want to get the best assistance after sales. You will need a solution provider with 24/7 helpline. You can get expert solutions and guidance within minutes.
- Routers: This is a three layer gateway device that connects two or more data lines from diverse networks. It reads the information of the network address to determine the final destination. It filters outgoing and incoming traffic based in the address of receivers and senders. Itv has interface for diverse physical layer connections like wireless transmission, fiber optics and copper cables. It provides a the network with default gateway for the computers on LAN and limit the traffic.
- Switches: Switches are used to connect printers, servers and computers that are within a building. The server is a controller that gives the capacity to connect the devices efficiently. It is a high speed component.
- Laptops; Laptops are imperative especially because they are flexible and mobile. There are several brands in the Kenyan market such as HP, Lenovo, Dell, Asus, and Samsung among others.
- Network adapters: This is the internal hardware of a computer and is used to communicate with another computer via a network. It is used both in wireless and wired network since it has an inbuilt printed circuit board with jumpers that connect to the motherboard of the computer.
- Cables: They are referred to as plug, connector or cord. These cables are covered with a plastic casing that allows transmission between two devices. When you need assistance, Almiria Networks will be there for you since will give you the freedom of choosing time and location as per your choice.
Ubiquiti is one of the leading network products manufacturers. Most of Ubiquiti products are affordable and therefore can be used in home and business enterprises. The wireless mesh networks employ intelligent network design, in which all the feasible paths are made available to take data from point A to B. This has various advantages over the traditional networks in which everything connects directly through the Wi-Fi to small centralized internet access point. Below I have listed four enterprise deployment reasons especially in schools, sports arenas, outdoor events and hospital would find in Ubiquiti wireless mesh networking.
The mesh nodes in a mesh networks connect wirelessly to each other in an ideal fashion. While the traditional networks are connected physically, in Ubiquiti wireless network, as long as the nodes are interconnected, all the nodes will share equally the connectivity. What matters is not where the connection point is as long as the mesh network is near a physical access. The mesh nodes use the existing standards and you can add more as you wish.
When something fails in the network, the mesh design means that the communication keep flowing even as the node that has failed is being repaired. A node going down in the most direct path between the points may lead to lower performance while it is repaired., as less efficient paths are instead taken, however this is vastly preferable to the whole incapacitated network while performance is going on.
A network can be expanded more easily into new areas besides the traditional network. Ubiquiti mesh have already become popular in Kenya in residential and non commercial applications where there is no long term plan and the networks are being added continually and gradually. With this flexibility, the business can benefit since there is no longer a need to have one-time large expenditure on expanding the networking when a more gradual contraction or enlargement of your network may be better course of your actions. As you retire components for any reason, the whole network is not disabled by taking some parts from it.
The recent Wi-Fi networks are more complex. Despite their fancy new features, the technology has brought more complexity and the network demands are only growing Wi-Fi as the only method to transport data today, eclipsing LAN and cellular traffic volumes based on the multiple reports from firm’s analysis including Ofcom, Cisco. Mobidia and Ovum. In the meantime, the technical complexity contained within IEEE 802.11 results in a technical document. It means that deploying network right is not an easy task.
One of the most complex aspects to get the right deployment of a Wi-Fi network understands the capacity needs. It is not sufficient enough to rule out the guidelines on the basis of the clients per the access points per square foot since they oftentimes amount in networks that do not adequately meet the real end user demands and thus perform poorly. More effort is needed when ensuring simplicity of use so that most network administrators can result to a successful outcome.
Essential to capacity planning and wireless network performance comprehends the interaction between the capacities of the access points, client device capacities, network configuration and RF environment. Most of the administrators focus exclusively on the capabilities of the access point and to a lesser extent, RF environment and network configuration. Howbeit, it is the interaction of all the aspects that determine the performance of the network. Complexity is apparent since the wireless client devices have wide range of capacities including the protocol version from 802.11b via 802.11ac wave 2. Additionally, the RF environment always changes, even for stationary devices, as a result of signal reflections and other moving objects through and within the physical environment. This means that capacity is used in a dynamic function on WLAN.
TP-Link was founded has become the leading provider of SMB & SOHO networking products offering award winning and innovative solutions to the market. It is number one provider of WLAN products and supply to over 120 countries and thus serves millions of consumers worldwide.
Through technological advancement, TP-Link is growing continually, striving endlessly to achieve their goal of becoming the leading network providers. With continuous development of global market, the company will never stop to promote opportunities for advancement, through innovation and networking.
TP-Link has secure, fast and reliable products with very competitive margin and therefore they can be considered when looking for SOHO or SMB solutions. TP-Link products are placed ideally to help provide the customers with dependable and cost effective solutions.
For VARs (Value-added Resellers) looking for tailored support and better deals, TP-Link has designed partner program which in the long run rewards your loyalty.
The program is designed to provide their partner with unique rewards that are not available on other platforms. Whether sourcing SMB or SOHO networking products, TP-Link is your reliable choice in Kenya and beyond.
MiKroTik is a Latvian technology company that makes Wi-Fi equipment, routers and network switches. They are engineering led and make their own circuit boards and custom chips which allows them to control both the price and quality. In fact, they form part of very competitive and ideal solutions. MicroTik routers take an outward appearance of small white boxes, however, underneath their understated exteriors lies clever technology not common.
For versatile and powerful routers, the wireless networking equipment and network switches. MicroTik is a great choice when it comes to reliability and infrastructural performance.
Why MicroTik not a good Choice
MicroTik products are not recommended for your home internet unless you want to immerse yourself in deep end configuration since their devices are not easy to setup for most common scenarios. As a guide, if you are conversant with IP/TCP settings, then get MicroTik by all means, lest for home use stick to something simpler that is easy to manage.
For advanced security, you may use MicroTik routers but you will need a specialist firewall such as Watch Guard Firewall to deploy. The firewall offers multi level and secure defense on wireless and wired networks.
- Building / Site Wi-Fi Infrastructure
- Point to Point Wireless Links
- High Performance Routed Networks.
- Corporate network connectivity
- ISP Service Delivery
- Cost effective network upgrades
There are various ways to configure and manage the routers depending on use case and scenario. This is inclusive of Command Line Interface (CLI) using management tool through device web interface.
What can Almiriatechstore offer?
- Network Solution Design Services
- Management & Support of Mikrotik solutions.
Why Cisco Managed Over Unmanaged
Switches are devices that connect several devices together in a LAN and utilize packet switching to forward data effectively to and from connection. There are two basic switches; managed and unmanaged.
Unmanaged switches are plug and play devices and cannot be configured. This allows the devices to communicate with one another. Unmanaged are less expensive than managed since they are less flexible and have a lower capacity. Unmanaged have no control of traffic, no security other than accessories such as lockable port covers, they are cheap and SNMP is not an option. Managed switches on the other hand are configured fully and can be adjusted and monitored at your discretion. Although the degree of configuration and management method differs, they are more expensive than managed but offers wider flexibility. SNM (Simple Network Management Protocol) can be used in managed switches and thus allow remote troubleshooting of network. In essence, they have control over access and LAN traffic
Why Managed over Unmanaged
Managed switches can be controlled remotely over LAN traffic and have advanced features to control traffic. They have all the features of unmanaged but have additional features to give them the ability to be configured, monitored and managed. This helps you decide and monitor who should access the network and thus gives greater control over data flow through the network,
Network connections are secured on managed switch and protect unused ports on the switch. For instance, if there is unused port on the managed switch, the port can be disabling or apply MAC address filtering so that unauthorized devices or users do not access the network by just plugging in. Managed switches require added authentication through password protection.
Redundancy is alternation of data path to network traffic in order to safeguard network in case a cable or connection fails. Managed switches uses STP (Spanning Tree Protocol) to provide path redundancy but prevent loops created by multiple active paths between the devices. STP allow the active path between two networks, establishes redundant links and prevent loops as backups so that there be less downtime. This makes the work of the administrators easier and is more profitable to business
Quality of Service (QoS)
QoS allows prioritization of your network traffic by giving critical traffic a higher priority. This improves the performance of the network and helps in better delay transmission. Giving highest priority to voice data, you can ensure that the voice packets are not being delayed during transmission and you can hear the voice clearly.
This is a feature used on managed switches that helps in diagnosing network problems. Managed switches give you the capacity to configure port mirroring to send traffic copies to a single port on the switch for analysis. The network analyzer allows you to fix and diagnose problems without taking the network from the service thus reducing downtime
Managed switches are intelligent devices with more flexibility, control and features. If you need to understand more about the managed switches, you can check more on our website.
A data cabinet is a physical electronic and steel framework designed to house networking devices, house servers, cables and other data center computing equipment. This provides orchestration and placement of equipment within data center facility. Most data cabinets are used to store server rack and are ideal for business with diverse IT needs.
Before purchasing a server rack or server cabinet, it is imperative to understand the difference between different products available. This will ensure that you will purchase exactly what you need.
The server rack such as 42U is generally 19 inches wide by industry standards. This infrastructure is used mostly to install servers, monitors, UPS or similar equipment. The server rack cabinet in most instances is 24 inches in width and 36 inch deep. Some companies other measurement depending on the needs of the customers. Server racks have a perforated rear and front which offers ventilation for the in housed equipment. This provides a safe environment for the devices housed which generates a good deal of heat.
Network racks or cabinets are in many instances confused for server cabinets. Nevertheless, there is a difference. Network cabinet is used for storage of switches, patch panels, routers and wide variety of networking infrastructure as well as accessories. It is far shallower than a server cabinet measuring in less than 31 inches deep. The networking cabinets do not have perforated enclosure. The type of equipment housed in a network cabinet does not generate the same type of heat housed in a server cabinet.
Since one product cannot fulfill all the needs of office equipment, it may be necessary to do a thorough evaluation of the type of equipment that is being used or that will be used in order to make an ideal purchasing decision. In many instances, the office spaces will need the use of both the networking and server rack cabinet in order to house several equipment that that will be used.
It is imperative to note that improper housing will generate dangerous heat and could lead to damage of your equipment or cause fire due to high temperatures which some of the servers generate. Good rack dealer will assist you to decide on which equipment is best for you.
There are chances that you will need to work harder to ensure that the data center is maintained and setup properly.
Optical fiber is the technology and medium associated with transmission of light pulse along a plastic or glass fiber or strand. A fiber optic cable contain diverse number of glass fibers from few to hundred. Surrounding the glass fiber core is another layer of glass called cladding. Buffer tube layer protects cladding and a jacket layer acts as the final layer of protection for individual strand.
Multimode fiber is mostly used for short distances since massive core opening allows light signal to reflect and bounce more along the way. The larger diameter allows multiple light pulse to be sent through the cable one at a time to transmit data. Thus, there is more feasibility for loss of signal, interference or reduction, howbeit. Multimode fiber uses LED to create light pulse.
Copper wires are the traditional choice for telecommunication, cable connection and networking. As a result, fiber optics has become an alternative. Most long distance lines of companies use fiber optic cables. Optical fiber carries more information than copper due to faster speed and higher bandwidth since the glass does not conduct electricity and thus not subject to signal loss and electromagnetic interference
Additionally, fiber optics can be submerged in water since they are lighter, thinner and stronger than copper wire cables and do not need to be frequently replaced or maintained. Copper wire is cheaper and has been installed in many areas. Fiber glass needs more protection within an outer cable than copper. Installing new cable is labor intensive.
Does your institution rely on cloud computing? Fiber technology can help in making most of the business information is on a cloud. If you haven’t used fiber optics, then consider doing it soon to ensure you get everything from the cloud computing
Why Fiber optics
It gives easy and quick access to the cloud. In order to access information on the cloud, you will need internet that is uninterrupted and quick. Information is moved through the fiber optics at the speed of light and this makes it easier for you to get instant information from the cloud. More and more data can be packaged because of the high bandwidth.
Fiber ensures continuous connection to the cloud during disasters such as Hurricanes. Weather sometimes takes toll of the companies that uses copper cables for transmission. Extreme temperature and severe weather changes can affect the network using copper cables. Howbeit, the fiber optic cables are not susceptible to connectivity problems caused by disasters. Fiber optics can withstand disaster better than the copper cables.
Fiber optic protects information and prevents hacking. One of the biggest concerns today is that hack cases have increased. Therefore, many businesses are considering security and safety of information they store on the cloud. Those using copper cables should be concerned since hackers can eavesdrop information sent through the copper cables. However, no hack information through fiber optics. The hackers would need to go as far as cutting the cables to steal information.
Siemon products are well known as a result of high performance connectivity. The same high performance fiber and copper products are available with ruggedized Z-MAX & MAX housings. Modular patch chords and ruggedized outlets provide IP66/IP67 protection, protecting outlet and plug contacts from vibration, industrial cleaning chemicals, moisture and dust. These solutions are perfect for protecting various institutions.
How to Choose
If your surrounding elements is potentially harmful to your LAN connections, you need to consider selecting ruggedized connectivity and cables designed for harsher environments. In essence, ruggedized connectivity and cable solution for harsher environments should feature characteristics and components listed below.
- Dust caps for outlets: Ruggedized caps protect unused outlets and seals the outlets during wash dowm
- Chemical-resistance: Outlets and plugs should use material with wide range of protection from common industrial chemicals and solvents.
- IP67-rated copper and fiber connectivity: modular patch chord and ruggedized outlets with IP67 protect outlet and plugs contacts from moisture and dust.
- More durable cable jacket materials: Use thermoplastic and polyurethane elastomers to provide lower temperature flexibility, better tensile strength and brittle points as well as better moisture, chemical, abrasion and tear resistance.
- Shielded twisted-pair cabling for copper: provides higher resistance to RFI/EMI
- IP44-rated faceplates: provide protective seals from debris and moisture
- NEMA 4X Closure: Surface mount boxes and Enclosures with NEMA rating protects the ruggedized outlets termination points.
Another thing that you need to consider in selecting a ruggedized connectivity and cable is the breadth of fiber and copper types in a variety of performance levels. Most ruggedized/industrial components provide category 6, with many offering Cat 5e. in addition, few offers the latest fiber connectivity and cable in ruggedized versions. This is due to the fact that many industrial systems do not need higher bandwidth associated with fiber and Cat 6A.
As LAN extends in harsher environment, it is important to maintain the same level of performance as the rest of LAN.
Why Siemon Cat 6A
CAT 6A is the recommended industry standard since it is a balanced twisted pair. It is the only way to achieve 5Gb/s throughput. It is the best option for powering access point since most of 802.11 Wi-Fi Access powered through POE. Only Cat 6A shielded cabling or higher exhibit thermal stability and heat dissipation to reduce bundling restriction and de-rating. Otherwise, you may require reducing bundle sizes and channeling length to avoid increased insertion loss that impact performance. There are some other considerations to maximize manageability and performance of Wi-Fi 5 and 6 deployments such as plug-terminated links, zone cabling design methodology, higher rated cables and solid conductor cords.
Netgear turns ideas into innovative networking products that power businesses, connect people and advance the way people live.
It makes easier for you to have the smartest, latest and fastest technology. If you need easy to use products, then Netgear is your ideal choice since it will help you stream videos, watch anything on YouTube or on tablet without buffering. Netgear provides superior streaming, advanced wireless internet connectivity and remote video monitoring. If you want your inline experience to be seamless, then Netgear products is your choice.
In business on the other hand, your network is very important. You will need to safely share ideas, connect remote location securely and avail tools to people. Netgear will provide security, storage, networking solutions.
For Service Providers
Ensuring that the customers are loyal and happy is everything. NETGEAR products deliver tools and solutions needed to keep your business and residential customers satisfied, productive and connected. You can partner with NETGEAR for automation and security, home media, home connectivity and mobile solutions.
Fast Home Networking
Home Wi-Fi is the backbone of a smart home. You will need internet speed and thus NETGEAR brings technology to keep all your devices connected, offers remote management and network control. NETGEAR WIFI routers give the widest range of features and speed to meet your needs
NETGEAR Wi-Fi routers are stable and fast for home network and keep you connected and immune you virtually to interference from appliances.
Why A Dlink Wi-Fi Router
These days, it is imperative to settle for the best. D-Link routers gives you access to the latest technology, furthest reaching range and fastest speed. D-link is more than just mere connectivity, it is an investment.
Factors to Consider
- You need to consider smart connect that your router chooses from the available Wi-Fi brands which automatically connects each of the device to the clearest brand.
- QoS should also be considered in order to distribute the traffic optimally across the bands and generate the best performance.
- Smart beam technology improves coverage by directing bandwidth to the devices as you hover around.
- MU-MIMI technology ensures that more data is transferred through multiple data streams and also filters the noisy signals for the best signal.
- You need to consider the size of the area.
- You need to customize your solution to fit your living space whether your space is small-medium, large or very large.
- You need also to consider the number of devices that you have.
- Type of user (Basic, Media lover or extreme user)
- Wi-Fi dead spots. Consider routers with Dual Band performance, Gigabit Ethernet ports, Smart signal indicators, AC speeds
Extending Wired Network
Powerline adapters expand your wireless and wired networks by transforming your existing electrical wiring into high speed network. You can easily add entertainment systems, computers and other devices within the network without turning home into a wired mess.
Wi-Fi adapters gives you the capacity to upgrade your laptop or desktop to the latest generation AC speed, in that you can stream HD media, enjoy online gaming and download music. You must also ensure safety and clarity of your network to avoid unwanted users who might access your internet
What is GigaNet?
GigaNet (Global Internet Governance Academic Network) is an association of academic researchers internationally. Giganet products present best priced performance solution that are globally manufactured and sourced to international quality standards. We have several Network Infrastructures on GigaNet: Enclosures and Cabinets, VoIP solutions, Access Control, Network Cameras, Cabling, Gigabit Websmart switches and many more. Their products are backed up by warranty, training and support.
GigaNet works with the best local infrastructure network providers to provide business and homes unparalled fiber rich connectivity.
They also manufacture hybrid fiber (SuperBOLT) through pure fiber premises (UltraBEAM). In essence, GigaNet products offer ideal performance structured cabling, manufactured and sourced globally to international standards. GigaNetsolutions include Cat 6 UTP system; Cat 6A shielded system, Wire Mesh Cable Trays, Cable Management, Testers and Tools, and Fiber Optic cabling supporting OM3 & OM2 backed by a comprehensive 25 year warranty.
As a technician, GigaNet offers Certified Installer training.
- Support from our Hampshire HQ.
- Ultrafast full-fibre FTTP up to 1Gb/s
- Superfast 24Mb/s as minimum
- 6hr fix for all business broadband services as standard
- Premium 802.11ac Zyxel router for broadband services
- More alternative full-fibre carriers such as CityFibre, Glide and Gigaclear
- Carrier-grade Juniper SRX devices for leased line services
Cisco has raised the bar on wireless connectivity and networking with its Linksys Smart Routers compatible with media connector powered by 802.11 ac wireless technology. The 802.11 ac standard gives the capacity for up to 3 times faster speed.
Linksys Router is are needed to build home network, howbeit, the end users are challenged to setup the device in the office or at home. The popular Linksys router is the E-series: Linksys E4200, Linksys E1500, Linksys E3200, Linksys E1000, etc.
Linksys E4200 supports dual band N at 5 and 2.4 Ghz with 450MB/s throughput. It has a USB port for shared storage. It has a built-in UPnP AV media server. It is compatible with 802.a n,g, b standards
One of the most basic Linksys router features is the web based interface for configuration and setup. When connected through the Ethernet cable, the interface is accessed by entering the default IP address into the browser which gives the capacity to control after entering the user name and password of the router. Default login is usually blank and password is “admin”. For newer routers, the username and password is “admin”. When loading the web interface, it will display the following tabs: Security, Wireless, Setup, Access Restriction, Application and Gaming, Status and Administration.
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