A virtual local area network (VLAN) is a logical group of workstations, servers and network devices that appear to be on the same LAN despite their geographical distribution. A VLAN allows a network of computers and users to communicate in a simulated environment as if they exist in a single LAN and are sharing a single broadcast and multicast domain. VLANs are implemented to achieve scalability, security and ease of network management and can quickly adapt to change in network requirements and relocation of workstations and server nodes.
Higher-end switches allow the functionality and implementation of VLANs. The purpose of implementing a VLAN is to improve the performance of a network or apply appropriate security features.
We recently worked alongside a Powertec Channel Partner in NSW to set up a wifi network for their government client who had a number of sites needing to be connected and requiring multiple layers of access, security and routing configurations within each site. At each site there are 3 (SSID’s) and each of them serves a specific network service and purpose.
The Altaicare cloud management system was deployed to provide network management and differing levels of Authentication for Wi-Fi users.
|SSID||VLAN||Traffic Priority||Authentification||Encryption||Bandwidth Control|
|1||102||Normal||Captive Portal (and optional MAC address)||Open||Multiple Preset Accounts for Bandwidth and Data Allowances|
|2||101||Normal||WPA2-PSK||AES||Corporate Users Via Citrix|
|3||1||Normal||WPA2-PSK||AES||No Bandwidth Control|
2 x A8n – The world’s leading 802.11n WiFi outdoor access point optimized for maximum coverage and highest throughput from a minimum number of installation sites. The Altai A8n has been designed to provide industry best coverage and capacity without complicated networking protocols or the need for a high density of transmitters.
The A8n is a multi-radio base station utilizing 8×8 MIMO smart antenna technologies and a patented signal processing algorithm to provide the industry’s best coverage per base station, especially in non-line-of sight (NLOS) environments. The multiple antennas of the A8n can be configured to provide coverage that is optimised for area, pattern and elevation. The multi-beam antennas of the A8n is designed to provide up to 3 times the range and 10 times the per site coverage as standard access point. Accordingly, up to 90% fewer installation sites for the same coverage area
2 x A2 – The Altai A2 WiFi Dual-band Access Point is designed to be used in Altai Super WiFi systems to provide 2.4 and 5 GHz dual-band dual-concurrent access coverage for both outdoor and indoor areas, and to increase system capacity, extend coverage, fill-in areas of low or blocked signals caused by obstructions. It is capable of providing the highest possible data throughput and capacity that the 802.11n standards can offer.
34 x C1n – in a combination of CPE and AP mode. The Altai C1n employs patented smart signal processing algorithms and antenna design to increase WiFi signal strength (transmit and receive) by as much as 16 dB in areas covered by an A8n Super WiFi Base Station or A2 WiFi Access Point. It can be installed exactly where the throughput is required to boost up, and it allows the service operator to increase the coverage range of an A8n base station substantially and provides greater flexibility and cost savings to WiFi deployments.
AltaiCare Network Management Solution – AltaiCare is a cloud-based network management and service control software system. It is designed for WiFi service providers with integrated network management and service control functionalities for fast and cost saving service provisioning, as well as location-aware content management and big data analytics to help defining sales and marketing strategies based on customer behavior.
For more information on this set-up, or to discuss a similar configuration for your own business, please contact PowertecWifi.
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